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SHANGHAI OCEANHOOD OPTO-ELECTRONICS TECH CO., LTD.

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Spectral instrument

FL375

Small in size High sensitivity 45/0 optical path design

FL375 is an integrated small fluorescence spectrometer for the determination of advanced glycation end products (Advanced Glycation End-products,AGEs) in skin. It is equipped with 45ax 0 optical path design, using MEMS spectrometer, small size and high sensitivity. A built-in filter can filter out the interference of excited light. By using the post-spectroscopic technology, the spectrum is stable and reliable. The fluorescence spectrum of skin measured by < br/ > < br/ > FL375 was processed by algorithm to show the fluorescence value of skin (AF). The AF value means that the accumulation of AGEs in the body is calculated by automatically absorbing the fluorescence emitted by AGEs in human tissue. The higher the AF value, the higher the accumulation. Subjects can make early prediction and diagnosis of their physical condition (including possible diabetes, aging, etc.) based on the test data. < br/ > < br/ > AGEs accumulation in the body will cause a series of oxidative stress cascade reactions and inflammatory reactions, thus accelerate the aging of the human body and the occurrence and development of various diseases, such as diabetes and its complications, Alzheimer's disease, intestinal diseases, neurological diseases, cancer and so on.

Micro Reflectance spectral measurement Instrument

Micro spot and reflectance measurement The max range can cover 350-1700nm mapping

The minimum spot diameter of the reflection fiber probe for measuring the reflectivity of the sample can only reach about 1-2mm. The spot diameter limits the size of the sample and the spectral spatial resolution. To obtain the spectral information of the sample at a smaller scale, the usual practice is to For use with microscope systems. Micro-area reflectance spectroscopy measurement system combines spectral analysis technology with microscopic optical path, which can collect spectral information of samples on the micron scale, and is widely used in the study of spectral properties of materials in physics, chemistry, biology and other industries.
The system adopts the optical fiber confocal illumination method. Compared with the traditional Kohler illumination, the confocal illumination method can obtain a smaller sampling diameter, that is, it has a higher spatial spectral resolution. As shown in the figure, the light source is connected to the microscope system through the optical fiber, and the spot size is compressed to the micron level through the microscope objective lens and concentrated on the sample plane. , the end face of the receiving fiber, the plane of the imaging camera, and the four sides of the sample plane belong to a conjugate relationship, so that high-precision in-situ spectral measurement can be achieved.
In addition, a spectral channel is reserved in the micro-area reflectance conversion module used in the system. This channel can support the addition of transmittance measurement, Raman spectroscopy or fluorescence spectroscopy on the basis of reflectance spectroscopy. , to achieve multi-spectral comprehensive measurement.

HRS-300 Handheld Spectrometer

The spectrum can be collected in real time, and the optical signal feedback can be obtained; The instrument is compact and has a long battery life, which can be used in various scenarios; The accessories are abundant to meet different testing needs.

HRS-300 is a miniaturized spectrometer that can directly collect optical signals, and the sampling range covers spectral signals from 350-1050nm. The device software uses the Android system architecture, with simple operation and rapid feedback, and can measure spectral characteristics such as original spectrum, transmittance, and reflectance of spectral signals. At the same time, the miniaturized and integrated design endows the instrument with convenience and operability, and the size is controlled to be similar to the size of a mobile phone. Whether it is used in the laboratory, industrial field or carried to the field, the HRS-300 can be easily competent. The large-capacity battery design ensures a long battery life of 4-6 hours.
The front end of the instrument is a standard interface of SMA905. Through the interface, the external optical signal can be sampled directly, or an external collimator or a small field of view lens can be connected to control the sampling field of view. Light source, etc. for sampling. You can also connect an external light source and sampling accessories to measure reflectance and transmittance. For example, with our RPB-D0-IS30 reflection probe, you can easily measure the reflectance by connecting an optical fiber, and it is suitable for research on fabric color, leaf photosynthesis, fruit quality, cultural relic pigments, etc.

ARS2000Angular resolution spectrometer

Small?size Stable?performance Supporting?powerful?professional?software?packages

ARS2000 Angle resolution spectrometer is a portable field measurement optical fiber spectrometer with variable Angle transmission and reflection. It mainly meets the needs of customers by studying the reflectivity, transmittance and absorption of photonic crystals, superconducting materials and other nanoscale optical materials to realize the crystal band, defect and other characteristics. In addition, many customers of thin film materials, glass and optical components use ARS to control and measure the transmittance and reflectivity of optical components at specific angles.



The supporting manual transparent reflection measuring bracket can realize transmission, reflection and radiation spectrum measurement of 350nm~1050nm with the incidence Angle of 0°~120° and the receiving Angle of 8°~180°.



Internal integration of ARM embedded system and uspectral-rit software to achieve customer online measurement. At the same time, the system is equipped with Windows software to meet the needs of customers for spectral analysis.

