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Description

The Advanced Optical Measurement Kits provide a complete suite of solutions for precise spectral characterization of liquids, solids, and light sources. Designed for laboratory and industrial applications, these kits enable high-accuracy measurement of absorbance, reflectivity, transmissivity, fluorescence, and LED/laser parameters.

Absorbance kits measure the light absorption of solutions and solids, enabling quantitative concentration detection and material identification based on the Lambert-Beer law. Reflectivity kits determine surface color, diffuse, and specular reflection of flat or curved samples.

Transmissivity kits provide fast and reliable measurement of light passing through filters, lenses, and curved surfaces, supporting both horizontal, vertical, and integrating sphere configurations.

Fluorescence measurement kits capture emission spectra from liquids, solids, or powders using cuvettes, optical fibers, and integrating spheres, suitable for biochemical, gemstone, and fiber research. LED and laser measurement kits combine spectrometers, optical power meters, and integrating spheres to analyze peak wavelength, FWHM, optical power, and chromaticity parameters.

All kits feature modular design, real-time data display, high repeatability, software integration, and secondary development support, ensuring adaptability for scientific research, industrial quality control, and custom applications.

Optical Measures

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Specifications

Probe Spectral Range: 200 – 1700 nm
Wavelength Range: UV-VIS, VIS-NIR
Spectral Range: 200-1700 nm
S/N Ratio: 600:1, 800:1, 14667:1
Resolution (Pre-configured): ~2/10 nm
Wavelength Accuracy: ±1, ±5 nm
Lamp Life: 2000 hours (typical)
A/D: 16bit
Stability: ±0.5%
Measurement Range: 1%-100%
Interface: USB2.0
Power Supply: 15VDC,3A
Trigger: Software, hardware, synchronous
Operating Temperature: 5°C - 35°C (25°C recommended)
Operating System: Win XP/7/8/10/11

Got questions about specs? Use the inquiry form to ask.

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Features

  • High Accuracy Measurement: Delivers precise readings for absorbance, reflectivity, transmissivity, and fluorescence.
  • Modular Design: Easily adaptable to different sample types, wavelengths, and detectors.
  • Real-Time Data Display: Instant visualization of spectral curves, FWHM, and peak intensities.
  • High Repeatability: Ensures consistent results across multiple measurements.
  • Software Integration: Supports data storage, export, and secondary development with SDK.
  • Wide Wavelength Coverage: Options ranging from UV-VIS to VIS-NIR and IR for comprehensive analysis.
  • Flexible Sampling: Cuvette, immersion probe, optical fiber, and integrating sphere configurations available.
  • LED/Laser Measurement Capability: Measures central wavelength, optical power, FWHM, chromaticity, and efficiency.
  • Compact & Portable Options: Certain models offer compact designs for easy integration and field use.

Applications

  • Chemical & Biochemical Analysis: Absorbance and fluorescence measurements for solution and material concentration.
  • Surface and Color Analysis: Reflectivity kits for determining surface color, diffuse, and specular reflection.
  • Optical Materials Testing: Transmissivity measurement of filters, lenses, and curved optical components.
  • LED & Laser Characterization: Wavelength, power, FWHM, and chromaticity testing for light sources.
  • Scientific Research & Education: Suitable for laboratories, universities, and industrial R&D.
  • Industrial Quality Control: Ensures precise monitoring and characterization of optical components.
  • Secondary Development: SDK-enabled systems for customized integration and automation.

Frequently Asked Questions

What is the purpose of absorbance measurement?
Absorbance measurement is used to determine the capacity of samples to absorb light at a specific wavelength. It is essential for spectrum analysis of liquids and solids and can also be used for solution concentration detection and material identification.
How does spectrometer detection compare to traditional experimental methods for absorbance measurement?
Spectrometer detection is more straightforward, efficient, and accurate compared to traditional experimental methods for absorbance measurement.
What is the significance of reflection measurement?
Reflection measurement helps determine the reflectivity, reflection color, and compositions of a sample. It is a fundamental optical property of an object and is crucial for spectroscopic measurements.
What are the two main types of reflection?
The two main types of reflection are specular reflection and diffuse reflection. Most real-world reflections fall somewhere in between these two types.
What industries commonly adopt transmissivity detection?
Transmissivity detection is widely adopted in industries such as medicine, chemical engineering, and glass industries. It measures the amount of light that passes through transparent materials.

Got more questions? Use the inquiry form to ask the supplier directly.

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