Jet Design(CMYK-UV Jet Design)
Ink-jet coating machine
Jet Design is an Ink-jet coating system having super high-speed decoration performance. Constructing the original ink-jet head and UV radiation lamp by our own technology, digitalized original design is drawn at high speed and with high quality on work face by this compact Ink-jet coating system.
Jet Design
Jet Design system to realize a dream coating film
High Accuracy Decoration
Adopting high accuracy linear rail, ink-paint is correctly blown off since algorithm to impact ink on the moving work is calculated at high grade. It is drawn by 1 pixel unit so that the installed design picture is reproduced exactly as it is.
Wide Production Range including Small Lot
It is possible to produce even only one work piece. "Small quantity production means unprofitability" is an old story. Without waste consumption of ink-paint and over spraying, booth is not required. The compact machine does not make any cost loss.
Improvement of Yield Rate
Since coating film is completed in a moment by construction techniques of our original head with CMYK and LED-UV Radiation, there is no opportunity for dust or seeding to get in. High quality coating film can be realized at very high speed.
CMYK plus LED-UV Radiation
The LED-UV Radiation device is installed at the original developed multiple head for each ink of CMYK. UV radiation is made only at necessary places by the calculated program. Coating film is completed in a moment.
Decoration Ink, "Jet-lon", dedicated for Jet Design System
The original special ink, "Jet-lon", can realize the best decoration performance and also can totally satisfy all the requirements including drawing performance, film performance, high-speed decoration, low VOC emission etc.
Jig structure to realize multi-face decoration
3D Decoration Jig Structure
Jig Structure to decorate 5 faces for Smart Phone
Curved Surface Decoration Jig Structure
Jig Structure to decorate 3 faces for Candy Case with Curved Surface
Options / Related Products
Release Date：June 26, 2014
