The color science and technology company X-Rite Pantone has launched the eXact 2 Basic, a handheld spectrophotometer that combines density and L*a*b* color measurement in a standalone device designed for commercial print production. This innovation offers press operators an easy-to-use tool that goes beyond visual inspection and density-only workflows to enable fast, objective color verification.
The handheld spectrophotometer works to reduce reliance on subjective visual judgment and minimize costly reprints or customer rejections due to color mismatch. The device's standalone operation means it does not require complex software setup or extensive training, as well.
X-Rite Pantone will be showcasing its eXact 2 Basic innovation alongside other digital workflow solutions at LOUPE Americas and PRINTING United Expo later in September.
Image Credit: X-Rite Pantone
Key Themes Behind This Trend
- Portable Color Verification
- Compact spectrophotometers are making objective color measurement more accessible on production floors, creating opportunities for faster quality control without complex lab equipment.
- Standalone Print Tools
- Self-contained devices that reduce software dependencies are reshaping print operations by lowering training barriers and simplifying adoption for frontline teams.
- Objective Quality Workflows
- Data-driven inspection methods are replacing subjective visual checks, opening space for more consistent output, fewer reprints, and stronger customer approval processes.
Where This Applies
- Commercial Printing
- Print service providers can benefit from handheld measurement tools that improve color consistency across jobs while reducing waste and rejection costs.
- Packaging Production
- Brand-sensitive packaging environments rely on accurate color reproduction, making portable verification technologies valuable for maintaining visual consistency at scale.
- Color Management Technology
- Specialized hardware and digital workflow providers are positioned to expand solutions that connect measurement, verification, and production efficiency in print ecosystems.
