NuviPRINT RIP

Powerful Color Management

- ICC-based color management

- Spot color matching/ replacement

- Settings of white, varnish, and primer

- Spot color book

- Input and output curve edit

- Color proof/ replacement

Flexible Print Layout Control

- Setting of horizontal & vertical spacing

- Setting of element angle

- Template for every single page of a PDF file

- Template for Multi-page PDF files

Streamlined Production Workflow

NuviPRINT® PDF RIP workflow supports direct and seamless connection with subsequent Printer Control Software without the need for other software. It not only implements a streamlined approach, but makes predictable and high-quality output as well.

• Faster RIP speed than PostScript-based print production workflows. It eliminates the need to convert PDF to PostScript. The overall processing efficiency of PDF/ X and PDF/ VT has been further optimized.
• Accurate interpreting of PDF files by supporting more advanced and complex design features.
• Real-time monitoring of the Hot Folder to automatically monitor and print.
• Check and export of all/ part of the variable data in PDF files.

Built-in Adobe® PDF Print Engine (APPE)

The Adobe® PDF Print Engine (APPE) is Adobe®’s native RIP technology, using the same core Adobe® PDF technology as Adobe® Acrobat and Adobe® Creative Suite software. APPE-based NuviPRINT® software has the capability to interpret PDF files stably and accurately through optimized integration with the up-to-date APPE.

• Uses Live Transparency to avoid flattening at the early stage of the workflow and render at the final output stage, along with all the other contents in the job.
• Built to aid high-volume print operations. The overall handling of multi-page PDF files has been improved.
• Combines the power of JDF for workflow automation with the strengths of Adobe® PDF for content definition.
• Acquires high-quality job previews. It’s a vital part of any print workflow system. APPE uses the “Adobe® Common Renderer” (ACR) for both accurate job preview and final output rasterization, thus ensuring that what you see is indeed what you get.
• Eliminates the need for early color conversion and special treatment for gradients from one spot color to another to ensure color accuracy and consistency.