Separations Startup Guide Wasatch Softrip Sp
SEPArATionS STArTUP gUidE Wasatch SoftRIP. Select Printer Model/Print Mode in order to begin making separations with SoftriP SP, you must first choose the appropriate Printer Model from the drop down menu in the Setup window (illustration 1). Next, click the Edit button. When the imaging Configuration window.
2 color separations 2 color separations 1. Select Printer Model/Print Mode Illustration 1: Select the appropriate Printer Model In order to begin making separations with SoftRIP SP, you must first choose the appropriate Printer Model from the drop down menu in the Setup window (Illustration 1). Next, click the Edit button. When the Imaging Configuration window opens, click the Properties button. In the Printer Properties window, select one of the monochrome or mono print modes (Illustration 2). Note: Newer inkjet printers offer multiple print modes which affect resolution, speed, maximum density, and banding. Some will be suitable for making process color separations at high lpi and others will be much faster but suitable only for spot color separations.
Illustration 2: Select a monochrome or mono Print Mode. 3 3 color separations The proper mode may have to be arrived at through testing. Refer to the Printers section of online help or the Printers PDF document on the Applications CD for more information on specific models.
Printer Maintenance When creating separations, small issues with your printer can cause big problems with the quality of your output. It s important to make sure your printer is running in its optimal condition by checking media feed calibration, print head clogging, etc. To ensure that your printer is running smoothly.
Refer to the Printers section of online help or the Printers PDF document on the Applications CD for more information on specific models. You can also refer to the printer documentation or check with your reseller. Select a Screen Method SoftRIP SP offers a range of halftone screening methods to be used with color separations: PostScript Screens Wasatch Precision Rosette Screens Precision Stochastic Screens Illustration 3: Select a Halftone Screen Method. 4 color separations 4 Halftone screens are selected in the lower right side of the Color Transforms screen (Print Setup Edit Color Transforms), as shown in Illustration 3. Further controls for the individual screen types are accessed by pressing the Halftone Properties button under the drop down menu. Select a Workflow SoftRIP SP supports several alternatives for creating color separations within a production workflow. The two most common are: Make the separations in the RIP Make the separations in your graphic application When you make the separations in the RIP, you send a composite color image to SoftRIP SP and let the RIP produce four monochrome prints, one each for the Cyan, Magenta, Yellow, and Black separations.
To Illustration 4: Select Make Separations on use this workflow, go to RIP in the Printer Properties window the Printer Properties window as you did in Step 1. In the Printer Properties window, select a monochrome Print Mode and check the box next to Make Separations on RIP (Illustration 4). 5 5 color separations The Color Separations options are only enabled when a monochrome print mode is selected. Advantage: You can configure SoftRIP SP to apply an ICC color profile to your composite color image before it is separated. This creates some powerful possibilities for color management during the printing process. Disadvantage: You are currently confined to CMYK separations only. This can be limiting in the screen printing business, where the need for numerous spot color plates is common.
Separations Startup Guide Wasatch Softrip Sp
Support for PostScript Overprint: Making separations in the RIP often requires support for PostScript Overprint. Although Adobe documentation recommends very restricted use of this PostScript feature (Adobe Tech Note 5145), applications such as Adobe Illustrator, CorelDRAW, and QuarkXPress use Overprint to specify trapping in composite color files.
Please note that this PostScript feature is confined to CMYK color only. In SoftRIP SP, support for Overprint can be specified as part of an Imaging Configuration.
See details in online help. Making separations in your graphic application is a more flexible workflow. You can resolve issues involving separations, color management, and trapping in your graphic application before sending your job to SoftRIP SP. To use this workflow, remove the check mark from the Make Separations on RIP box in the Printer Properties window. 6 halftone screens 6 SoftRIP SP can generally make accurate plate identifications from Adobe Illustrator, CorelDRAW, QuarkXPress, and other applications that are consistent in their use of standard PlateColor comments. When plates are accurately identified, your screen specifications for Cyan, Magenta, Yellow, and Black plates are applied properly in your pre-separated jobs. Spot color plates use default settings or whatever has been specified in the PlateColor Table Editor.
