Ten minutes with an i1Display and your monitor stops lying to you. Here's exactly how the calibration and profiling process works, step by step.
One scan across hundreds of colour patches, one accurate profile. Here's why prepress teams, designers and photographers rely on the i1Pro 3.
Bench or handheld? It comes down to where you measure and what you're measuring. Here's a straight answer on which spectrophotometer fits your business.
Batch-to-batch colour drift is every plastics manufacturer's nightmare. Here's how the Ci64 catches it before it ruins a full production run.
Sphere geometry, rugged industrial build, and software that plugs straight into your QC system. Here's exactly why manufacturers keep buying the Ci64.
Plastics, textiles, coatings, cosmetics: the Ci64 handles all of them with one instrument. Here's how it works and where it fits in your quality program.
One instrument, a dozen jobs: here's exactly where the eXact 2 earns its keep on a busy commercial print floor.
Still running an original eXact? Here's exactly what the eXact 2 adds on top, and whether the upgrade is actually worth the spend.
Packaging brands don't forgive colour drift, on any substrate. Here's how the eXact 2 keeps every material and every run on target.
Brand owners have tightened their colour tolerances and their ISO requirements. Here's why that combination is pushing printers to upgrade their gear.
The eXact 2 replaces your densitometer and spectrophotometer in one device. Here's a rundown of what it actually does on the press.
Colour can fall apart at any handoff between design and the factory floor. Here's how to build a five-stage workflow that holds it together end to end.
Physical samples fade, mislead, and get lost in the mail. Digital colour data doesn't. Here's how that shift cuts errors at every stage of production.
A clear guide to the ISO, CIE, and CGATS standards that govern colour measurement, and why they matter for consistent results across your supply chain.
Transform your colour management from reactive to proactive. Learn how to build an effective quality control program by defining digital standards, setting realistic tolerances, and leveraging systematic measurement to ensure production consistency and drive process improvement.
Discover why spectral data is the gold standard for professional colour communication. Moving beyond basic Lab* measurements unlocks powerful capabilities, including illuminant-independent analysis, precise substrate-specific matching, and efficient digital colour workflows that are essential for modern quality control.
Colour calibration is an ongoing process that ensures every stage of the colour workflow remains accurate, from measurement to display and print. This includes spectrophotometer, monitor, and printer calibration, with X-Rite providing the tools to manage each step and maintain consistent, reliable colour performance.
Human eyes are well suited to perceiving colour but are unreliable for quality control due to variability, fatigue, and lighting dependency. Instrument-based measurement with X-Rite spectrophotometers removes this inconsistency, delivering objective, repeatable, and documented colour data for professional quality management.
The science behind colour measurement combines physics, optics, colour science, and visual perception modelling to produce accurate, actionable data. Understanding this foundation helps explain why instrument-based measurement with X-Rite spectrophotometers delivers far greater reliability and consistency than visual colour assessment.
Colour variation in manufacturing can stem from raw materials, substrates, process conditions, and measurement methods. Identifying and controlling these variables is essential for consistency, and X-Rite instruments and software provide the tools to diagnose issues, implement corrective controls, and document improvements in production quality.
Consistent colour across multiple production runs requires defined digital standards, in-run measurement, and analysis of production data. X-Rite provides the tools to establish accurate standards, monitor colour during production, and identify variability trends, enabling reliable and repeatable colour consistency.