The spectroscopy modules deliver cleaner spectral data and more reliable material analysis for portable, embedded, industrial, and laboratory systems.
Hamamatsu Photonics has released upgraded versions of its MEMS FPI spectroscopic modules for short-wave infrared (SWIR) analysis, introducing improvements in signal-to-noise performance and stray light rejection to support more reliable material analysis in cost-sensitive and space-constrained applications.
The updated C17752, C17753, and C17754 modules are designed to improve measurement stability and spectral clarity while maintaining a compact and integrated form factor suited to embedded and portable spectroscopy systems. According to the company, the enhanced signal-to-noise performance enables more stable and repeatable spectral measurements, while improved stray light suppression contributes to clearer spectral data.
The MEMS-FPI modules are engineered for efficient SWIR analysis with reduced integration complexity and lower implementation costs. Their compact design allows use in applications where installation space is limited, including embedded systems, handheld analyzers, portable inspection tools, and compact industrial instruments.
The sensors can be used by manufacturers, system integrators, industrial automation companies, research laboratories, and developers of portable analytical equipment. In industrial settings, the modules can support material identification, product sorting, contamination detection, and quality inspection by analyzing the spectral characteristics of different materials. Process engineers can also use the modules for real-time monitoring of production lines and manufacturing processes.
In laboratory and R&D environments, the sensors can be integrated into spectroscopy systems for material characterization and analytical testing. Developers of embedded and portable devices can use the compact modules to build handheld or field-deployable SWIR spectroscopy systems for on-site analysis.
An optional fiber adapter with an integrated lens is available for transmission measurements and more flexible system configurations. The modules also support USB plug-and-play operation, allowing faster setup without the need for complex optical alignment procedures.
Hamamatsu positions the upgraded sensors as a cost-efficient solution for accessible SWIR spectroscopy across industrial and analytical environments. The modules are intended for applications including material sorting, quality control and inspection, process monitoring, embedded and portable spectroscopy systems, and laboratory and industrial research and development.
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