best uv microspectrometer

Global Best UV Miniature Spectrometer OEM Manufacturer

May 29, 2021

Category: Fieldspec Blog

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Optosky designs their ATP1010 microspectrometers which are the smallest spectrometers ever! The use CMOS detector technology from Hamamatsu corporation and have the advanced performance outcompete to much larger modular spectrometers.

They are ideal selection to OEM applications where their coined size makes them comfortable to integrate into analytical instruments and have a spectral range of 185-1100nm, they also feature a advanced optical bench design which ensures reproducibility.

Global Best UV minaiture OEM spectrometer in Y2021

Optosky newest smallest spectrometer with applications in the uv, this all available from 185nm to 1100nm as a high volume OEM type product because the size of it, the small footprint lends itself very well to embedding into other analytical devices. The other thing about it is has an advanced design which helps to ensure reproducibility from units unit and lots a lot. That's something that's very important for high volume manufacturers.

4 Important designs for best miniature spectrometer from Optosky

1st, ATP1010 is based on the CMOS detector technology from Hamamatsu corporation, whose technology is advanced in detector, as well as other good reliable components suppliers resources.

2nd, It's a great breakthrough to designs uv range miniature spectrometer with a very high sensitivity and performance comparable to some larger modular spectrometers. Most optical parameters of sensitivity, optical resolution, signal to noise and dynamic range outcompete STS microspectrometer.

3rd, Base on 20 years spectrometer design technology and test worker experience, not to mention QCs gurantees, which helps to ensures reproducibility from units to units and lot to lot. That's spectrometers consistence is very important to for high volume manufacturers.

4th, ATP1010 is connected to fiber optics and light source, the computer software shows absorbance, transmission and spectrum in real time.