ClearPeak Raman System

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Specifications

Excitation Wavelength: 830 nm
Laser Power: 450 mW
Raman Shift Range: 100 – 1800 cm^-1
Spectral Resolution: 13 cm^-1
Special Attributes: High Throughput
Connectivity: Not Specified
Weight: 12 kg
Certification: Not Specified
Electrical Power Source: External AC
Laser Wavelength: 830 nm (785 nm and 532 nm are also available)
Laser Power At Sample: 450 mW max (variable under software control)
Etendue: 6.5e-3 cm² sr
Detector: Sony IMX428 CMOS (-5°C to -10°C)
Interrogation Area Diameter: Narrow FOV: 1.4 mm; Wide FOV: 14 mm
Illumination Diameter: Narrow FOV: 0.25 mm; Wide FOV: 2 mm
Working Distance: Narrow FOV: 12.5 mm; Wide FOV: 50 mm
Typical Integration Times: 1 sec to 60 sec
Signal-to-Noise Ratio: Liquid: 1,500; Solid: 1,000
Chemical Container Types: Cuvettes, clear or opaque glass containers, plastic bags, plastic bottles
Dimensions: Main body: 14×11×4.5 cu. in.; Fiber attachment: 5.9×6.4×4.5 cu. in.
Weight: 12 lbs.
Power: Universal AC single-phase input power; 100-240 V AC; line frequency 50–60 Hz; 37 watts

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Features

  • High Optical Throughput (SHS Architecture): Utilizes Spatial Heterodyne Spectroscopy (SHS) for up to 100× higher photon collection efficiency compared to traditional slit-based Raman systems, ensuring superior signal strength and data quality.
  • Full Spectral Range Acquisition with No Moving Parts: Interferometric spectral engine enables simultaneous capture of the entire Raman spectrum, enhancing reliability and mechanical stability for repeatable measurements.
  • Exceptional Sensitivity & Low Detection Limits: High spectral signal-to-noise ratio (SNR) supports detection of low-concentration and trace components in complex mixtures, ideal for both laboratory and industrial applications.
  • Fast Measurement Speed: Efficient signal collection allows for shorter integration times (as low as 1 second), increasing throughput without compromising data integrity.
  • Versatile Through-Container Measurement: Wide field-of-view (FOV) sampling enables non-destructive analysis through opaque and scattering containers, including plastic (up to ~3 mm thick) and paper barriers.
  • Representative Sampling of Heterogeneous Materials: Reduces microheterogeneity-driven variability, ensuring accurate analysis of powders, blends, and turbid samples.
  • Compact, Portable, and Fiber-Coupled Design: Lightweight (12 lbs) and small footprint (14×11×4.5 in.) with flexible probe for in situ measurements in fume hoods, process lines, and remote locations.
  • Integrated, User-Friendly System: Includes excitation laser (830 nm standard; 785 nm and 532 nm available), optical filters, sensor probe head, and acquisition software on a Windows 12 single-board computer for immediate operation.
  • Adjustable Field of View: Easily switch between narrow (1.4 mm) and wide (14 mm) FOV for targeted or bulk sampling, with corresponding illumination diameters and working distances.
  • Stable, Robust, and Ready to Deploy: No moving parts, high mechanical stability, and universal AC power input (100-240 V, 50–60 Hz) for reliable, maintenance-free operation in diverse environments.
  • Wide Range of Compatible Sample Containers: Supports cuvettes, clear or opaque glass, plastic bags, and bottles for maximum application flexibility.
  • Advanced Detector Technology: Equipped with a Sony IMX428 CMOS sensor (operating at -5°C to -10°C) for enhanced sensitivity and low noise performance.
  • Customizable Laser Options: Standard 830 nm laser with up to

Applications

  • Pharmaceutical Process Monitoring and Quality Control
    Real-time analysis of active pharmaceutical ingredients (APIs), excipients, and blends for in-process monitoring, endpoint determination, and verification of content uniformity in tablets and powders.
  • Chemical Reaction Monitoring
    In situ tracking of chemical reactions in laboratory and industrial environments, enabling rapid identification of intermediates, reaction endpoints, and process optimization.
  • Polymer and Plastics Identification
    Rapid, non-destructive identification and characterization of polymers, plastics, and blends, including through opaque or colored containers and packaging.
  • Food and Beverage Quality Assurance
    Detection of adulterants, contaminants, and compositional analysis in food powders, liquids, and packaged goods, even through plastic or paper barriers.
  • Forensic and Security Applications
    Identification of illicit substances, explosives, and hazardous materials in the field or laboratory, including analysis through packaging or containers.
  • Environmental Monitoring
    Detection and quantification of pollutants, toxins, and trace chemicals in water, soil, and air samples, supporting environmental compliance and safety.
  • Material Science and Research
    Characterization of advanced materials, nanomaterials, and composites for research and development, including studies of crystallinity, phase transitions, and molecular structure.
  • Biological and Biomedical Analysis
    Non-invasive analysis of biological tissues, cells, and biofluids for research and diagnostic applications, including detection of biomarkers and disease states.
  • Industrial Process Control
    Inline and at-line monitoring of manufacturing processes, including blending, mixing, and formulation in chemical, pharmaceutical, and food industries.
  • Quality Assurance in Manufacturing
    Verification of raw materials, intermediates, and finished products for identity, purity, and consistency, reducing batch-to-batch variability.
  • Gemstone and Mineral Identification
    Rapid, non-destructive identification and authentication of gemstones, minerals, and geological samples in the field or laboratory.
  • Education and Academic Research
    Hands-on teaching tool for spectroscopy, analytical chemistry, and materials science courses, as well as advanced research projects.
  • Art and Cultural Heritage Analysis
    Non-destructive investigation of pigments, binders, and restoration materials in artworks and historical artifacts, even through protective coverings.