Compact and high-performance CGS UV-NIR covers the 190 - 1015 nm spectral range. Its small size lets it fit directly into at-line, on-line and in-line processes. It has high versatility with various detector options (CCD, PDA or CMOS).
MCS UV-NIR has remarkable performance in the 190 - 1015 nm spectral range with great flexibility thanks to different optical entrance and housing designs and detector options for exceptional signal/noise or highest sensitivity.
Cost-efficient, miniaturized and robust - these high-throughput spectrometers are equipped with a diode array detector for highest SNR, ideally suited for portable, process and OEM applications.
With a spectral coverage of 960 - 2200 nm, ZEISS PGS series are market leading NIR spectrometers, providing a small footprint, highest throughput and excellent SNR. Special TE-cooled/uncooled InGaAs detectors ensure lowest noise conditions.
ZEISS plane gratings are widely used in spectrometers with minimum stray light and maximum efficiency. Gratings with line densities from 30 l/mm to 3600 l/mm will benefit from the optical performance of your spectrometer from VUV to NIR.
Mono- & Polychromator gratings combine dispersive and imaging properties in a single element for wavelength ranges from UV to NIR, enhancing your spectrometer's performance.
Rowland circle gratings for Rowland type spectrometers provide the highest optical quality with excellent resolution, extremely low stray light from VUV to NIR up to 3600l/mm.
The combination of a prism and a grating bring refraction and diffraction together in one element for numerous plane gratings.
Offner gratings are commonly used for hyper-spectral imaging applications. ZEISS Holographic fabrication provides reduced stray light and increased image quality.
Do you need installation, application or maintenance support?
Any questions about our products or customized configuration for your application?
Yes, I have read your statement on data protection and accept the information it contains.
Find partners and distributers near you