Portable Handheld Raman Spectrometer microRAMAN
Compact handheld Raman Analyzer for Instant Chemical Identification in the Field
The microRAMAN is a new-generation handheld Raman spectrometer designed for the rapid identification of unknown chemicals, explosives, narcotics, pharmaceuticals, hazardous materials, and many other substances. In particular, it enables fast and reliable analysis in demanding field conditions.
Key Benefits of microRAMAN Analyser
Instant identification of unknown substances and mixtures
Non-destructive analysis through packaging
Handheld and lightweight Raman spectrometer for field use
High accuracy with advanced spectral libraries (24 000+)
6.52'' touch screen display and octa-core processor
Look over the microRAMAN
Why to choose
the microRAMAN?
Modern hardware supports computational power
The microRAMAN combines portability, accuracy, and speed in a single device, making it a reliable solution for field identification. In addition, our handheld spectrometer features the most modern hardware with high software and hardware performance. Thanks to RS DYNAMICS’s latest software update, you can measure either a single substance or mixtures. To achieve the best results, simply subtract the spectrum of the packaging material.
Evaluation of measurement
Optical power
With the 785nm laser delivering up to 470 mW optical power, you can identify the unknown substance without unpacking. Just choose the adapter and measure through the wall of packaging.
Applications of Raman Spectroscopy in the field
Our defense solutions are designed to provide strong, reliable, and intelligent protection for your property and assets. We combine modern technology with trusted security practices to prevent risks before they happen and ensure complete peace of mind.
Our Ports & Border Control services ensure secure, efficient, and compliant movement of goods and people across national entry points. We focus on advanced screening, real-time monitoring, and strict regulatory enforcement to prevent illegal activities while maintaining smooth operational flow.
Integrated analytical capabilities support customs authorities in verifying goods, identifying contraband, and ensuring regulatory compliance efficiently and reliably.
Urban Security requires precision, preparation, and modern technology. Our services combine real-time surveillance, emergency response, and strategic patrol operations to address the unique challenges of urban areas. Whether protecting residential neighborhoods, business districts, or public gathering points.
Precise molecular analysis ensures the authenticity, quality, and consistency of pharmaceutical products across research, production, and inspection processes.
Our Governmental services are designed to support public institutions with reliable, efficient, and secure solutions that enhance national stability and public trust. We work closely with government agencies to implement systems that improve safety, streamline operations,
Rapid chemical verification ensures the correct identity and quality of materials and process chemicals, supporting the safe and reliable operation of industrial technologies and production workflows.
Document everything
Facing dust and rain
785 nm vs 1064 nm Raman Spectroscopy:
The Ultimate Balance of Sensitivity and Performance
785 nm handheld Raman spectrometer is preferred solution over 1064 nm because it provides a stronger signal and better sensitivity. The shorter wavelength generates more intense Raman scattering, resulting in a higher signal-to-noise ratio and faster measurements.
While 1064 nm reduces fluorescence more effectively, it produces a much weaker Raman signal, which can lead to longer acquisition times and lower spectral detail.
In summary, 785 nm offers a balanced compromise—sufficient fluorescence suppression with significantly better performance for most practical applications.
Specification
General overview
Detection principle
Raman Spectroscopy
Sampling procedure
Direct measurement, through-barrier measerement
Sample type
Solid, liquid, powder, colloid
Library
More than 24 000 spectra (supplied by S.T. Japan Inc.) including Explosives, Drugs, Pharmaceticals, CWA, TIC, HAZMAT…
Extension
Operator can add new substances and create his own new library
Technical parameter
Laser type
Semicondutor laser class 3B, 785 nm wavelength, optical power fully adjustable to 470mW
Optics
Fixed focus, two interchangeable lenses in package
Optics adapter
Five interchangable types, including direct sampling adapters and 2ml vial compatible sampling adapters
Detector type
Advanced CMOS strip
Spectral range
200 to 2000 cm-1
Spectral resolution
12 cm-1
Operational
Start-up time
Less than 1 minute
Scan time with identification
2 seconds typically, 20 seconds maximum
Exposure
Automatically or manually adjustable with delayed scan start feature
Interface
6.5" high-resolution color display with touchscreen, mechanical buttons for basic operation with gloves
Recording
Built-in camera used for operational report generation
Connectivity
Wi-Fi, Bluetooth, USB 2.0
Remote control
Available, support for robot application
Physical
Size
225 x 109 x 38 mm
Weight
650 g
Outdoor
IP protection
IP64
Operating temperature range
-15 to 55 °C
Storage temperature range
-25 to 55 °C
Power supply
Battery
Li-ion, 8 to 10 hours operation for one charge
Charging
Quickcharge DC with USB-C compatibility, CLA car charger optional
Support
Training
No special operator's training or qualification needed
Factory check
Remote factory check available through any Internet connection
Environmental
Radioactive or toxic materials inside
None
Consumables
None
Recyclability
Fully environmentally at manufacturer side
Certification
CE, ROHS
Request a demo
of microRAMAN.
See how the handheld Raman spectrometer works in real-world scenarios. Contact us to schedule a live demonstration or get more information.