General Applications
RS1000 Handheld Raman - 785 nm
- Size: 160mm*84mm*30mm (without probe)
- Connection: Wi-Fi, 4G，Bluetooth，Micro-USB
- Operation: 5’ Touch Screen, big button, intuitive man-machine interface operation
- Power supply: Rechargeable lithium battery, 4-6h
- Workimg temperature: -20~50°C
- Results details: Name，Property, Spectrum, MSDS (Material safety datasheet) , Result-report (Result, image, location, operator, date, time)
- Library 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. Gemstone: Diamond, Agate, Jade, etc. Industrial raw materials: PET, PP, PS, etc.
RS1500 Handheld Raman - 1064 nm
- Laser: 1064nm (allows scanning of fluorescent materials)
- Size: 176mm*87mm*33mm
- Weight: 730g (including battery)
- Connectivity: USB / Wi-Fi / 4G / Bluetooth
- Power: Rechargeable lithium battery, AC100-240V, 50-60Hz
- Survivability: IP68
- Data format: SPC / TXT / JPEG / PDF
RS1000 & RS1500 Handheld Raman Spectrometers
Precision Field Analysis at 785 nm and 1064 nm
ScienceGears offers a reliable duo of portable Raman analysers — RS1000 (785 nm) and RS1500 (1064 nm) — for on-site chemical identification, drug screening, forensics, and analysis of hazardous and dangerous materials.
These handheld devices provide fast, non-destructive detection of a wide range of compounds with high spectral accuracy — even through glass, plastic, and packaging — making them ideal for customs, law enforcement, emergency responders, and regulated industries.
Product Comparison Overview
| Feature | RS1000 (785 nm) | RS1500 (1064 nm) |
|---|---|---|
| Laser Wavelength | 785 nm | 1064 nm |
| Anti-Fluorescence Power | Moderate | High – ideal for organics and fluorescing compounds |
| Weight | 730 g | 780 g |
| Portability | Compact, USB/4G/WiFi enabled | Same |
| Detection Speed | Within seconds | Within seconds |
| Detection Material Range | Drugs, chemicals, excipients, and packaging | Fluorescent materials, drugs, pigments, organics |
| Packaging Compatibility | Scans through plastic, glass, paper, woven bags | Same |
| Software Support | USB, WiFi, 4G, Bluetooth | Same |
Key Features
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Non-destructive detection through common packaging
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No sampling needed — ideal for field environments
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High specificity using machine-learning-enhanced spectral matching
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Real-time results for fast decisions in critical situations
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Multiple communication protocols: USB, Wi-Fi, Bluetooth, and 4G
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Support for >13,000 spectral entries, including drugs, chemicals, and dangerous goods
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Fluorescence suppression with RS1500 for complex organic materials
Applications
- Forensic and narcotics detection at law enforcement sites
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Customs inspections for controlled or hazardous goods
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Emergency management and hazmat response
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Material authentication in research and manufacturing
Frequently Asked Questions
1. What is the difference between RS1000 and RS1500?
RS1000 uses a 785 nm laser and is ideal for general materials. RS1500 uses a 1064 nm laser, which suppresses fluorescence, making it better for organic compounds, pigments, and complex matrices.
2. Can I scan materials through packaging?
Yes. Both RS1000 and RS1500 can scan directly through glass, plastics, paper, and woven bags — without opening or sampling.
3. What types of materials can these devices detect?
They can detect chemicals, narcotics, pharmaceutical ingredients, toxic substances, excipients, and unknown substances from a 13,000+ item spectral library.
4. Are these suitable for field use?
Yes. They are IP-rated, lightweight, operate on rechargeable batteries, and support wireless connectivity — perfect for field deployment.
5. Is training or certification required?
Basic training is provided, but the software is designed to be user-friendly for non-experts. Optional certification or method development support is available.