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High-Performance LSPEC SR550 Raman Spectrometer from China Suppliers & Factory for Advanced Research

The LSPEC SR550 series research-grade Raman spectrometer is an advanced spectroscopic analysis system designed for high-level scientific research and intricate analytical challenges. Manufactured in China, this high-performance device utilizes a 532 nm excitation wavelength, making it particularly ideal for detailed structural analysis of inorganic materials, carbon structures, biological specimens, and certain artworks. Its unique advantages in resonant Raman effects and fluorescence suppression enhance its capabilities in various analytical tasks, This innovative instrument strikes a balance between exceptional stability, reliability, and user-friendly operation, allowing researchers and scientists to quickly master its use and obtain high-quality spectral data. The SR550 series features a high-precision optical path and a large-area CCD detector, delivering high resolution, sensitivity, and broad spectral coverage. The optimized 532 nm laser source demonstrates remarkable power stability and narrow linewidths, effectively exciting the Raman signals while minimizing potential sample damage and fluorescence interference, Designed by leading suppliers in the field, the internal optical structure and mechanical aspects of the SR550 have undergone precise calibration to ensure consistent spectral repeatability and data reliability during extended periods of operation. As a cutting-edge product from a top factory in China, the LSPEC SR550 series is the ideal choice for researchers seeking reliable and high-quality Raman spectroscopic analysis

    Product Introduction
    The SR550 series excels in expandability. Its modular design supports OEM customization and secondary development, allowing for deep integration of hardware and software to suit specific user applications—such as online monitoring, process control, or adaptation to special samples. Whether building a customized testing system or integrating it into an automated analysis platform, the SR550 offers flexible technical interfaces and development support.
    In terms of application adaptability, this series of instruments is flexibly configurable, offering a variety of optional fiber optic probes, microscope accessories, sample holders, and sample cells with different optical paths to match diverse testing needs from macroscopic to microscopic areas. Whether for basic scientific research in the laboratory or rapid in-situ screening, the SR550 achieves ideal testing results thanks to its configurability.
    Product Features
    • 1 Equipped with 532 nm excitation wavelength, adaptable spectral range of 150–4000 cm⁻¹, and high resolution up to 3 cm⁻¹ @ 614 nm.
    • 2 High sensitivity for detecting weak Raman signals, with a fiber-coupled system and flexible probe for multi-position measurements.
    • 3 Optional microscope for precise Raman positioning analysis, plus optional microscopic imaging and motorized stage mapping function.
    • 4 Compatible with self-developed multi-specification enhancement reagents for different structural material analysis.
    • 5 Customizable configurations to meet specific customer testing needs.
    Product Parameters
    Item Main Technical Parameters
    Excitation Wavelength 532 nm
    Detector Options Uncooled linear CMOS array, TE-cooled CCD array / area CCD array / slim back-illuminated CCD array (different cooling temperatures)
    Spectral Range 150–4000 cm⁻¹ (max, varies by detector)
    Resolution Up to 3–4.5 cm⁻¹ @ 614 nm (high-end configuration)
    Laser Performance 100 mW power (0–100% continuously adjustable), lifetime >5000 hours
    Data Interface Optional USB, WiFi, built-in VGA, etc.
    Accessory Options Microscope (5X / 10X / 20X / 50X objectives), microscopic imaging / motorized stage mapping
    Physical & Environmental Weight: 9 kg; Storage Temperature: 10°C–60°C
    Application Areas
    🔬
    Widely used in raw material screening, on-site inspection, graphene synthesis monitoring, biomedical applications, in vitro diagnostics, and material identification and analysis.
    Frequently Asked Questions
    Q What excitation wavelength does the SR550 series use, and what spectral range does it cover?
    The SR550 series is equipped with a 532 nm excitation wavelength and supports an adaptable spectral range of 150–4000 cm⁻¹ (maximum, varies by detector), with a resolution of up to 3–4.5 cm⁻¹ @ 614 nm in high-end configurations.
    Q Can the SR550 be customized for specific OEM or industrial applications?
    Yes. The SR550's modular design fully supports OEM customization and secondary development. It allows deep hardware and software integration for applications such as online monitoring, process control, or adaptation to special sample types, making it suitable for both standalone and automated analysis platforms.
    Q What detector options are available for the SR550 series?
    The SR550 supports multiple detector options, including an uncooled linear CMOS array, TE-cooled CCD array, area CCD array, and slim back-illuminated CCD array. Different cooling temperature options are available to suit varying sensitivity and application requirements.
    Q Does the SR550 support microscope-based Raman analysis and mapping?
    Yes. The SR550 offers an optional microscope accessory with objective lenses of 5X, 10X, 20X, and 50X magnification. It also supports optional microscopic imaging and motorized stage mapping functions for precise spatial Raman positioning and analysis.
    Q What connectivity and data interface options does the SR550 provide?
    The SR550 supports multiple data interface options including USB, WiFi, and built-in VGA, offering flexible connectivity for integration into various laboratory and field measurement environments.
    Q What are the main application areas of the SR550 Raman spectrometer?
    The SR550 is widely applied across multiple fields, including raw material screening, on-site inspection, graphene synthesis monitoring, biomedical research, in vitro diagnostics, and material identification and analysis. Its flexible configuration makes it suitable for both laboratory research and rapid in-situ field measurements.

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