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When identification fails, the most common effect is for all plates, not just spot plates, to be screened with the default settings. In SoftRIP SP, the Print Queue includes a fourth column of information called Separation. This feature helps identify the plate and halftoning choices that SoftRIP SP has made for the rendering of that plate. Halftone Screens 5. Linearize the Printer Color separation performance on most inkjet printers will be considerably improved if you linearize the printer by performing the calibration step described in online help.
Dot gain and dot loss are intimately related to halftone dot size. For this reason, you must perform separate linearizations for every screen frequency (lpi) that you use. 7 7 halftone screens When performing this calibration, begin with the Imaging Configuration set to none (Illustration 5).
You only need to calibrate the black channel for the production of monochrome films. PostScript Screens Illustration 5: Set your Imaging Configuration to none Many users are comfortable with the level of quality produced by PostScript Screens. Control for PostScript Screens is accessible by clicking the Halftone Properties button on the Color Transforms screen (Illustration 3). This selection brings up the PostScript Screens window (Illustration 6). On this menu, you may enter the desired halftone screen Angle and Frequency. If you are unsure what values to enter, clicking the Default button will generate some reasonable numbers automatically.
The Angle is expressed in degrees and the Frequency is expressed in lines per inch (lpi). Illustration 6: PostScript Screens window.
8 halftone screens 8 If the Lock Screens box is checked, these settings will be used regardless of any attempt by PostScript jobs to set their own screens. If it is not checked, these settings will be defaults and will only be used on jobs that do not set their own screens. Checking the Expanded Tonal Resolution box can provide substantial improvements to image quality.
Clicking the Dot Shape button brings up the menu shown in Illustration 7. Illustration 7: Dot Shape menu The elliptical dots produced by the two Euclidean Ellipse selections are most commonly used for screen printing, while the Round selection is usually more suitable for flexography.
Wasatch Precision Rosette Screens In order to use Wasatch Precision Rosette Screens, you must enter the enabling code, as shown in Illustration 8. Then, download one or more of the screen sets from or generate your own screen set, as detailed in Step 9. To access the screen sets, select Wasatch Precision Rosette Screens from the Halftone Properties drop down menu on the Color Transforms window (Illustration 3). Illustration 8: Enter Registration Codes. 11 11 halftone screens Once you set the LPI, Angles, and Dot Shape, click the Calculate button (Illustration 12).
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Calculations can take anywhere from two or three minutes to an hour or more, depending on the computer and on the particular set of numbers chosen. The calculation can be interrupted at any time by pressing Cancel. Once the calculation is complete, the new screen is selected for Illustration 12: Generate your own Wasatch Precision Rosette Screens the Imaging Configuration that is currently open. It is permanently saved and can be reused without having to do the calculation again.
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System Requirements:. Minimum: 2GHz CPU; 2GB RAM; 120GB hard drive; DVD-ROM drive or internet connection; Windows 7 and Windows 8. Recommended: 3GHz or higher quad core CPU; 8GB RAM; One terabyte or larger Solid State Drive; High-speed internet connection; Windows 7, 8, and 10 (64-bit) A Note about System Requirements: The faster the CPU, the faster the software will process your images.
Therefore, it is advisable to buy the fastest computer you can. While more RAM will also help speed up the processing, it is the speed of the CPU that directly affects how fast SoftRIP runs.
If you are processing large files over 100 MB in size, it is also advisable to upgrade your hardware configuration to include significantly more memory than the minimum requirement specified above. Wasatch SoftRIP can process more than one image at a time and take advantage of multiple CPUs for this purpose. For every additional processor in your computer, it is recommended you double the amount of RAM.
It is important to use multi-gigabyte disk drives on computers that are intended for use in high resolution printing, especially if you plan to keep RIP'd files available in the Wasatch Print Queue. Operating Systems: Wasatch SoftRIP is compatible with Windows 2000, XP, and Vista Operating Systems.
Color Engine (CMM): SoftRIP's default CMM is the Microsoft engine. The Microsoft CMM implements the Linotype color management system within Microsoft ICC 2.0. It is included free of charge with Wasatch SoftRIP and is installed automatically. File Format Compatibility: PostScript Level 3, PDF, EPS, Tiff, JPG, GIF, PNG, PSD, BMP, PCX, PPM, PCD, TGA, DCS2 and MrSID Note: Add-on options and product line upgrades can only be ordered for serial numbers with current service contracts.
Otherwise, a service contract with an upgrade to the latest software release must also be purchased.