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Learn how compact MEMS spectrometer technology enables real-time plastic identification in this demonstration from Hamamatsu.
In this video, Wey-Wey Su introduces the MEMS-based Fabry-Perot Interferometer (FPI) spectrometer module and demonstrates how it can identify different plastics—such as PET, polypropylene (PP), and polystyrene (PS)—by measuring their reflectance spectra as samples move past the sensor.
The MEMS FPI spectrometer module integrates a light source, spectrometer, and electronics into a small, low-cost package, making it ideal for portable spectroscopy, material identification, recycling automation, and embedded sensing applications.
This demonstration highlights how the sensor can be easily integrated into customer systems to enable fast, reliable material detection in compact devices.
Key Features:
Compact MEMS Fabry-Perot Interferometer spectrometer
Real-time plastic material identification
Integrated light source, spectrometer, and electronics
Designed for portable and embedded spectroscopy applications
If you're interested in integrating the Hamamatsu MEMS FPI spectrometer into your application, contact us to learn more.
#Spectroscopy #MEMSSensor #Hamamatsu #MaterialIdentification #PlasticSorting #NIRSpectroscopy #PortableSpectrometer---
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