Advanced material analysis with the Specim FX19 Hyperspectral Camera

Specim FX19

Specim FX19: Bridging the gap between lab research and industrial applications

The Specim FX19 has officially joined the Specim FX series, bringing high-speed hyperspectral imaging to the near-infrared and shortwave infrared (NIR/SWIR) spectrum. With a spectral sensitivity range from 1130nm to 1920 nm, this hyperspectral camera is engineered specifically to offer wavelengths critical to some applications and to meet the rigorous demands of industrial machine vision and advanced laboratory research.

Precision performance for industrial scaling

The Specim FX19 Hyperspectral Camera stands apart from other products in the market for its 640 spatial pixels, high 527 fps frame rate, 224 spectral bands, cooling, high SNR and Dynamic Range, all of which provide the capability to perform high resolution detailed material analysis without sacrificing the speed required for high-throughput production lines. The FX19 like other FX cameras features unified spectral calibration and built-in image correction which ensures consistent results across multiple cameras and installations. The Specim FX19 is a reliable choice for OEM design-ins where accuracy and precision are non-negotiable.

Core Features

High-speed data collection: Delivering up to 527 fps (pushbroom) at full spectral range, the Specim FX19 Hyperspectral Camera can match the pace of modern production systems .

Resolution: With 640 spatial pixels, the camera provides the high-definition hyperspectral imaging necessary to detect small defects in thin films or identify specific polymer fragments in e-waste

Industrial-grade stability: The TE-cooled extended InGaAs sensor minimises thermal noise, while built-in image enhancement (AIE) corrects for smile and keystone aberrations automatically.

Unified calibration: Every FX19 unit is calibrated to a universal standard. This allows for a model developed on one camera to be deployed across an entire fleet of cameras without the need for individual adjustment of the model for each camera.

GigE Vision interface: The use of a standard GigE Vision interface and a robust SDK ensures the camera fits into existing machine vision architectures with minimal integration work.

High quality optics: Lens options and adjustable working distance from wide area to macro imaging.

Industry Applications

Recycling, plastic and electronic waste sorting Differentiating polymer types to increase sorting yields.
Textiles Identifying specific fibre content and complex material blends for recycling.
Manufacturing Inspecting foils and thin-film coatings for inconsistencies or defects.
Agriculture and Soil Analysis Crop and soil inspection for nutrients and disease.

Analyse Materials in Real-Time

The Specim FX19 brings laboratory-grade SWIR analysis to the factory floor. Contact our specialists to discuss your material sorting or quality control requirements.