Maximizing liquid insights: with advanced hyperspectral analysis

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Headwall's SWIR 640 hyperspectral sensor, with a spectral range of 900 nm to 2500 nm, offers a powerful solution for the non-destructive analysis of liquids. This sensor enables accurate identification of chemical compositions, contaminants and quality variations in liquids. From the food industry to chemical manufacturing and pharmaceutical processes, the SWIR 640 provides real-time, reliable data essential for optimising fluid handling processes.

Compatibility with perClass Mira Software allows users to develop machine learning-based models for automated spectral analysis. The SWIR 640 is suitable for both laboratory analysis and in-line monitoring, allowing the sensor to be used for continuous process monitoring and quality control without changing fluids. The perClass Mira Stage, a scanning setup specifically designed to analyse complex processes and compositions in real-time, is also suitable for use with this instrument.

• Wide spectral range (900-2500 nm) Non-destructive inspection: Ensures accurate analysis without damaging liquids, preserving sample integrity. Real-time process monitoring: Instant spectral data for quick decisions in quality control and process optimisation. Flexible applications: Suitable for both laboratory testing and in-line monitoring of liquids in various industries. Advanced software: Compatible with perClass Mira for machine learning-based spectral analysis and automatic anomaly detection.