Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Processed Materials | Film |
Max Speed | 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Semi-Automatic |
Applications | Reel to Reel Delivery |
Printing Station | 6 |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 50-100 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Processed Materials | Laminates |
Max Speed | 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Applications | Reel to Reel Delivery |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Brand | OCEAN INTERNATIONAL |
Color Printing | Color Printing |
Processed Materials | Laminates |
Max Speed | 100-150 m/min |
Max Web Width | 500-700 mm |
Applications | UV/EB Curing |
Automation Grade | Automatic |
Automatic Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
This Rotogravure Printing Machine Is Suitable For Multi-Color Once-Through Continuous Printing For Roll Film Materials With Excellent Printing Performance Such As BOPP, PET, PVC, PE, Aluminum Foil And Paper, Etc. It Is Composed Of Unwinding Unit, In-Feed Drive Unit, Printing Units, Drying Units, Out-Feed Drive Unit, Rewinding Unit, Electrical Control Section And Control Gauges.
Feature of Multi Color Rotogravure Printing Machine:-
1 Equipped With Microprocessor And Can Correct The Deviation Of Color
Register Quickly And Accurately.
2. In 7" Touch Screen Man-Machine Interface, With Web Video.
3. External Un/Rewinding Section, Non-Stop Material Splicing.
4.Closed Oven And Independent Heating Hot Air Blowing System, Automatic
Constant Temperature System.
5.Pneumatic Impressing System And Pneumatic Doctor Blade System,
Diaphragm-Type Pneumatic Ink Auto Circulating System.
Rotogravure Printing Machine Technical Data:
BOPP???15-60um PET???12-60um PVC:30-60um
CPP???25-60um PE???40-100um Cello paper???20-30um
paper???30-80g Laminated film???10-60um
2 Printing color quantity:8color
3 Machinery speed: 130m/min
4 Printing speed: 10-120m/min
5 Diameter of printing plate: ø100mm~ø320mm
6 Machine total power : about 110kw
7 Max printing width: 800mm
8,Max material width: 830mm
9 Max diameter of unwinding and rewinding: ø600mm
10 Pressure source: 0.8Mpa
11 Scope of tension: 3-25KG
12 Tension precision: ±0.3K
13 Machine Size: 13500X2800X 2600mm
15 Weight of machine: 14T
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Brand | OCEAN INTERNATIONAL |
Color Printing | Color Printing |
Processed Materials | Aluminum Foil |
Max Speed | 150-200 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Applications | Reel to Reel Delivery |
Automatic Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
This Rotogravure Printing Machine Is Suitable For Multi-Color Once-Through Continuous Printing For Roll Film Materials With Excellent Printing Performance Such As BOPP, PET, PVC, PE, Aluminum Foil And Paper, Etc. It Is Composed Of Unwinding Unit, In-Feed Drive Unit, Printing Units, Drying Units, Out-Feed Drive Unit, Rewinding Unit, Electrical Control Section And Control Gauges.
Feature of Multi Color Rotogravure Printing Machine:-
1 Equipped With Microprocessor And Can Correct The Deviation Of Color
Register Quickly And Accurately.
2. In 7" Touch Screen Man-Machine Interface, With Web Video.
3. External Un/Rewinding Section, Non-Stop Material Splicing.
4.Closed Oven And Independent Heating Hot Air Blowing System, Automatic
Constant Temperature System.
5.Pneumatic Impressing System And Pneumatic Doctor Blade System,
Diaphragm-Type Pneumatic Ink Auto Circulating System.
Rotogravure Printing Machine Technical Data:
BOPP???15-60um PET???12-60um PVC:30-60um
CPP???25-60um PE???40-100um Cello paper???20-30um
paper???30-80g Laminated film???10-60um
2 Printing color quantity:8color
3 Machinery speed: 130m/min
4 Printing speed: 10-120m/min
5 Diameter of printing plate: ø100mm~ø320mm
6 Machine total power : about 110kw
7 Max printing width: 800mm
8,Max material width: 830mm
9 Max diameter of unwinding and rewinding: ø600mm
10 Pressure source: 0.8Mpa
11 Scope of tension: 3-25KG
12 Tension precision: ±0.3K
13 Machine Size: 13500X2800X 2600mm
15 Weight of machine: 14T
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Brand | OCEAN INTERNATIONAL |
Processed Materials | Paper |
Max Speed | 100-150 m/min |
Max Web Width | >900 mm |
Automatic Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
Multi Color Rotogravure Printing Machine
Multi Color Rotogravure Printing Machine India
Multi Color Rotogravure Printing Machine Manufacturer
Multi Color Rotogravure Printing Machine Plant
Multi Color Rotogravure Printing Machine Line
Multi Color Rotogravure Printing Machine Unit
Multi Color Rotogravure Printing Machine Export
Multi Color Rotogravure Printing Machine in Ahmedabad
This Rotogravure Printing Machine Is Suitable For Multi-Color Once-Through Continuous Printing For Roll Film Materials With Excellent Printing Performance Such As BOPP, PET, PVC, PE, Aluminum Foil And Paper, Etc. It Is Composed Of Unwinding Unit, In-Feed Drive Unit, Printing Units, Drying Units, Out-Feed Drive Unit, Rewinding Unit, Electrical Control Section And Control Gauges.
