Specialized screen print simulation features of software such as DuPonts Colour Control and Management System (CCMS) are highly desirable if the digital output needs to match to screen-printed production yardage.The RIP software must be written for the specific printers in order to take full advantage of the hardware capabilities.
In addition to colour management capabilities, textile specific software is needed to handle print design images such as flat and continuous tone designs, separation files and files prepared for repeat printing. Important software features for DTP include its ability to accept textile industry file formats from CAD design and screen separation programs (such as CST, MST, PUB, GRT, SEP, SCN, XPF, etc.). The software must also be able to accept common graphic file formats like TIFF, Indexed 8-bit TIFF, PSD, EPS, AI, BMP, TGA, etc. Print layout functions such as step and repeat, design colourways, colour chips, multi-image placement, scaling, rotating, spooling or batching are also desirable features. A good RIP package for textiles should also be able to manage expanded ink sets beyond CMYK. In addition, it should allow for extra ink control functions to manage the higher ink densities required for colour saturation of printed fabrics. It should be able to create colour catalogues, colour palettes, andor use the Pantone Textile Color System. A special feature of some RIP packages is the ability to create a colour gamut visualisation and comparison to see if the target colour is attainable. The screen print simulation features of software like DuPonts Color Control and Management System (CCMS) are highly desirable if the digital output needs to match to screen printed production yardage. For the large sector of users who are solely trying to create strike-offs for screen printed fabrics, it is helpful to have screen simulation features that can be viewed on screen to bridge the gap between digital and screen printed fabrics. Several software vendors have incorporated features useful in simulating and matching to screen printed production fabric, such as simulating screen resolution, raster simulation or screen mesh size; colour mixing, colour overprinting and colour trapping; incorporating gradation curves for tonal separations; and even profiling the textile printing mills colour space to link colour data to a textile mills colour kitchen. Table 9.4 displays the companies offering colour management and RIP solutions for digital textile printing. The colour management and RIP soft ware options available to the textile industry reflect a growing market and growing acceptance of digitally printed fabric for proofing, sampling and short-run production. Table 9.4. Raster image processing software packages, with key features indicated RIP package Vendor Printers supported File types supported Colour management Special features Artistri CCMS DuPont Dupont3210 StorkPublic, StorkSeparated, Tiff, RGB, TiffLab Custom printer profiles specific to ink and fabric, mill characterisation and colour profile Gamut mapping to compare ink jet printer gamut vs. This is accomplished by creating a Mill Characterisation and colour profile of a mills unique color set, and a printer profile to map combinations of fabrics and ink. Graphtec Signjet Pro Jx2150 Series All StandardEvolution textile RIP and RIP Plus Digifab Systems HP printers, Roland, Mutoh, Epson 9000, Mimaki TX1600s, Encad 1500TX amp; 800 series All standard graphic file formats Set of ICC profiles included with RIP Supports ICC profiles created by third party programs Step and Repeat, scale, rotate, flip, multiply, mirror, cut, measure, and layout capabilities. EPSON Stylus Pro 3000 to 9500, ENCAD TX1500 and PROe series, HP DesignJet series, Mimaki TX1600S and JV2, Ichinose, ColorSpan DMXII and FabriJet XII printers Indexed 8 bit TIFF,CST, MST, PUB, GRT, SEP, TIFF, BMP, AI, TGA, PSD, etc. Colouring tools: colourways, colour editing, colour catalogues, Colour gamut mapping Adjustment of colours on multiple substrates, i.e. Ink control functions: maximum ink level control, user controllable ink mixing Printer calibration: profile wizard to guide end user step by step, vendor provides set of profiles, colour data link to colour kitchen Print layout function includes step and repeat, page positioning, scaling, rotating, mirroring, cutting out, colour chips, spooling, batching, etc. Specifying mixed colours Textile r Image Technologies FabriJet XII, Mimaki TX1600s, Encad series printers, Mutoh, Epson 7000750090009500 Tiff, CDI, Lectra NedGraphics, HighTex, SpeedStep, Sophis BMP, EPS PCX, etc. Printer calibration; supports ICC profiles created by third party software programs, Linearisation capability Print functions include step and repeat, colorways, colour editing, image positioning, scaling, rotating, mirror, and spooling. ![]() Graphtec Signjet Pro Jx2150 Driver That AllowsCampbell, in Advances in Apparel Production, 2008 Raster image processors The RIP software is essentially a sophisticated printer driver that allows for greater user control in rasterizing the image (converting the data) for the printer. In addition to colour management capabilities, textile-specific software is needed to handle print design images such as flat and continuous tone designs, separation files and files prepared for repeat printing. Important software features for DIJP include the ability to accept textile industry file formats from computer-aided design (CAD) and screen separation programs (such as CST, MST, PUB, GRT, SEP, SCN and XPF) The software must also be able to accept common graphic file formats such as TIFF, indexed 8-bit TIFF, PSD, EPS, AI, BMP and TGA.
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