HX-M10L Hyperspectral Colorimeter

? Based on HHIT's self-developed prism-grating dispersion spectroscopy technology, the HX-M10L hyperspectral colorimeter offers a large measurement area, simultaneous multi-color detection, high resolution, and excellent consistency.

? Equipped with an advanced hyperspectral imaging spectrometer, broad-spectrum uniform lighting, and industry-specific color analysis software, the HX-M10L enables real-time color measurement and chromatic aberration identification for large-area, multi-color samples.

? Leveraging leading hyperspectral technology, the HX-M10L can be widely applied in textiles, aerospace, building materials, paints and coatings, automotive electronics, spray workshops, and other industrial fields.

Product Advantages

1. More Authentic and Accurate Spectral Data
For all industrial online application scenarios, dispersive push-broom imaging technology is the most suitable method for obtaining stable data at high speeds. HHIT's core industrial-grade hyperspectral camera captures high-speed imaging while acquiring full spectral information of the target area in a single scan, ensuring spectral authenticity and accuracy for every spatial pixel.

2. Large-Area Color Measurement
With advanced hyperspectral imaging technology, the HX-M10L can perform real-time color measurements on areas as large as 30 cm × 20 cm, equivalent to aggregating results from 346,000 traditional spectrophotometers. The entire measurement process takes less than 1 minute, achieving high-speed, efficient color analysis for large surfaces.

3. Accurate Color Measurement of Mixed-Color Objects
Mixed-color objects, with their intertwined and densely distributed colors, pose challenges for traditional colorimeters. The HX-M10L’s high spatial resolution enables precise separation and identification of colors at different positions, achieving pixel-level color measurement with a spatial accuracy of up to 0.4 mm.

4. Higher Consistency and Repeatability
By utilizing core hyperspectral imaging technology, color measurement is digitized, eliminating subjectivity and enhancing result reliability. Furthermore, adherence to an advanced production quality management system ensures consistency across different devices, delivering uniform measurement results for end-users.