The new system expands the Specim FX series, which is designed for industrial machine vision as well as research-oriented applications requiring scalable and reproducible measurement performance.
The FX19 is equipped with a 640-pixel spatial resolution and supports high frame rates, enabling detailed material analysis in continuous inspection processes. Its compact design is intended for integration into high-throughput industrial environments where reliable material identification is required. The camera is based on a thermoelectrically cooled InGaAs sensor with low noise characteristics and incorporates image correction and unified spectral calibration to ensure consistent results across multiple units.
For system integrators and original equipment manufacturers, the FX19 offers configuration options such as region-of-interest selection and binning. These functions allow optimisation of data rates, frame speeds and sensitivity to suit specific inline inspection tasks without compromising stability. Standardised GigE Vision connectivity, combined with the Specim software development kit and application programming interfaces, supports integration into existing machine vision architectures. The mechanical design is intended for installation in multi-camera systems, conveyor-based sorting units and enclosed inspection modules, with a range of available optics covering different working distances.
In recycling and secondary raw materials processing, the FX19 is designed to support accurate identification of polymers, textiles and complex composite materials. Potential use cases also include electronics recycling, where coatings and multilayer structures must be distinguished, as well as thin-film inspection and selected pharmaceutical process and quality control applications. The system is supplied with global sales and technical support and is intended for long-term availability within industrial production environments.
