产品介绍 Product Introduction
The HR650D handheld Raman spectrometer uses laser Raman spectroscopy analysis technology and has been certified by the Ministry of Public Security.The instrument is equipped with a highly sensitive matching recognition algorithm that is compatible with both conventional Raman (NRS) and surface enhanced Raman (SERS) detection modes. It can quickly and accurately detect various chemical warfare agents, drugs (methamphetamine, ketamine, heroin, morphine, etc.), fentanyls, synthetic cannabinoids, and other new psychoactive substances, precursor chemicals, and refined anesthetics; It can also be combined with Raman enhancement reagents to achieve the detection of pg~ng grade drugs, effectively solving the detection problems of strong fluorescence interference, low content drugs in mixtures (<0.01%), drug production, trace residual drugs at drug use sites, and new camouflage drugs, with advantages such as fingerprint, high sensitivity, and high accuracy.
产品特点 Product Features
★ Certified by the Ministry of Public Security; |
| ★ Raman fingerprint features high detection accuracy and can be used for indefinite item screening; |
★ Highly sensitive matching recognition algorithm, enabling easy switching between conventional Raman (NRS) and enhanced Raman (SERS) detection modes; |
★ Equipped with a surface enhanced (SERS) scheme to achieve the detection of pg-ng level residual trace drugs; The database covers new psychoactive substances such as drugs, fentanyls, synthetic cannabinoids, and precursor chemicals, making screening more comprehensive; |
| ★ Optimized automatic mixture analysis algorithm for more effective mixture identification; |
| ★ It has an alarm reminder function and directly provides information such as the category and composition of the tested substance. |
产品检测性能 Product Testing Performance
The surface enhanced Raman spectroscopy (SERS) method solves detection problems such as low drug concentration (<0.01%) and strong fluorescence interference, and accurately detects drugs such as fentanyls, synthetic cannabinoids, and heroin.
▲ Routine Raman testing: Signal interference from pigments, starch, or other strong fluorescent impurities. Enhanced Raman testing: The signal is clear and accurate.
检测实例 Detection Cases
