ColorGATE´s CPS functions as a central print data management system and accomplishes by that the highest process efficiency from design to the final ceramic product. The digital end-to-end workflow offers a secure import and conversion (n-Color) of designs and color data as well as the creation of separations with 3-8 channels.
Combined package: Ceramic Productionserver & Rapid Spectro Cube HD (RSC HD SP)
First total solution for digital ceramics tile production with heavy duty housing and including Scan and Profiling option of RSC and patented Fingerprint Module (FPRM) – Complete workflow and color management solution dedicated to digital ceramic printing and typical ceramic production environments.
Some of the many challenges in digital ceramic printing are:
Ceramic Productionserver is a complete workflow and Color Management solution especially for digital ceramic printing with the following performance characteristics:
First total solution for digital ceramics tile production
Together with Rapid Spectro Cube (RSC) our extremely fast color measurement system and Colorrizer, the colorization and print design software in the color space of the industrial production system, Ceramic Productionserver is able to surveil and control the entire working process from design creation, via profiling right up to the final print.
RSC HD SP features a high-resolution CCD and is connected to the firms Ceramic Productionserver a completely featured color management software dedicated to color-accurate print data generation for any digital ceramics printer.
Fingerprint technology extends the standard graphic arts approach and applies a new methodology for synchronous design specification and process characterization to be used in industrial surface decoration.
Fingerprint Module (FPRM)
With the Ceramic Productionserver, the patented Fingerprint technology and the Rapid Spectro Cube, ColorGATE offers the first complete solution for digital ceramics tile production.
Our product flyer for Ceramic Tile Production covers all mentioned highlights in one PDF [7,8 MB].