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Spectrometer

Gino Spectrometer

Back-illuminated UV-enhanced CMOS detector Nanomaterial-based extinction technology, stray light less than 0.1% F6 optical design, high resolution design

Gino is a miniature spectrometer based on IoT architecture. It adopts a Czerny-Turner optical path design with a planar grating, a UV-sensitive back-illuminated linear CMOS detector, and a low-stray-light high-quality planar grating.
The number of spectral channels is optional between 2048/4096, with 16-bit A/D conversion and a built-in temperature sensor to monitor the temperature of key optical components in real-time.
Using nanomaterial extinction technology, it achieves stray light of ~0.1% and dark noise below 30 RMS (100ms integration time).
It has an embedded computing platform with a 766MHz main frequency, 1GDDR, and 16GFlash, preloaded with a Linux operating system and Uspectral-Gino spectral acquisition software.
It is equipped with master/slave USB ports, a gigabit Ethernet RJ45 port, an HDMI port, a Micro-SD card slot, a 15-PIN external equipment interface, and three MMCX ports.
The spectrometer can operate independently or as a slave sensor. It works in environments ranging from -20°C to 60°C, with a spectral temperature drift of 0.1 pixels/°C.
Optional high-speed configurations are available, with a maximum speed of 2000 frames per second, and A/D sampling and data transmission times of less than 500μs (2048 channels).
Gino is an industrial-grade miniature spectrometer suitable for real-time measurements in industrial settings and outdoor environments.

Cora Spectrometer

Handheld Libs High resolution; Wavelength temperature drift <0.1 pixel/°C (2048 pixels);

Cora is a miniature spectrometer with advanced black coating, offering stray light less than 0.1%. It can be used for various spectral testing needs, such as UV-VIS absorbance, LED/laser measurements, LIBS, and color measurements. This industrial-grade miniature spectrometer is easy to carry and is ideal for handheld applications.

HS4096

4096 pixels High resolution, best up to 0.07nm Platform design, you can configure 500g/l-2400g/l gratings of various specifications

HS4096 is a high-resolution micro-fiber spectrometer based on symmetrical CT optical path design, with compact structure and configurable spectral range, using N.A0.08 numerical aperture, high resolution, up to 0.07nm, low stray light, ~ 0.2%. With the characteristics of small temperature drift and wavelength temperature drift ~ 0.2pixel/ ℃, it is equipped with 4096 pixel CMOS detector, low quantization spectral dark noise and more spectral channels, which is suitable for many industrial field measurements such as laser measurement, plasma emission spectrum measurement, color measurement, absorbance measurement and Raman measurement. It is an industrial grade optical fiber spectrometer with high performance and price.

HS2048 Spectrometer

Based on traditional CT optical path design, excellent stray light absorption structure and high performance imported planar reflection grating, light path stray light ~ 2 ‰ Using NA.0.08 numerical aperture, high resolution, the best 0.07nm Platform design, you can configure 500g/l-2400g/l gratings of various specifications

HS2048 is a miniature spectrometer based on a symmetrical CT optical design. It features a compact structure, configurable spectral range, and a high-resolution N.A 0.08 numerical aperture, with a resolution as fine as 0.07nm. With low stray light (~0.1%) and minimal temperature drift (~0.1 pixel/°C), it is well-suited for industrial field measurements such as laser measurement, plasma emission spectroscopy, color measurement, absorbance measurement, and Raman measurement. This spectrometer offers excellent performance at a competitive price, making it a high-value industrial-grade spectrometer.

XS11639 High sensitivity optical fiber spectrometer

Platform-based design, which can be configured with 500g/l-2400g/l gratings of various specifications to achieve 190nm-1100nm configurable spectral range Configured with UV enhanced linear array 2048pixel CMOS detector, with strong UV spectral response High-performance AD quantization sampling circuit, CCD quantization background noise ≤ 30RMS (100ms integration time)

XS11639 is a basic optical fiber spectrometer, which adopts cross CT structure design, NA 0.11 numerical aperture, incident focal length 42mm, small size and compact structure. Ultraviolet enhanced CMOS detector is used to optimize the ultraviolet response. Configured with replaceable slit mechanism with key, and optimized slit height design to meet the requirements of high sensitivity sampling. The 24PIN control interface is configured to meet various measurement scenarios such as color measurement, radiation measurement, absorption measurement, fluorescence spectrum, Raman spectrum, etc. It adopts special lens fixing technology and photoelectric separation structure, which has good temperature stability and reliability.