Feature of Multi Color Rotogravure Printing Machine:-
1 Equipped With Microprocessor And Can Correct The Deviation Of Color
Register Quickly And Accurately.
2. In 7" Touch Screen Man-Machine Interface, With Web Video.
3. External Un/Rewinding Section, Non-Stop Material Splicing.
4.Closed Oven And Independent Heating Hot Air Blowing System, Automatic
Constant Temperature System.
5.Pneumatic Impressing System And Pneumatic Doctor Blade System,
Diaphragm-Type Pneumatic Ink Auto Circulating System.
Rotogravure Printing Machine Technical Data:
BOPP???15-60um PET???12-60um PVC:30-60um
CPP???25-60um PE???40-100um Cello paper???20-30um
paper???30-80g Laminated film???10-60um
2 Printing color quantity:8color
3 Machinery speed: 130m/min
4 Printing speed: 10-120m/min
5 Diameter of printing plate: ø100mm~ø320mm
6 Machine total power : about 110kw
7 Max printing width: 800mm
8,Max material width: 830mm
9 Max diameter of unwinding and rewinding: ø600mm
10 Pressure source: 0.8Mpa
11 Scope of tension: 3-25KG
12 Tension precision: ±0.3K
13 Machine Size: 13500X2800X 2600mm
15 Weight of machine: 14T
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Brand | OCEAN INTERNATIONAL |
Color Printing | Color Printing |
Processed Materials | Aluminum Foil |
Max Speed | 150-200 m/min |
Max Web Width | 700-900 mm |
Applications | Lamination |
Automation Grade | Automatic |
Automatic Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
Multi Color Rotogravure Printing Machine
Multi Color Rotogravure Printing Machine India
Multi Color Rotogravure Printing Machine Manufacturer
Multi Color Rotogravure Printing Machine Plant
Multi Color Rotogravure Printing Machine Line
Multi Color Rotogravure Printing Machine Unit
Multi Color Rotogravure Printing Machine Export
Multi Color Rotogravure Printing Machine in Ahmedabad
This Rotogravure Printing Machine Is Suitable For Multi-Color Once-Through Continuous Printing For Roll Film Materials With Excellent Printing Performance Such As BOPP, PET, PVC, PE, Aluminum Foil And Paper, Etc. It Is Composed Of Unwinding Unit, In-Feed Drive Unit, Printing Units, Drying Units, Out-Feed Drive Unit, Rewinding Unit, Electrical Control Section And Control Gauges.
Feature of Multi Color Rotogravure Printing Machine:-
1 Equipped With Microprocessor And Can Correct The Deviation Of Color
Register Quickly And Accurately.
2. In 7" Touch Screen Man-Machine Interface, With Web Video.
3. External Un/Rewinding Section, Non-Stop Material Splicing.
4.Closed Oven And Independent Heating Hot Air Blowing System, Automatic
Constant Temperature System.
5.Pneumatic Impressing System And Pneumatic Doctor Blade System,
Diaphragm-Type Pneumatic Ink Auto Circulating System.
