Microscopic Spectrometer
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Ships from:
China
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On FindLight:
since 2023
Description
The YOA-8405 Microscopic Reflection Spectrometer integrates the precision of a microscope with the analytical power of a miniature spectrometer, making it an essential tool for measuring reflection spectra and colorimetric parameters of micron-scale samples. Designed with a modular structure, it allows flexible configuration with standard spectral and integrative modules, ensuring adaptability for different research and industrial applications.
The specially designed MRC module can be easily mounted on microscopes via a C-type connector, offering quick integration. Equipped with advanced CMOS and CCD detectors, it delivers high resolution (up to 1 nm @ 25 μm) and excellent signal-to-noise ratios. Its software suite supports chromaticity mapping, coordinate analysis, SDK integration, and deep customization, enhancing usability in diverse fields. The YOA-8405 is widely applied in forensics, biochemical testing, material analysis, trace identification, and anti-counterfeiting research, making it a versatile choice for precision micro-area spectral measurements.
The YOA-8402 Microscopic Raman Spectrometer combines high-resolution Raman spectroscopy with advanced microscopic imaging, enabling non-destructive and highly precise material characterization at the micron level. It offers fast detection without the need for sample preprocessing, ensuring efficiency in both research and industrial settings. With flexible configurations, including customizable excitation wavelengths (532 nm, 785 nm, and others), the YOA-8402 provides wide adaptability for different application requirements.
Built with Hamamatsu back-illuminated CCD detectors, it achieves high signal-to-noise ratios, wide dynamic range, and superior wavelength stability. The instrument supports micro-area measurement, coarse and fine focusing, and customizable objective lenses, ensuring high sensitivity and accuracy. Supported by powerful software, it enables deep customization and SDK integration for advanced research workflows. The YOA-8402 is widely used in biological sciences, pharmaceutical quality control, polymer analysis, hazardous material detection, environmental monitoring, and cultural artifact authentication, offering a powerful and flexible platform for cutting-edge Raman spectroscopy applications.
Microscopic Spectrometer
Specifications |
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|---|---|
| Wavelength Range (reflectance): | 350 – 1050 nm |
| Resolution: | 1 nm |
| MRC Module: | YOA-8405/8402 |
| Detector: | 2048 pixel line array CMOS，2048×64 pixel surface array detector CCD，1024×58 pixel cooled surface array detector CCD |
| Wavelength Range: | 350nm-1050 nm |
| Resolution: | 1nm@25μm |
| A/D: | 16, 18 bit |
| S/N Ratio: | 600:1, 800:1, 1000:1 |
| Dynamic Range: | 50000:1, 100000:1 |
| Integration Time: | 0.5ms-65s, 1ms-65s, 8ms-4800s |
| Communication Interface: | USB |
| Spot Diameter: | Minimum 1μm |
| Minimum 1μm: | Manual or automatic |
| Spectral Range: | 176cm -1 -4000cm -1 |
Features
- Micron-Level Measurement: Achieve precise measurements at the micron scale for detailed analysis.
- Modular Design: Supports both spectrometer and microscope configurations for versatile applications.
- Easy Installation: Specially designed MRC module can be easily installed on a microscope via the C-type connector.
- Powerful Software: Includes functions for chromaticity coordinates and color mapping for comprehensive data analysis.
- SDK and Customization: Offers support for SDK and deep customization to meet specific user needs.
- Advanced Analysis: Capable of trace identification, biochemical analysis, material analysis, and anti-counterfeiting analysis.
- Optional Microscope: Microscope can be added based on actual requirements.
Applications
- Trace Identification: Enables precise detection and characterization of microscopic features for forensic and material analysis.
- Biochemical Analysis: Supports reflection-based testing for biological and chemical samples at the micron scale.
- Material Analysis: Provides detailed reflection spectra for studying coatings, films, and surface structures.
- Anti-Counterfeiting Analysis: Detects subtle optical differences in inks, papers, and materials to prevent fraud.
- Forensic Investigations: Assists in evidence examination by capturing accurate colorimetric and spectral data of micro-traces.
- Food and Pharmaceutical Testing: Ensures quality control and authenticity verification of drugs and consumables.
- Jewelry and Artifact Identification: Provides non-destructive analysis of gems, precious metals, and cultural relics.
- Hazardous Material Detection: Identifies toxic chemicals and unknown substances with high sensitivity.
- Environmental Monitoring: Analyzes pollutants and contaminants in soil, water, and air samples.
- Biological and Polymer Research: Supports advanced studies in biochemistry, chemical engineering, and polymer production.
Frequently Asked Questions
The YOA-8405 microscopic reflection spectrometer is used for trace identification, biochemical analysis, material analysis, and anti-counterfeiting analysis.
The YOA-8405 microscopic reflection spectrometer features micron-level measurement, a modular design that supports spectrometer and microscope configuration, a special designed module for easy installation on a microscope, powerful software with functions of chromaticity coordinates and color map, and support for SDK and deep customization.
The YOA-8402 microscopic Raman spectrometer is used in the fields of food and pharmaceuticals, jewelry and artifact identification, hazardous material detection, and environment monitoring.
The YOA-8402 microscopic Raman spectrometer offers fast detection, flexible configuration with support for excitation wavelength customization, and support for SDK and in-depth customization.
The YOA-8405 is a microscopic reflection spectrometer that measures colorimetric parameters and reflection spectrum of micron-scale samples, while the YOA-8402 is a microscopic Raman spectrometer that combines Raman spectroscopy and microscopic imaging technologies.