JSW Large Format Digital Flatbed LED UV Printing Machine

JSW Large Format Digital Flatbed LED UV Printing Machine
Model:-
Brand:-
Origin:Made In China
Category:Packaging , Printing & Paper / Printing Materials
Label:UV Printer China
Price: -
Min. Order:-
Inquire Now

Product Description

Printing area up to 3.2x2.0m

Variable color configuration, up to 8color (Y M C K LC LM W V)

Grayscale print heads, variable drop size from 7 to 35PL;

Speed up to 32 m²/h;

Handles flexible and rigid substrate up to 10cm thickness;

White ink and Color+W+Color print capability & Varnish solution;

True flatbed with 6 vacuum Zones;

LED UV is more energy-saving and environmentally friendly UV curing system.

It can be used as digital uv printing machine.

Large Format Digital Flatbed LED UV Printing Machine Details & Features

 

1. Ricoh Gen5 Printhead

Type: Gen 5, 7PL, printing speed is up to 32m²/h, resolution is up to 2400DPI. The image is exquisite and the effect is amazing.

 

2. Imported Double Linear Guide

It adopts Japan THK2.0 double linear mute guide, high speed operation, high stability and low noise, ensuring high precision output of the printer under high speed printing.

 

3. Automatic Height Adjust System

The function makes the printer can print on substrate which is up to 10cm thickness.

Simple Operation Application of Large Format Digital Flatbed LED UV Printer China

 

White Ink Circulation System

To keep double functions which are the white ink main ink tank intermittent mixing and pipeline real-time circulation work, as to keep the white ink flow all time and prevent pigment precipitation, avoid ink system failure.

 

Automatic White Skip Function

The carriage will skip to next print area during empty image part as to save time and higher the efficiency.

JSW Large Format Digital Flatbed LED UV Printing Machine 1

Member Information

Kunshan Kingsway Digital Technology Co., Ltd.
Country/Region:He Bei - China
Business Nature:Manufacturer
Phone:36861815
Contact:Lorna Chia (manager)
Last Online:23 Mar, 2019