Rotogravure Printing Machine Technical Data:
BOPP???15-60um PET???12-60um PVC:30-60um
CPP???25-60um PE???40-100um Cello paper???20-30um
paper???30-80g Laminated film???10-60um
2 Printing color quantity:8color
3 Machinery speed: 130m/min
4 Printing speed: 10-120m/min
5 Diameter of printing plate: ø100mm~ø320mm
6 Machine total power : about 110kw
7 Max printing width: 800mm
8,Max material width: 830mm
9 Max diameter of unwinding and rewinding: ø600mm
10 Pressure source: 0.8Mpa
11 Scope of tension: 3-25KG
12 Tension precision: ±0.3K
13 Machine Size: 13500X2800X 2600mm
15 Weight of machine: 14T
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Maximum Cutting Speed | 100 - 500 mm/sec |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Printing Width | 1000-1500 mm |
Max Speed | 50-100 m/min, 200-250 m/min, 100-150 m/min |
Max Printing Speed | 20-40 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Machine Type | Automatic |
Printing Station | Customized |
Brand/Make | OCEAN INTERNATIONAL |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
Film Printing Machine in Ocean Rotolfex The most advanced generation of super high speed, stack type flexo printing machine crystallized by our R&D team’s endeavor work from years of evolution in printing industry. The machines are designed with economical materials for ink rollers, doctor blade and printing rollers. The advantage of this series satisfy obverse and reverse printing needs while achieving the shortest production time, enhanced productivity, and lower costs. Film Printing Machine in Ocean Rotolfex
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Processed Materials | Film |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Brand | OCEAN INTERNATIONAL |
Max Speed | 100-150 m/min, 50-100 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Country of Origin | Made in India |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Model/Type | Rotogravure Printing Machine |
Color Printing | Color Printing |
Processed Materials | Laminates |
Max Speed | 200-250 m/min, 100-150 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Applications | Lamination |
Warranty | 1 Year |
Printing Station | 1 to 10 Station |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 to 10 Color |
Operating Speed | 150 - 250 ( mtr/min ) |
Power | 32.5 ( hp ) |
Printer Type | Rotogravure Printing Machine |
Printing Speed | 150 - 250 ( mtr/min ) |
Product Type | Rotogravure Printing Machine |
Voltage | 32.5 ( hp ) |
Weight | 4 - 5 ton |
Working Width | 300 - 1550 ( mm ) |
I Deal In | New Only |
Brand | Ocean International |
Printing Color | 1 to 10 Color |
Automatic Rotogravure Printing Machine Manufacturer:-
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Automatic Rotogravure Printing Machine Manufacturer
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of Automatic Rotogravure Printing Machine Manufacturer:-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of Automatic Rotogravure Printing Machine Manufacturer:-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Color Printing | Color Printing |
Processed Materials | Laminates |
Max Speed | 200-250 m/min |
Max Web Width | >900 mm |
Automation Grade | Automatic |
Applications | Reel to Reel Delivery |
Printing Station | 8 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Color Printing | Color Printing |
Processed Materials | Laminates |
Max Speed | 100-150 m/min |
Max Web Width | >900 mm |
Automation Grade | Automatic |
Applications | Reel to Reel Delivery |
Printing Station | 8 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Unit |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information:
Product Details:
Minimum Order Quantity | 1 Piece |
Printing Method | Roll to Roll |
Color Printing | Color Printing |
Max Speed | 100-150 m/min, 200-250 m/min |
Max Web Width | 500-700 mm |
Automation Grade | Automatic |
Printing Station | Customized |
Size/Dimension | 22 X 5 X 6 ( L X W X H ) Feet |
No. Of Color | 1 - 10 |
Rotogravure printing process
The rotogravure process is a direct transfer method for printing onto wood-pulp fiber based, synthetic, or laminated substrates, including:
Films such as polyester, OPP, nylon, and PE
Papers
Carton board
Aluminum foil
The modern day rotogravure printing press uses a printing cylinder which has been laser engraved with minute cells capable of retaining ink, the size and pattern of which reflect the required image. These cells are forced to transfer their ink directly onto the substrate by a combination of pressure and capillary action, so producing the printed image.
The process, also commonly called gravure printing, is used in the manufacturing of food and non-food packaging, as well as labels, wall coverings, transfer printing, and has a variety of further applications in the security printing, industrial, and tobacco segments of industry.
Rotogravure printing presses
The layout of a gravure printing press follows an in-line arrangement where the required number of printing units is installed along a horizontal plane. In a conventional gravure printing press, each unit comprises of:
Printing cylinder: a seamless tubular sleeve or full cylinder, made from either steel, aluminum, plastic, or composite material, which is engraved with the image to be printed
Doctor blade: the device that removes ink from the non-engraved portions of the printing cylinder and also removes excess ink from the engraved sections
Impression roller: a rubber covered sleeve that is mounted on a steel mandrel. Its primary purpose is to press the substrate against the printing cylinder
Inking system: consisting of an ink pan, ink holding tank, and ink pump with supply and return ink pipes
Drying system: consisting of a chamber which dries the ink once it is on the substrate and prior to it reaching the next printing unit. Drier capacities are determined based on the required printing speed, ink type (solvent or water based), and ink lay down volume
Process description of :-
During the gravure printing process the printing cylinder rotates in the ink pan where the engraved cells fill with ink. As the cylinder rotates clear of the ink pan, any excess ink is removed by the doctor blade. Further around, the cylinder is brought into contact with the substrate, which is pressed against it by the rubber covered impression roller.
Applications of :-
Typical gravure printed products include:
Food packaging
Wall paper
Wrapping paper
Furniture laminates
Paneling
Greeting cards
Magazines
Additional Information: