Integrated Printing + Cutting Machine
Offering Rotary/Flatbed Screen Printing or Roller Printing
For a Lasting Impression Cut Precisely
INtegrated RDC + ROTARY SCREEN PRINTING Machine
Rotary Screen Printing is a stencil process where a cylindrical screen containing the image rotates in a fixed position. As the web moves between the screen and the impression roller, screen's motion forces the ink through the stencil openings onto the substrate through a squeegee.
By integrating rotary screen printing and rotary die cutting into a single machine, it brings new possibilities in process design and capabilities, as well as potentially large cost savings in materials by avoiding prepared printing.
Our rotary screen printing is more versatile than traditional printing techniques. The printing surface does not have to be printed under pressure and not necessarily planar Different inks can be used to work with a variety of materials. The printing can achieve many types of high color saturation, light-resistant prints with special effects of endless possibilities.
Rotary Screen Printing Unit
Printing Screen Cylinder
Benefits of UV Ink
- Fine detailing with color saturation
- Thin print film and low ink usage
- Fast printing speed
- Scratch-resistant print finish
- No toxic fumes
- Eco-Friendly
Corona Treater
LED UV Cure
| Specifications | ||||||
|---|---|---|---|---|---|---|
| Printing Width | 5-220mm | |||||
| Cylinder Repeat | 305mm (96T) - 610mm (192T) | |||||
| Printing Speed | Up to 150m/min | |||||
| Screen Mesh Count | 75-400 | |||||
| Ink Film Thickness | 6-280um | |||||
Integrated RDC + flexographic PRINTING machine
Flexographic is a form of roller printing process which utilizes a flexible relief plate. It is essentially a modern version of letterpress, evolved with high speed rotary functionality, which can be used for printing on almost any type of substrate, including plastic, metallic films, cellophane, and paper.
By integrating flexographic printing and rotary die cutting into a single machine, it brings new possibilities in process design and capabilities, as well as potentially large cost savings in materials by avoiding prepared printing.
