Wasatch SoftRIP 7.4 – Professional RIP Software for Digital Printing

Wasatch SoftRIP 7.4 – Software Overview

Wasatch SoftRIP 7.4 is a professional RIP software used in digital print production. It offers precise color control, high-performance rendering, and flexible workflow features for large format, textile, DTF/DTG, photo, and industrial printing.

Designed for efficiency and reliability, SoftRIP 7.4 provides advanced rasterization, ICC management, and multi-device workflow control.

Key Features

• Advanced ICC color management for accurate print results.
• High-performance raster engine for fast processing.
• Layout tools for tiling, nesting, step & repeat, and imposition.
• Halftone screening for screen printing separations.
• Direct support for large format, textile, and DTF/DTG printers.
• Multi-printer workflow for production environments.
• Variable Data Printing (VDP) for personalized jobs.

Compatible Printers & Technologies

• Large format printers: eco-solvent, solvent, latex, UV.
• Textile printers: dye-sub, direct textile, pigment ink.
• DTF & DTG printers: full support for popular brands.
• Screen print separations output workflows.
• Photo & fine-art printers with premium ICC control.

How It Works

SoftRIP 7.4 processes images using its high-precision RIP engine, applies ICC profiles and halftone screening, and sends optimized data to printers. Its workflow tools help manage multiple devices, automate production, and maintain consistent, color-accurate results.

Options & Settings

• ICC profile management with device-link support.
• Screening modes for halftone, stochastic, and hybrid.
• Layout controls: tiling, step & repeat, nesting, scaling.
• Queue management for multi-device workflows.
• Automation tools for repetitive tasks.

Benefits

• More efficient and predictable print production.
• High-quality color output with professional ICC management.
• Support for a wide range of printers and workflows.
• Improved consistency with advanced screening controls.
• Faster processing thanks to optimized RIP algorithms.

FAQ