IT2000 FT-IR spectrometer

Short Description:

JINSP IT2000 narcotics and explosives analyzer is based on Fourier transform infrared spectroscopy (FT-IR). It combines intelligent algorithms with a rich data library and can be used for rapid inspection of suspicious objects. Narcotics and precursors, explosives can be identified, fentanyl substances, and marijuana can be inspected. It is suitable for drug control, anti-terrorism, anti-smuggling, and other fields.
IT2000 is easy to operate, it equips with intelligent software, and give the name of the substance without manual analysis of the spectrum, and non-specialist can quickly master it. It is suitable for field inspection.


Product Detail

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Features 

★ The resolution is up to 2 cm-1 and can obtain accurate information and accurate results
★ The spectral range is wide, and the low wavenumber band can reach 500 cm-1, can get rich information
★ Has complete evidence chain, can combine the result, photos and other information to get a report
★ Give result in 1min
★ Easy operation, without sample preparation
★ High intelligence, analysis mixtures automatically

Typical substances can be inspected

• Fentanyl substances:Fentanyl、Acetyl fentanyl、Butyryl fentanyl、Valeryl fentanyl、Furanylfentanyl and other fentanyl substances
• Other narcotics:Heroin、Morphine、Ketamine、Cocaine、Marijuana、Ketamine、MDMA
• Drug precursors: Ephedrine、Safrole、Trichloromethane、Ethyl ether、Methylbenzene、Acetone and other drugs
• Masking agent:Sucrose、Saccharin、Polypropylene、Vitamin C and other common masking agent
• Dangerous chemicals:Ammonium nitrate、Nitroglycerine、TNT and common dangerous chemical

Typical user

● Public Security Bureau
● Customs
● Prison
● Frontier defence inspection station

Specification

Specification Description
Technology Fourier transform infrared spectroscopy (FT-IR)
Resolving power 2cm-1
Spectral range 5000-500cm-1
Display 10.5 inch touchscreen display
Connectivity USB、WiFi、Bluetooth
Detection method Diamond ATR

Principle

Difference Between Infrared Spectroscopy and Raman Spectroscopy
They are all molecular spectra, but infrared is absorption spectrum and Raman is scattering spectrum. Generally speaking, the signal intensity of infrared spectrum is stronger, but the detection accuracy is lower. In addition, Raman techniques are generally recommended for aqueous samples.

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