MRID: Revolutionary Dual-Laser Raman Spectroscopy System Advancing Research and Industry Analysis

Introduction to MRID Technology

The MRID (Micro Raman Identification Dual Lasers) system, developed by ProTrusTech, represents a significant advancement in Raman spectroscopy technology. This innovative system, protected by both Taiwan invention patent (I709732) and USA invention patent (US 11,340,114 B2), is revolutionizing how researchers and industry professionals approach material analysis.

Technical Innovation and Accessibility

The MRID system stands out for its unique dual-laser configuration, which allows automatic switching between different wavelengths via software control. This breakthrough design eliminates one of the most significant challenges in traditional Raman spectroscopy: the need to manually optimize optical paths when changing laser wavelengths. The system offers:

  • Eight wavelength options (375, 405, 473, 532, 633, 785, 808, and 830 nm)
  • High-precision laser power control with 1mW/step accuracy
  • Built-in calibration ensuring less than 1% laser power error
  • Superior beam quality with TEM00 mode
  • Customizable spectral range with high-performance edge filters

Impact on Research and Industry

Academic Research

The MRID system is transforming university laboratories by providing:

  • Cost-effective access to dual-wavelength Raman capabilities
  • Enhanced research flexibility through automated wavelength switching
  • Precise control for sensitive experiments
  • Capability for both Raman and Photoluminescence spectroscopy

Industrial Applications

In industrial settings, the MRID system offers crucial advantages for:

  • Semiconductor analysis
  • Pharmaceutical quality control
  • Materials science research
  • Biotechnology applications
  • Advanced materials characterization

Cost-Effective Solution

One of the most compelling aspects of the MRID system is its cost-effectiveness. By integrating two lasers into a single system with automatic switching capabilities, institutions can:

  • Reduce equipment costs compared to maintaining multiple single-laser systems
  • Minimize maintenance expenses
  • Save laboratory space
  • Increase research efficiency through automated operations

Global Availability

The MRID system is available worldwide through strategic partnerships:

  • European Distribution: RexerLab (www.rexerlab.com) serves as the authorized distributor for the European market
  • Global Manufacturing: ProTrusTech (www.protrustech.com), based in Taiwan, ensures consistent quality and innovation as the original manufacturer

Advanced Features and Capabilities

Dual-Wavelength Acquisition

The system’s proprietary dual-wavelength acquisition feature enables:

  • One-click automated measurements with different wavelengths
  • Simultaneous Raman and Photoluminescence signal acquisition
  • Comprehensive spectral analysis for complex materials

Optional Features

The MRID system can be enhanced with additional capabilities:

  • RPRM (Raman Polarization Rotating Mapping) for anisotropic samples
  • Advanced mapping features with XY motorized stage
  • Temperature control options from -196°C to 1500°C
  • Four-point probe measurements

Future-Proof Design

The MRID system’s modular design allows for future expansion:

  • Capability to integrate additional laser modules
  • Horizontal interlace design for optical path flexibility
  • Customizable configurations for specific research needs
  • Upgradeable features to meet evolving research requirements

Conclusion

The MRID system represents a significant step forward in making advanced Raman spectroscopy more accessible and efficient for both research institutions and industry applications. Its combination of innovative technology, cost-effectiveness, and global availability through ProTrusTech and RexerLab makes it an attractive solution for organizations seeking to enhance their analytical capabilities while maintaining budget efficiency.

The system’s impact on research and industry continues to grow, enabling new discoveries and improving quality control processes across multiple sectors. As the demand for precise material analysis increases, the MRID system’s versatility and reliability make it an invaluable tool for modern laboratories and industrial facilities.


For more information about the MRID system, interested parties in Europe can contact RexerLab (www.rexerlab.com), while global inquiries can be directed to ProTrusTech (en.protrustech.com).

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