The FS-20 Imaging Hyperspectral Camera from the FS-2x Series is a high-performance spectral imaging solution designed for detailed material analysis across visible to near-infrared ranges. Built with advanced optics and a 2D area-scan architecture, the FS-20 enables fast capture of hyperspectral cubes (x, y, λ) in static scenes — ideal for laboratory, field, or research-based applications.It integrates a high-resolution CMOS sensor, allowing pixel-precise spatial data capture with exceptional spectral fidelity. The system supports up to 512 spectral bands with customizable spectral resolution, and offers non-scanning full-scene imaging, a key advantage for snapshot or frame-by-frame hyperspectral acquisition.

The FS-20 is suitable for applications in agriculture, pharmaceuticals, forensics, art preservation, remote sensing, and medical imaging. With a compact design, real-time preview capabilities, and SDK/API support, this camera delivers versatility, precision, and ease of integration.Whether capturing crop health data, inspecting pharmaceutical tablets, or mapping pigments in artworks, the FS-20 offers a flexible and accurate spectral imaging tool that brings laboratory-grade data quality into a portable platform.

The FS2X Series Imaging Hyperspectral Camera is a next-generation, precision instrument engineered for high-fidelity spectral data acquisition across visible and near-infrared ranges (400–1000 nm), with optional extended coverage up to 1700 nm. Designed for researchers, engineers, and integrators in need of compact, high-performance imaging systems, the FS2X offers unmatched flexibility in spectral and spatial resolution.

Built with advanced CMOS or InGaAs sensors (depending on the model), the FS2X series captures hyperspectral images with exceptional clarity, high signal-to-noise ratio, and minimal distortion. Whether deployed in laboratory environments, field conditions, or industrial lines, it delivers reliable performance under varying lighting and temperature conditions.

The line-scan and snapshot configurations make it suitable for both scanning and real-time full-frame imaging. Applications range from vegetation analysis, disease detection in crops, and food quality monitoring, to forensic trace analysis, biomedical diagnostics, and mineral composition mapping.

The robust design features an anodized aluminum housing, efficient passive cooling, and vibration-resistant mounting. It integrates effortlessly via USB 3.0, GigE, or Camera Link interfaces and supports synchronization with external devices using digital I/O and trigger ports.

The FS2X series supports a wide range of lenses and foreoptics, including microscope adapters and rugged outdoor enclosures. Each unit is pre-calibrated for spectral accuracy, with optional radiometric and geometric calibration upgrades.

Users benefit from powerful image processing capabilities through the bundled FS Viewer software and versatile SDKs compatible with Windows, Linux, Python, MATLAB, and C++. Real-time spectral cube generation, band selection, classification, and export functions come standard.

Thanks to its modular design and open architecture, the FS2X is future-ready for AI-enhanced analysis and machine learning workflows. It supports cloud integration for remote data access and is ready for UAV and mobile deployment with low power consumption and lightweight form factor.

Overall, the FS2X is an ideal solution for professionals seeking a compact, industrial-grade hyperspectral imaging system with the performance and flexibility to match evolving research and commercial needs.

The FS2X Series Imaging Hyperspectral Camera is designed for high-resolution, real-time spectral analysis across visible and near-infrared wavelengths. With cutting-edge sensor technology, compact build, and high signal-to-noise ratio, the FS2X series provides reliable imaging for demanding applications like mineral analysis, agriculture, food quality inspection, forensics, and biomedical diagnostics. Equipped with powerful onboard processing and flexible integration options, it ensures precision and ease of use across research and industry.