Opening new horizons
OUR TECHNOLOGY
Revolutionary Technology
Ultra-High Sensitivity Detection
Achieves 10× higher sensitivity than conventional systems through a cooled CCD and proprietary optical design.
Noise is minimized to the extreme, enabling clear, high-fidelity spectra under any conditions.
10x
Sensitivity Improvement
hundreds ppm
Detection
Limit
99.9%
Detection
Accuracy
Outstanding Resolution
High-precision optical design with <3–5 cm⁻¹ spectral resolution.
Clearly separates closely spaced peaks and accurately identifies subtle molecular differences.
Temperature control ensures stability even during long-term measurements.
<10
cm⁻¹ Resolution
±0.1
°C Temperature Stability
99.99%
Reproducibility
Compact Design & Exceptional Cost Efficiency
One-tenth the size of conventional systems, achieving unmatched cost performance without sacrificing optical quality.
The modular design allows one-minute installation on microscopes or production lines – enabling low-cost, high-precision Raman measurements anywhere, anytime.
1min
Quick Measure
1/10
Compact Design
10-20%
Low Cost
Flexible and Elegant Configuration
A refined optical architecture that balances compactness, high performance, and affordability.
The universal modular structure allows instant attachment to a wide range of microscopes and processes.
Bringing high-precision Raman analysis closer—and smarter—than ever.
Meeting Every
Analytical Need
Pharmaceutical & Biotech
Drug substance identification, crystal polymorph analysis, protein structure analysis – widely used from drug discovery research to quality control
Advanced Materials & Energy
Evaluation of carbon materials, battery materials, and catalysts – powerfully supporting next-generation materials research and development
Chemical & Industrial
Reaction monitoring, quality control, foreign matter inspection – achieving manufacturing process optimization and quality improvement
Technical Specifications
Optical System
Excitation Laser
785nm / 532nm / 830nm
Laser Power
Up to 500mW (variable)
Wavenumber Range
200 – 3200 cm⁻¹
Wavenumber Resolution
< 5 cm⁻¹
Wavenumber Accuracy
±1 cm⁻¹
Spot Size
minimum 1.5 μm
Detector
Sensor Type
Cooled CCD
Pixel Count
2048 × 64
Cooling Temperature
+0-5°C
Quantum Efficiency
> 78% @ 785nm
Read Noise
< 6.0 e⁻ RMS
Dynamic Range
50,000:1
System Performance
Integration Time
10μs – 3600s
S/N Ratio
> 10,000:1
Measurement Reproducibility
< 0.1% RSD
Temperature Stability
±0.1°C
Laser Stability
< 0.1% RMS
Warm-up Time
< 1 minutes
Interface
Data Transfer
USB 3.2 Gen2 / 10GbE, WIFI
Control Software
Windows / macOS / iOS / iPadOS
API
Python
Power Supply
AC 100-240V, 50/60Hz
Power Consumption
< 300W
Dimensions (W×D×H)
450 × 600 × 300 mm