|
| ブランド名: | Yuncheng |
| MOQ: | 1個 |
| 価格: | 交渉可能 |
| 配達時間: | 10~30 営業日 |
| 支払条件: | LC、T/T |
| 供給能力: | 2000pcs/月 |
The Anilox Sleeve 4800mm and 5250mm Anilox Roll with Axis is a high-precision ceramic anilox solution designed for modern flexographic printing lines, coating machines, and laminating equipment. Built for wide-format printing applications, this anilox sleeve offers exceptional ink transfer consistency, durability, and printing accuracy.
In flexographic printing systems, the anilox roller acts as a metering component that precisely controls the amount of ink delivered from the ink fountain to the printing plate. Laser-engraved microcells on the ceramic surface hold and release a controlled volume of ink, ensuring stable color density and sharp printing results.
The 4800mm and 5250mm wide-format design makes this anilox sleeve particularly suitable for large printing presses used in packaging, flexible films, corrugated boards, and label production.
With high hardness ceramic coating and advanced laser engraving technology, this anilox roll ensures long service life and superior printing performance even under high-speed production environments.
This anilox sleeve supports printing lengths up to 4800mm and 5250mm, making it ideal for wide web flexographic presses and industrial packaging production lines.
Large printing widths allow manufacturers to improve production efficiency while maintaining consistent ink transfer across the entire printing surface.
The roller surface is coated with a laser-engraved ceramic layer featuring uniform microcells. These microcells function as ink reservoirs that deliver controlled ink volumes during each rotation of the anilox roller.
Benefits include:
The ceramic layer provides hardness up to 1300 HV, ensuring strong wear resistance and long-term durability in high-speed printing environments.
This high hardness also improves resistance to:
The sleeve core structure is composed of advanced composite materials such as:
This composite design reduces overall roller weight while maintaining high structural rigidity and dimensional stability.
The Anilox Sleeve 4800mm / 5250mm is widely used in the following printing and coating processes:
Used in flexo presses for printing:
High-precision cell structures allow detailed graphics printing for labels and product packaging.
Suitable for applying:
The sleeve ensures consistent coating thickness during lamination processes.
| Parameter | Specification |
|---|---|
| Product Name | Anilox Sleeve 4800mm / 5250mm |
| Length | Up to 4800mm / 5250mm |
| Diameter | 25 – 600 mm |
| Line Screen | 30 – 2000 LPI |
| Surface Finish | Laser Engraved Ceramic Layer |
| Hardness | 1300 HV |
| Cell Shape | Hexagonal / Trihelical |
| Cell Angle | 1° – 89° (Common: 45° / 60°) |
| Material | Fiberglass + Aluminum + Carbon / Polyurethane Composite |
| Application | Flexographic Printing, Coating Machines, Laminating Machines |
Precise cell geometry ensures accurate ink metering, delivering clear graphics and consistent colors across large printing widths.
The optimized microcell structure minimizes ink waste while maintaining excellent print density.
Ceramic coatings provide exceptional wear resistance, reducing maintenance costs and downtime.
The sleeve structure allows fast installation and removal, improving operational efficiency in printing plants.
Our engineering team can customize anilox rollers based on your printing speed, substrate type, ink viscosity, and printing resolution requirements.
An anilox sleeve controls the amount of ink transferred to the printing plate by using engraved microcells on the ceramic surface.
This model supports ultra-wide printing widths up to 4800mm and 5250mm, ideal for large flexographic printing presses.
The anilox sleeve supports 30–2000 LPI, allowing different printing resolutions depending on the application.
Yes. Cell shapes such as hexagonal and trihelical can be customized based on printing requirements.
Typical industries include packaging printing, flexible film printing, label printing, and coating applications.
|
|
| ブランド名: | Yuncheng |
| MOQ: | 1個 |
| 価格: | 交渉可能 |
| 配達時間: | 10~30 営業日 |
| 支払条件: | LC、T/T |
| 供給能力: | 2000pcs/月 |
The Anilox Sleeve 4800mm and 5250mm Anilox Roll with Axis is a high-precision ceramic anilox solution designed for modern flexographic printing lines, coating machines, and laminating equipment. Built for wide-format printing applications, this anilox sleeve offers exceptional ink transfer consistency, durability, and printing accuracy.
In flexographic printing systems, the anilox roller acts as a metering component that precisely controls the amount of ink delivered from the ink fountain to the printing plate. Laser-engraved microcells on the ceramic surface hold and release a controlled volume of ink, ensuring stable color density and sharp printing results.
The 4800mm and 5250mm wide-format design makes this anilox sleeve particularly suitable for large printing presses used in packaging, flexible films, corrugated boards, and label production.
With high hardness ceramic coating and advanced laser engraving technology, this anilox roll ensures long service life and superior printing performance even under high-speed production environments.
This anilox sleeve supports printing lengths up to 4800mm and 5250mm, making it ideal for wide web flexographic presses and industrial packaging production lines.
Large printing widths allow manufacturers to improve production efficiency while maintaining consistent ink transfer across the entire printing surface.
The roller surface is coated with a laser-engraved ceramic layer featuring uniform microcells. These microcells function as ink reservoirs that deliver controlled ink volumes during each rotation of the anilox roller.
Benefits include:
The ceramic layer provides hardness up to 1300 HV, ensuring strong wear resistance and long-term durability in high-speed printing environments.
This high hardness also improves resistance to:
The sleeve core structure is composed of advanced composite materials such as:
This composite design reduces overall roller weight while maintaining high structural rigidity and dimensional stability.
The Anilox Sleeve 4800mm / 5250mm is widely used in the following printing and coating processes:
Used in flexo presses for printing:
High-precision cell structures allow detailed graphics printing for labels and product packaging.
Suitable for applying:
The sleeve ensures consistent coating thickness during lamination processes.
| Parameter | Specification |
|---|---|
| Product Name | Anilox Sleeve 4800mm / 5250mm |
| Length | Up to 4800mm / 5250mm |
| Diameter | 25 – 600 mm |
| Line Screen | 30 – 2000 LPI |
| Surface Finish | Laser Engraved Ceramic Layer |
| Hardness | 1300 HV |
| Cell Shape | Hexagonal / Trihelical |
| Cell Angle | 1° – 89° (Common: 45° / 60°) |
| Material | Fiberglass + Aluminum + Carbon / Polyurethane Composite |
| Application | Flexographic Printing, Coating Machines, Laminating Machines |
Precise cell geometry ensures accurate ink metering, delivering clear graphics and consistent colors across large printing widths.
The optimized microcell structure minimizes ink waste while maintaining excellent print density.
Ceramic coatings provide exceptional wear resistance, reducing maintenance costs and downtime.
The sleeve structure allows fast installation and removal, improving operational efficiency in printing plants.
Our engineering team can customize anilox rollers based on your printing speed, substrate type, ink viscosity, and printing resolution requirements.
An anilox sleeve controls the amount of ink transferred to the printing plate by using engraved microcells on the ceramic surface.
This model supports ultra-wide printing widths up to 4800mm and 5250mm, ideal for large flexographic printing presses.
The anilox sleeve supports 30–2000 LPI, allowing different printing resolutions depending on the application.
Yes. Cell shapes such as hexagonal and trihelical can be customized based on printing requirements.
Typical industries include packaging printing, flexible film printing, label printing, and coating applications.