Laser-induced fluorescence spectrometer LIFS980

Highly integrated, light and convenient High stability Easy to use and easy to operate. The test results are objective and accurate.

The LIFS980 is a kind of scene suitable for screening, on-site detection, graphene synthesis reaction, biological medicine, in-vitro diagnosis and material analysis and identification of raw materials, and is convenient to use and simple in operation. And the detection result is objective and accurate. The customer can select the most appropriate product based on the application requirements.

IR-Transmission Inspection Instrument

Full spectral transmittance, the spectral range covers 350-1050nm. Micro-area imaging, minimum micro-area 300um, spectral imaging confocal Two channels, which can be equipped with automatic feeding platform.

This time, we introduce a rapid detection system for micro area transmittance in specific 2D and 2.5D areas of various mobile phones and tablet screens< Br / > the current application scenario of this system mainly focuses on the production test of mobile phone panel, tablet computer panel and the transmittance test of various small-size optical filters. It can be used for different types of products according to different spot sizes. It can be matched with different peripheral devices or automatic systems, and can also realize semi-automatic / full-automatic testing. It only needs to be matched with a reasonable platform, which can reach the level of almost full-automatic.

Laser-induced fluorescence spectrometer LIFS405

Highly integrated, light and convenient High stability Easy to use and easy to operate. The test results are objective and accurate.

The LIFS405 is a kind of scene suitable for screening, on-site detection, graphene synthesis reaction, biological medicine, in-vitro diagnosis and material analysis and identification of raw materials, and is convenient to use and simple in operation. And the detection result is objective and accurate. The customer can select the most appropriate product based on the application requirements.

Photoluminescence quantum efficiency measurement system

High measurement accuracy Easy to operate: one-click software control applicable to powder, liquid, solid and film sample detection

The high-performance QES-PL photoluminescence quantum efficiency/spectral response testing system, independently developed by Oceanhood, is designed for measuring various materials such as solar cells and photodetectors. It is ideal for research and development as well as quality management in universities, research institutes, and enterprises.

OFS series full-spectrum ground object spectrometer

Meet customers' measurements and research on soil, ore, remote sensing and crops, marine and inland water quality, forestry and ecology The use of advanced processor, the use of power-saving design, reduce the size of the equipment, customers do not have to send inspection operation, staff can go to the site and other on-site sampling, so as to be able to carry out portable measurement of Configuration of professional ground survey software, can meet the reflection, transmission, radiation, color and other modes of measurement, can achieve one-button operation, the measurement is convenient, simple and fast, easy to master. The built-in sof

In order to satisfy customers' measurement and research on soil, ore, remote sensing and crops, marine and inland water quality, forestry and ecology, such as Hai Optoelectronics, we independently develop and produce OFS series of wide-spectrum ground feature detection system. < br/ > adopts advanced processor and power-saving design, which reduces the size of the equipment, the customer does not have to send it for inspection, and the staff can go to the construction site and other on-site spot inspection, so as to carry out portable measurement of the field samples. It changes people's image of "thick and clumsy" testing equipment, and simplifies professional operation. < br/ > configuration of professional ground survey software, which can meet the requirements of reflection, transmission, radiation, color and other modes of measurement, can achieve one-button operation, the measurement is convenient, simple and fast, and easy to master. The built-in software contains a variety of data processing methods, data clipping, data smoothing, background deduction, spectral peak detection, interpolation method-linear interpolation.

PL980 near Infrared two-Zone fluorescence Measurement system

Fluorescence spectrum analysis of nanomaterials can be carried out Good reproducibility and fast measuring speed Good collection efficiency and reliability

PL980 near-infrared two-zone fluorescence measurement system is a set of spectral system which can be used for fluorescence spectrum analysis and development of nanomaterials. The system has good reproducibility, fast measurement speed, good collection efficiency and reliability, and can be widely used in communication, chemical, biomedical, material analysis and other fields.

PL980 Fluorescence measurement system

Fluorescence spectral range 1000-1700 nm high stability high sensitivity

980 Near-infrared two-region fluorescence measurement system is a set of spectroscopic system designed and developed to carry out research on fluorescence spectral analysis of nanomaterials. The system has good reproducibility, fast measurement speed, good acquisition efficiency and reliability, and can be widely used in the fields of communication, chemical, biomedical and material analysis.

HGS2048 Libs Laser-Induced Breakdown Spectrometer

Multiple Excitation Wavelength Configuration Highly Integrated，Lightweight and Portable High Stability

HGS2048 is a tabletop 5-channel LIBS spectrometer developed by Oceanhood. The Laser-Induced Breakdown Spectroscopy (LIBS) system consists of a multi-channel spectrometer and laser. LIBS is an atomic emission spectroscopy technique that uses a high-power pulsed laser to focus on the sample surface, generating plasma. Electrons transition from lower to higher energy states, emitting characteristic spectra as they cool and return to lower energy states. The high-sensitivity spectrometer captures the spectral data after a specified delay, allowing for qualitative and quantitative material analysis based on peak positions and intensities.