The Spectrovis CoreLine 100 is a high-performance hyperspectral line-scan camera for the visible spectrum (400–700 nm). It features 600 spectral channels with <2.5 nm resolution, ideal for applications in printing, packaging, and material surface inspection. Its CMOS detector ensures detailed spectral differentiation, while the compact design makes it suitable for integration into industrial systems.

The Spectrovis CoreLine 200 captures detailed hyperspectral data across the 400–1000 nm range. This compact line-scan system is designed for precision quality control and material identification across industries such as textiles, agriculture, and recycling. Its broad spectral range and ease of integration make it a popular industrial solution.

The Spectrovis CoreLine 300 is a high-speed hyperspectral line-scan system that offers fast acquisition across 400–1000 nm. It is tailored for real-time industrial inspection processes where throughput and spectral accuracy are critical. Suitable for automation, food processing, and high-speed production lines.

Spectrovis CoreLine 400 delivers comprehensive hyperspectral coverage across VIS-NIR-SWIR (400–1700 nm). It is ideal for advanced material differentiation, pharmaceutical inspection, and scientific R&D. Engineered for high-precision environments requiring full-spectrum analysis.

Designed for the 900–1700 nm range, Spectrovis CoreLine 500 specializes in SWIR hyperspectral imaging. Ideal for moisture detection, contaminant analysis, and food safety inspection. A robust solution for industrial quality control applications.

Spectrovis CoreLine 600 offers high-resolution hyperspectral scanning in the 900–1700 nm SWIR range. It supports high-speed acquisition and is optimized for tasks like waste sorting, mineral analysis, and pharmaceutical production.

Engineered for rapid SWIR data capture, the Spectrovis CoreLine 700 excels in high-speed sorting and production line inspection. Covers the 900–1700 nm range with reliable performance in demanding industrial settings.

The Spectrovis CoreLine 900 is a long-wave SWIR hyperspectral system operating in the 1400–2500 nm range. It supports applications in geological survey, advanced research, and specialty material inspection.

The Spectrovis Insight 100 is a visible-spectrum (400–700 nm) imaging hyperspectral camera offering 600 spectral channels. It features 1920×1920 spatial resolution and a built-in monitoring camera, ideal for environmental analysis and lab research.

Covering 400–1000 nm, the Spectrovis Insight 200 delivers high-definition hyperspectral imaging for research and diagnostics. Equipped with CMOS sensors and user-friendly software, it's perfect for universities and R&D centers.

A high-speed version of the Insight series, the Spectrovis Insight 300 offers rapid hyperspectral data acquisition in the 400–1000 nm range. Designed for real-time monitoring and imaging workflows requiring fast data throughput.

Spectrovis Insight 400 is a full-range hyperspectral imager (400–1700 nm) with extended spectral sensitivity. Perfect for medical diagnostics, food sorting, and field spectroscopy with portable operation.

The Spectrovis Insight 500 focuses on the SWIR spectrum (900–1700 nm), tailored for chemical analysis, forensics, and agriculture imaging. Compact, rugged, and lab-ready.

High-resolution SWIR imaging with up to 1024 channels makes the Spectrovis Insight 600 a top choice for advanced lab-based hyperspectral analysis and high-end industrial evaluation.

The Spectrovis MicroScope 100 integrates hyperspectral imaging with high-resolution optical microscopy, covering the 400–1000 nm visible-NIR range. It enables precise spectral analysis at microscopic scale, ideal for biomedical research, pathology, and material science.

The system uses any standard upright or biological microscope, coupled with a hyperspectral sensor and software for both real-time viewing and spectral capture.

The Spectrovis MicroScope 100 integrates hyperspectral imaging with high-resolution optical microscopy, covering the 400–1000 nm visible-NIR range. It enables precise spectral analysis at microscopic scale, ideal for biomedical research, pathology, and material science.

The system uses any standard upright or biological microscope, coupled with a hyperspectral sensor and software for both real-time viewing and spectral capture.