DQPro Refrigerated optical fiber spectrometer

high resolution, and the best resolution is~0.1nm High-performance AD quantization sampling circuit, CCD quantization background noise ≤ 3RMS (Minimum Integral Time) Equipped with refrigerated back-illuminated CCD detector, with wide dynamic range, high signal-to-noise ratio and good stability

DQPro is a deep-cooled miniature optical fiber spectrometer based on symmetrical CT optical path design, with compact structure design and configurable spectral range. It adopts N.A0.11, with high resolution, up to 0.1nm; Low stray light,~5 ‰. Equipped with back-illumination and deep cooling CCD, the cooling temperature can reach - 20 ℃. With good spectral response stability and reproducibility, it is suitable for laser measurement, plasma emission spectrum measurement, color measurement, absorbance measurement, Raman measurement and other industrial field measurements. It is a scientific research and high-performance optical fiber spectrometer.

TEC2000 Refrigerated optical fiber spectrometer

Based on traditional CT optical path design Using NA.0.11 numerical aperture, high resolution, the best 0.07nm Platform design

TEC2000 is a refrigerated and backlit miniature optical fiber spectrometer based on symmetrical CT optical path, with compact structure and configurable spectral range, using N.A0.11 with high resolution of 0.1 nm and low stray light of ~ 5 ‰. Equipped with backlight refrigerated CCD, it meets the reliability requirements of long-time testing in industrial field, and has good stability and reproducibility of spectral response. It is suitable for many industrial field measurements, such as laser measurement, plasma emission spectrum measurement, color measurement, absorbance measurement and Raman measurement. It is a high performance optical fiber spectrometer of scientific research grade.

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 optical fiber-optic 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.

Area2000 Miniature optical fiber spectrometer

Stray light ~2‰ High resolution, best up to 0.07 nm Wavelength temperature drift ~0.1pixel/°C

Area2000 is a miniature fibre optic spectrometer with compact device structure design and configurable spectral range; high resolution, optimal up to 0.07 nm; low stray light, ~2‰; and small temperature drift, wavelength temperature drift ~0.1pixel/℃. It is suitable for many industrial field measurements such as laser measurement, plasma emission spectroscopy, colour measurement, absorbance measurement and Raman measurement. It is a high price industrial grade fibre optic spectrometer.

DQPlus Spectrometer

Cooling temperatures up to -25°C Can be adapted to Ruohai multi-core dense row cluster fibre, fibre insertion and extraction strength consistency ≦ 7%. Wide dynamic range, high signal-to-noise ratio, good stability

DQPlus is a depth-cooled miniature fibre-optic spectrometer, the cooling temperature can reach -25 ℃; the device structure design is compact, the spectral range can be configured; high resolution, the best can be up to 0.1 nm; low stray light, ~5 ‰. With good spectral response stability and reproducibility, it is adapted to a number of industrial field measurements such as laser measurements, plasma emission spectroscopy, colour measurements, absorbance measurements and Raman measurements.

Maria Multi-Channel Spectrometer

Integration time 10S minimum Multiple spectral acquisition modes F6 high-resolution light path design

Maria is an integrated multi-channe spectrometer that supports up to 8 channels.Maria uses a non-crossing Czerny-Turner optical path design and a line array CMOS detector. It is equipped with a hardware synchronization function to ensure that the exposure times of each channel are synchronized. The minimum integration time can be set to 6us. The spectral structure is stable, and the spectral temperature drift is low. The spectral software is equipped with seamless spectral splicing, rich spectral noise reduction and analysis algorithms to meet a variety of application scenarios, and can be customized according to the availability of software services.

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