Next-Generation Handheld Detection: Fast, Accurate, and Portable
The JINSP RS1000 handheld identifier is a new generation of handheld detection equipment designed for the identification of unknown materials. It is used to quickly identify drugs, precursor chemicals, dangerous liquids, explosives, jewelry, jade, industrial raw materials, etc. The device is compact and lightweight, weighing less than 500g, making it suitable for single-hand operation and easy portability.
The built-in safety inspection module can detect the materials without any variation, ensuring the detection of dark black materials without ignition risk.
It has a 5-inch high-sensitivity touch screen with a built-in 13-million HD camera along with built-in WIFI, 4G, and Bluetooth transmission module, providing an intelligent operation experience.
Benefits
Handheld Raman Identifier
See It In Action ...
Handheld and ergonomic design, weighing less than 500g, suitable for single-hand operation and easy portability
Extensive library - adding new spectrograms
It can monitor the changes of multiple components and their contents simultaneously
Analyze and identify substance in about 3 seconds, typically
Built-in WiFi, 4G, camera, and Bluetooth transmission module, providing an intelligent operation experience
Accurate and rapid identification of suspicious substances, providing material name and spectrogram, along with full encyclopedic information
Technology | Raman Technology | |||||
Database | Narcotics & precursors: Heroin, Methyl amphetamine (Ice). Ephedrine, Acetone, etc. Explosives: TNT, RDX, TATP, Nitra mine, etc. Dangerous Liquid: Ethanol, Gasoline, Hydrogen peroxide, Nitric acid, etc. Gem: Diamond, Agate, Jade, etc. Industrial raw materials: PET, PP, PS, etc. |
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Result | Name, Property, Spectrum, MSDS (Material safety datasheet), Result-report (Result, image, location, operator, date, time) | |||||
Connection | Wi-Fi, 4G, Bluetooth, Micro-USB | |||||
Operation | 5’ Touch Screen, big button, intuitive man-machine interface operation | |||||
Working Temperature | -20~50°C | |||||
Power Supply | Rechargeable lithium battery, 4-6h | |||||
Size | 160mm x 84mm x 30mm (without probe) |
The Handheld Raman Spectrometer is certified under the Low Voltage Directive 2014/35/EU and the Electromagnetic Compatibility Directive 2014/30/EU.
This certification ensures the product meets the highest standards for safety, reliability, and performance, reflecting a commitment to quality and regulatory compliance.
Model | RS1000 Handheld Raman Identifier |
RS1500 Handheld Raman Identifier | |||
Description | JINSP RS1000 handheld identifier is the new generation of handheld detection equipment designed for the identification of unknown materials. It is used to quickly identify drugs, precursor chemicals, dangerous liquids, explosives, jewelry, jade, industrial raw materials, etc. The device is compact and lightweight, weighing less than 500g, making it suitable for single-hand operation and easy portability. The built-in safety inspection module can detect the material without any variation, ensuring the detection of dark black material without ignition risk. It has a 5-inch high-sensitive touch screen with a built-in 13-million HD camera along with built-in WiFi, 4G, and Bluetooth transmission module, providing an intelligent operation experience. |
JINSP RS1500 Handheld Raman Identifier uses Raman spectroscopy technology, combined with intelligent algorithms and rich spectrum library, to quickly and nondestructive identify suspicious materials at sites, such as chemical weapon, toxic, explosives, drugs and precursors, etc. The RS1500 directly gives the name and detailed information of the suspicious materials, helps operators quickly understand its characteristics. The RS1500 is applicable to customs supervision, drug prohibition, emergency management, national defense, etc. The RS1500 uses 1064nm laser, which can effectively reduce fluorescence interference. Therefore, the detection results are more accurate than those of the previous generation, which use 785nm or 830nm laser. |