The ColorGATE 1-Bit-TIFF-Input-Module provides a simple and reliable method for processing incoming 1-bit TIFF-files for creating halftone proofs and de-screening of input data for form proofs (impositioning proofs). In this way, documents can be tested completely prior to printing to avoid incorrect artwork. The 1-Bit-TIFF-Input-Module is an ideal solution for customers in packaging industry, but also for pre-press workflows in other areas.

The Computer to Screen Module (CTSM) produces high-quality 1-bit TIFF-data in all required resolutions, also considering CtS-application-specific requirements.

With the container function it is possible to merge several print jobs in the container into one collective job (nesting). Afterwards they can be arranged either optimized for material savings, optimized for cutting or manually according to individual requirements. The ColorGATE Container function clearly goes far beyond traditional nesting functions by offering scores of additional functions that increase the effectiveness and handling in daily production.

The Film and Plate Module (FPM) complements ColorGATE RIP software Productionserver with the functional range of the worldwide leading RIP software Filmgate for chemical free film production with inkjet printers for flexo-, offset- and screen printing in high-end quality, as well as with the complete range of functions of Plategate for the chemical free plate production.

The TRAPM ensures elimination of flashes in the print image due to process-related registration errors in multi-color printing, which can occur during printing process.

The JBM enables archiving of single print jobs - if desired including all job specific settings (e.g. profiles and print data) - to a freely definable directory. At a later time these jobs can be reproduced on the same or on another printer using the original settings.

The ODDM simplifies the workflow for printing optical data media.

Tiling function enables segmentation of very large, over-sized graphics and images on the screen into separate segments. Settings that once have been made can be saved for further jobs.

The NPFM4 enables ICC profiling of any color set above and beyond the standard process colors, such as CMYK, with 3 or 4 color channels. These profilers were developed for the décor, textile and ceramic printing areas of application.

The NPFM8 enables ICC profiling of any color set above and beyond the standard process colors, such as CMYK, with 3, 4, 5, 6, 7 or 8 color channels. These profilers were developed for the décor, textile and ceramic printing areas of application.

The CRDM enables the definition which color channel should be printed on which print head. Until now this was only possible for the screen workflow to a limited extent. Due to customer feedback it has been enabled also for production and proof workflow. In addition, it is now possible to redirect one color channel to multiple print heads.

The Color Atlas improves the quality in color replacement of any input color and simplifies the color replacement process considerably. The module generates clustered and grouped patches (clusters) around a reference value and allows the printout of these color patches. The number of patches and their grades are determined by the user.

The Color Server enables automatic color space transformation of all supported input file formats (PDF, PS, TIFF etc.), taking into account versatile DeviceLink functions for separation such as: separation maintenance, reduction of ink consumption, black generation and black handling, preservation of pure colors for primary and secondary colors as well as duplex and triplex.

Device link profiles - a special version of ICC profiles - are used for specific color transformations in the color management workflow to produce most accurate print data. They ensure that quality and color accuracy of a print job in the aspect of matching a reference or a standard are improved significantly. This profile creation tool is wizard based and allows an iterative approach to reach the optimal result.

With the DFE Profiler Module (DFEPM) - an extension of the well-proven Profiler Module (PFM) - ColorGATE offers a new profiler for ICC-characterization of digital printing systems that have their own DFE (Digital Front End) and an integrated ICC-compatible RIP.
The DFEPM generates a special ICC profile which, in addition to the usual color characterization, also contains the process color control and thus combines all the necessary information for the entire calibration workflow.

The EPFM allows the creation of new ICC profiles that are based on existing profiles fast and easy for output devices used in production. Its use is recommended if for example a new substrat has similar properties as an already profiled media. In this manner, creation of new ICC profiles will be accelerated significantly without significant quality sacrifices.

Allows the creation of calibrations to meet the requirements of the IDEAlliance for G7, the major North American standard for color reproduction with the ColorGATE RIP and profiling solutions Productionserver and Proofgate. The integrated recalibration option allows even when using ICC-based color management to return to reference output quality at any time.

The main task of the spectral meter based linearization assistant (wizard) is to create printer- and media-specific linearization to ensure reliable and reproducible color reproduction.

The Media and Light Profiler Module (MLPFM) allows a straightforward adaption of existing ICC profiles to changes in the media coloration or the illuminant. The adaption can be achieved without a time-consuming new profiling.

