JINSP provides a range of advanced handheld substance identifiers designed to enhance the efficiency and accuracy of on-site substance detection. Among these, the RS1000 handheld substance identifier stands out with its integrated 785nm Raman spectrometer, offering users a straightforward and user-friendly interface that ensures rapid and reliable identification of various substances. This device is particularly adept at quickly detecting a wide array of materials, including narcotics, explosives, and hazardous chemicals, making it an invaluable tool for first responders, law enforcement, and security personnel who need to assess potential threats swiftly and accurately.

On the other hand, the RS1500 handheld substance identifier, equipped with a robust 1064nm Raman spectrometer, brings a unique set of capabilities to the field. This device is engineered to combat the challenges posed by fluorescence interference, which can often complicate the detection process. The RS1500's specialized technology allows it to excel in identifying substances that are notorious for their fluorescence properties. Its resilience against fluorescence interference ensures that users can obtain clear and precise results even in the presence of substances that might otherwise confound other detection methods.

Both the RS1000 and RS1500 models are designed with the end-user in mind, incorporating features that not only streamline the detection process but also enhance the overall user experience. Whether it's the RS1000's ease of operation or the RS1500's superior performance in challenging detection scenarios, JINSP's commitment to innovation and user-centric design is evident in these cutting-edge devices. These handheld substance identifiers represent a significant advancement in the field, providing users with the confidence and capability to tackle a variety of substance detection challenges effectively and efficiently.

● Rapid Response: Identification can be completed within seconds

● No Sampling Required: No need to transfer raw materials to the sampling room, avoid sample contamination

● Through-Packaging Detection: Capable of detecting directly through glass, woven bags, plastic, and other packaging materials

● Compact and Lightweight: Portable and flexible for use in various on-site locations such as warehouses,preparation rooms, and production workshops

●Accurate Identification: Utilizes advanced machine learning algorithms, ensuring high accuracy