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Malachite green can remain in fish for a long time, and may cause teratogenic, carcinogenic and mutagenic harm to the human body through the food chain. In order to deal with the problem, most of the energy and time is spent in the laboratory. Conventional laboratory testing methods cannot meet the needs of a large number of frequent on-site and rapid testing due to their small number, high cost, and long testing cycle. 

Therefore, a large number of cost-effective fast, convenient, accurate, and sensitive food safety analysis and detection technologies that can meet this requirement are needed, that is, food safety rapid detection technologies.

Forestry inspection is an indispensable part of forestry management. my country is a country with large forest resources, but it is also a country with frequent forest fires. Fire rescue consumes a lot of manpower, material and financial resources. Forest fires have caused incalculable forest resources and the ecological environment. However, traditional manual operations cannot effectively prevent fires and monitor the fire situation in real time. 

Traditional forestry resource monitoring and inspection work has high labor intensity, high labor cost, low efficiency, and it is difficult to quickly control the overall situation; while satellite inspection has a long period, poor timeliness, and poor spatial resolution, and cannot meet real-time requirements. 

Traditional manned aircraft has improved the timeliness and manual inspections. However, in harsh environments such as forest fires, flight safety will be seriously threatened, and will be greatly affected by the environment and airspace, and the maintenance costs are high and difficult to meet, the daily inspection requirements of forestry.

In order to deal with the problem, Optosky launch out GA900 to help police fast and precisely solve the danger.

The UV spectrometer adopts the in-situ thermal and moisture monitoring mode, which can directly monitor the concentration and emission of gas such as O2, SO2, NO, NO2, NH3, CS2, CO, CO2, and others in the flue gas. Compared with the traditional electrochemical method, it has obvious advantages such as NO signal attenuation, NO sensor life limit, NO gas cross-interference, and easy maintenance.

Optosky ATP2002 built in pulsed xenon driver has a low-noise, high-performance, and cost-effective. The sensor used 2048 pixel CCD responding from 200-1100 nm.

The ATR8500 uses high-performance Raman optimized for micro Raman systems. The sensitivity, signal-to-noise ratio, stability and so on are industry-leading levels, providing a strong guarantee for Raman research.

ATR8500 series micro Raman spectrometer, integrates the two lasers, and combine the advantages of both the microscope and Raman spectrometer, microscope Raman detection platform allows the "what you see is the" possible, visualization of precise positioning Raman detection platform, allows the observer to samples on different surface state of Raman signal, and can be displayed on the computer by detecting position of micro area shape, greatly facilitate the Raman micro area detection.