SHANGHAI OCEANHOOD OPTO-ELECTRONICS TECH CO., LTD.

手機(jī)官網(wǎng)

簡體中文

English

Raman Spectrometers

light sources, fiber, probe, laser, accessaries

Accessories

Spectrometer

Spectral instrument

Near-infrared spectrometer

: NIRPro Refrigerated near-infrared optical fiber spectrometer

High resolution, best up to 0.3 nm Can be adapted to multi-core dense row cluster fibre such as kelp pins, fibre insertion and extraction strength consistency ≦ 7% Widely dynamic range, high SNR, high stability

NIRPro is a cooled near-infrared fiber optic spectrometer with compact structural design; configurable spectral range, high resolution, best up to 0.3 nm; low stray light, ~0.5%. The spectral range is adjustable and supports multiple configurations within 900-2500 nm. Cooling temperature can reach -25℃. Good spectral response stability and reproducibility, suitable for laser measurement, near infrared measurement.

: MS13913 Near-infrared spectrometer

Based on the traditional CT optical path design, the front focal length is 25mm and the rear focal length is 25mm Small size good reliability and repeatability

The MS13913 is a miniature near-infrared fiber optic spectrometer with a compact design and configurable spectral range. It features low stray light (~1%) and offers excellent spectral response stability and repeatability. This device is suitable for various industrial on-site measurements, including laser measurement, plasma emission spectroscopy, color measurement, absorbance measurement, and Raman measurement.

: Near infrared Process spectrometer

The composite optical cable with a length of 1-100m can be configured to adapt to the complex detection scene in the field. Resistant to strong acid, alkali and corrosion, suitable for complex industrial environment. A new type of optical path design, spot diameter up to 10cm.

near infrared process spectrometer is an instrument for real-time monitoring and analysis of chemical composition in samples. It uses near infrared (NIR) spectroscopy to obtain information about the composition of samples by measuring the absorption and scattering of substances in the near infrared band. This technology is widely used in industry, agriculture, food, pharmacy and other fields.

: NIRMini High Sensitivity Spectrometer

High resolution, up to 0.3 nm Wide dynamic range, high signal-to-noise ratio, and high stability Background noise ≤3 RMS (with min. integration time)

NIRMini feature compact designs, configurable spectral ranges, and high resolution up to 0.3 nm. They ensure low stray light (~0.5%) and support multiple setups within the 900-2500 nm range. With cooling down to -25°C, they provide stable and repeatable spectral performance, ideal for laser and near-infrared measurements.

Address：Room 201, building 36, NO.2777, East JingXiu road, Pudong New Area, Shanghai Zip code：201201 Sales : 400-820-7939 Landline/Fax：021-50687686
?2011-2019 SHANGHAI OCEANHOOD OPTO-ELECTRONICS TECH CO., LTD.
在線光譜檢測、顯微拉曼、手持式拉曼、光纖光譜儀、便攜式拉曼

少妇的味道4,人妻少妇久久中文字幕,欧美高清一区三区在线专区,公与媳一区二区三区

SHANGHAI OCEANHOOD OPTO-ELECTRONICS TECH CO., LTD.

Hotline 24-hour：

400-820-7939

Products

Solutions

News

Support

Cloud

Contact Us

Location： OCEANHOOD Home > Products

Near-infrared spectrometer

NIRPro Refrigerated near-infrared optical fiber spectrometer

High resolution, best up to 0.3 nm Can be adapted to multi-core dense row cluster fibre such as kelp pins, fibre insertion and extraction strength consistency ≦ 7% Widely dynamic range, high SNR, high stability

MS13913 Near-infrared spectrometer

Based on the traditional CT optical path design, the front focal length is 25mm and the rear focal length is 25mm Small size good reliability and repeatability

Near infrared Process spectrometer

The composite optical cable with a length of 1-100m can be configured to adapt to the complex detection scene in the field. Resistant to strong acid, alkali and corrosion, suitable for complex industrial environment. A new type of optical path design, spot diameter up to 10cm.

NIRMini High Sensitivity Spectrometer

High resolution, up to 0.3 nm Wide dynamic range, high signal-to-noise ratio, and high stability Background noise ≤3 RMS (with min. integration time)

Links