MPSDM enables to process multichannel files (e.g. native Photoshop files PSD, PSB) via a sophisticated processing workflow. MPSDM is especially suitable for textile or ceramics printing as well as other printing applications with special color handling requirements, which are beyond typical process color combinations.

MCPFM enables assistant-guided creation of ICC profiles which support additional color channels like CMYK O(range)/G(reen) or CMYK R(ed)/B(lue). Files with additional transfer channels (e.g. LcLm) will also be considered. By using additional inks a wider gamut and an improved display of spot colors are available.
Notice: Profiler Module (PFM) is required.Component of Profiler Suite (PFS).

The ODDPFM simplifies creation of ICC profiles for printing optical data media. The module is compatible with the X-Rite i1iO spectrophotometer for fully automated measurements.

With the Out of Gamut Module (OOGM) areas will be highlighted that are out of gamut of the chosen printing workflow (output profile, MIM). A "heatmap" visualization indicates colors and areas that cannot be printed color accurately. It is particularly suitable for the use in the production of decorative surfaces and textiles, as well as for digital packaging printing.

The PHFM replaces the Photogate Module PHGM in Version 8. It includes numerous functions to process digital photographs and FineArt prints, such as 16-bit rendering for the output of photo and art prints as well as FineArt reproductions in highest quality. Functions to generate neutral grayscale images, individual effect shading and color adjustment to compensate for ambient light for an optimal FineArt presentation despite specific lighting conditions.

PFM enables comfortable, assistant-guided creation of professional ICC profiles. Supported targets based on measurement device selection and print mode: ColorGATE CMYK and RGB, ECI2002, IT8-7.3, IT8-7.4. Comprehensive function to ensure appropriate settings for black generation (GCR, UCR, Black Start, Black Width), black point (Black Point mode, Black Max, Total Ink) and neutral or color boost gamut mapping. Component of Profiler Suite (PFS).

The Profiler Suite bundles the six powerful modules Profiler (PFM), Multicolor Profiler (MCPFM), Device Link Profiler (DLPFM), Express Profiler (EPFM), Reference Profiler (RPFM) and TVI Calibration (TVICM) into one complete package at an attractive price, enabling highly professional color management.

The RPFM enables the creation of ICC profiles and simulation of the color gamut for output devices, which cannot be controlled directly by ColorGATE RIP software. Profiles can be used as reference for image data transformation in a color server workflow or the use within external imaging software.

The RPM, formerly Screen Print Proof Module (SPPM), enables color and screen/dot-accurate digital proofs with appropriate inkjet printers that simulate the print results of screen printing machines. As a result, it is possible to control print results before printing and to use the proof as an approval tool. RPM's uniqueness is ability to reproduce accurate colors and screened dots at the same time.

The TVICM complements the existing color management tool sets with the tonal value correction (TVI) well known from ISO 12647-2 used in offset printing. Analog to offset printing standard compliant print results can be achieved by using dot gain correction, standard ink and matching a paper specific TVI target.

TVICM offers the possibility to calibrate conventional printing presses in heterogeneous production environments via tonal value correction. Component of Profiler Suite.

With the Access Control Module (ACM), users or user groups can easily be assigned rights to change individual functions or functional areas (tabs). This ensures that only specific users can change settings, e.g. in Color Management.

The CCM enables a precise calculation of job-related ink consumption before printing, taking into account material and additional costs. Reports can be generated (HTML/CSV), which provide a transparent overview of costs and simplify the quotation process. Additionally, consumption reports can be generated for specific printers or for a specific period.

Please note: The calculation of the ink consumption is based on the dot volume specification available to us at the development date of this function. The results can differ from the actual ink consumption because of changes, device related cleaning cycles or adoption errors. We are not liable for the accuracy of these results. Additionally, the ink consumption based on cleaning or maintenance functions as well as for print quality optimization will not be calculated explicitly.

JDF- (job definition format) interface for direct data exchange in workflow systems in accordance with international industry standards is based on the markup language XML. In this way it is possible to control order parameters via external systems and to provide important information about the production progress.

The PCM brings together the processes of printing and cutting by synchronizing printers and cutting systems. With the PCM, efficient contour cutting and precise finishing is possible - from simply cutting stickers via POP displays to complex industrial applications. For this reason, the PCM is the ideal solution for cutting, routing and finishing materials such as wood, plastic, leather and textiles.

The TNM manages the automatic placement of various print jobs on the printable area and adds synchronization marks for automatic roll cutters (e.g: Flexa, Fotoba etc.) to trim and finish the prints.