Headwall Raman Discovery in the United States ™ spectrometer

Beijing Huayi Tongtai Technology Co., Ltd. specializes in the sales of imported analytical and testing instruments. We provide a wide range of products, competitive prices, and excellent after-sales service.

adoptHeadwall unique design, Raman Discovery ™ The product is designed for applications in harsh imaging environments.

the United StatesHeadwall Raman Discovery ™ spectrometerProduct Introduction:

adoptHeadwall unique design, Raman Discovery ™ The product is designed for applications in harsh imaging environments. Raman Discovery ™ A key feature of the product is the low image distortion on the full CCD array, resulting in a high signal-to-noise ratio and signal flux. Raman Discovery ™ Suitable for 785nm or 532nm laser excitation. Every Raman Discovery ™ The core of imaging spectrometers is a Headwall unique resonant domain phase difference correction diffraction grating. Unlike traditional diffraction gratings, Headwall specific application gratings only generate first-order diffraction and transmit only useful wavelengths. As a result, 100% of the diffracted light energy within the single order diffraction is captured, thereby achieving industrial leading optical efficiency and performance. This is very important in Raman spectroscopy analysis with weak signal strength. Headwall Raman Discovery ™ The imaging spectrometer is built on a total reflection platform with an f/3 aperture design (no moving parts). Suitable for 532nm and 785nm laser excitation, the compact size provides multi-channel functionality without sacrificing performance. Dense fiber optic beams can be arranged at large entrance apertures to provide excellent photometric accuracy for many applications.

the United StatesHeadwall Raman Discovery ™ spectrometerProduct Features:

Compact structure and lightweight qualityRaman Discovery ™ The Raman spectrometer family provides a flexible spectral imaging development platform for OEM users and system integrators, offering outstanding signal flux, optical efficiency, and spectral/spatial resolution.