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GoPhotonics is showcasing a range of advanced Spectrometers engineered to address the growing demands of scientific research, industrial quality control, biomedical instrumentation, materials characterization, Raman analysis, and terahertz imaging. The featured portfolio includes solutions from NIREOS SRL, Ocean Optics, Swiss Terahertz, OtO Photonics, and Ibsen Photonics, delivering high sensitivity, broad spectral coverage, and precision measurement capabilities across VIS, NIR, SWIR, MIR, Raman, and terahertz wavelengths.
TRICLOPS FTIR Spectrometer for Broad-Spectrum Optical Characterization
The TRICLOPS from NIREOS SRL is a Fourier Transform Infrared (FTIR) spectrometer designed for VIS-NIR-SWIR-MIR analysis across a wavelength range of 400 nm to 4500 nm. Featuring a spectral resolution of 10 cm-1 and spectra collection rates from 0.5 Hz to 2 Hz, the spectrometer supports both collimated beam input and fiber-coupled configurations. Equipped with Si, InGaAs, and TE-cooled PbSe photodetectors, the compact system is optimized for monitoring light source emissions, optical coating characterization, and absorption, transmission, and reflectance analysis in advanced materials research.
OCEAN-HDX-VIS-NIR Spectrometer for Industrial and Biomedical Analysis
The OCEAN-HDX-VIS-NIR from Ocean Optics offers a spectral range of 350 nm to 925 nm, delivering an optical resolution of 0.7 nm (FWHM) and a dynamic range of 12000:1. Featuring a back-thinned CCD detector and onboard memory capable of storing up to 50,000 spectra, the spectrometer is designed for applications including thin film analysis, plasma monitoring, biomedical instrumentation, industrial quality control, and research environments. Its support for USB, Gigabit Ethernet, Wi-Fi, AP Wi-Fi, and RS-232 connectivity provides flexible integration into laboratory and production workflows.
PCA Scanner Imaging Spectrometer for Terahertz Spectroscopy and Imaging
The PCA Scanner | Imaging Spectrometer from Swiss Terahertz delivers spectroscopy and imaging capabilities above 6 THz, with average power up to 300 µW, dynamic range exceeding 100 dB, and THz frequency resolution below 0.5 GHz. Integrated with advanced laser and antenna technologies, the system is designed for real-time terahertz imaging, non-destructive testing, quality control, aerial drone inspection, and layer thickness measurement, enabling high-precision analysis in industrial and research settings.
Dragonfly (DF) NIR Spectrometers for Portable Infrared Sensing
The Dragonfly (DF) NIR spectrometers from OtO Photonics operate across wavelength ranges of 900 nm to 1700 nm and 1340 nm to 2280 nm, with resolutions of 10 nm and 12 nm. Leveraging digital light processing (DLP) technology with digital micro-mirror device (DMD) chips and single photon InGaAs photodiodes (SPAD), the spectrometers provide enhanced light-detecting performance. Supporting column scan, Hadamard scan, and Slew scan modes, these compact spectrometers are suitable for portable and embedded near-infrared spectroscopy applications.
EAGLE Raman HR 785 for High-Precision Raman Spectroscopy
The EAGLE Raman HR 785 from Ibsen Photonics is a diode-array spectrometer designed for Raman spectroscopy applications, operating across a spectral range of 785 nm to 1080 nm. Featuring grating efficiency above 90%, multiple slit resolution configurations, and an athermal spectrometer architecture with fused silica transmission gratings, the system ensures stable and precise performance with minimal temperature-induced shift. The spectrometer also offers optional internal Raman filtering and detector configurations to support high-performance Raman analysis.
As demand for advanced spectroscopy solutions grows across industrial automation, photonics research, biomedical diagnostics, and advanced manufacturing, these spectrometers highlight the increasing importance of precision optical measurement technologies in enabling scientific and industrial innovation.
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