![]() ![]() These services may also collect and use anonymous identifiers such as IP Address, HTTP Referrer, Unique Device Identifier and other non-personally identifiable information and server logs. Some of these services include but are not limited to: Google, Facebook, Twitter, Adroll, MailChimp, Sucuri, Intercom and other social networks, advertising agencies, security firewalls, analytics companies and service providers. Through the use of our website, these services may place anonymous cookies on the Visitor's browser and may send their own cookies to the Visitor's cookie file. ![]() Our website employs the use the various third-party services. Also, cookies may also be used to track how you use the site to target ads to you on other websites. Our site uses cookies dropped by us or third parties for a variety of purposes including to operate and personalize the website. Cookies are small data files that are served by our platform and stored on your device. The point cloud shows exactly the parts of the motive that are lying inside and outside the color space.We use cookies, tracking pixels and related technologies on our website. Another important highlight is the option to illustrate a motive as a 3D point cloud. While rotating the 3D-view, problems can be detected and corrected at once. In addition Gamut Viewer allows three-dimensional comparison of up to two ICC profiles. Via Profiler Module respectively Profiler Suite users can compare the calculated profile directly with the reference profile or with profiles embedded in the MIM combination. These two-dimensional comparisons enable very smooth Campaign Printing Workflows, because of the possibility to define the largest common color space of all printers that should be used. Via the menu "options" users can compare up to five different ICC profiles in 2D with a reference or standard color space. Out of the Profiler Module (PFM) / Profiler Suite (PFS)Ģ. The Gamut Viewer can be used via two ways:ġ. Two- and three-dimensional (2D/3D) visualisation and comparison of color spaces In combination with products of ColorGATE product family Productionserver, Repro Proof Module and Computer to Screen Module, Filmgate is the ideal solutions for the comprehensive pre-press in screen printing. The FPM is fully combinable with Photo FineArt Module (PHFM) and Proof Standard Digital Module (PSDM). ![]() Time saving by automating recurrent processes.Cost savings through optimal amount of ink for a perfect density and optimum utilization of media.Extensive range of screening technologies for AM, FM and hybrid screenings up to 180 lpi.ICC compliant color space transformation from RGB to CMYK data.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. With the DFEPM, ColorGATE thus offers the option of taking advantage of the optimized ColorGATE linearization even with alternative RIP systems and in external printing environments. If FALSE, the data used in drawing are returned as a list of ames. In this way, not only the ink lay down but also the combination of the process colors is regulated in detail and an optimum image reproduction is made possible. A logical (default TRUE ), specifying whether to draw the plot. The created profiles can be used flexibly as input as well as output profile and also for proofing. This extended ICC profile can be used variably in all DFEs and RIPs that work with output ICC profiles. 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. 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. ![]()
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