System Architecture

A complete measurement system composed of an optical measurement module, sample testing platform, control and data processing unit, and integrated software system, designed for stable measurement of visible light transmittance, reflectance, and haze of glass samples.

This measurement unit integrates a calibrated light source, optical detection module, and signal processing circuitry to perform core measurements of visible light transmittance, reflectance, and haze of glass samples.The optical system is stable and reliable, ensuring consistent and accurate optical data acquisition across different testing modes.

This unit is responsible for system operation control and measurement status display. It integrates control buttons and an LCD interface, allowing real-time display of transmittance, reflectance, haze, and other measurement results.Supports standard mode switching and full testing process control.

The optical receiving unit adopts an integrating sphere structure to collect transmitted or reflected light signals from the sample.It ensures uniform light collection and stable signal conversion, providing reliable optical input for subsequent measurement calculations.

The testing platform is designed to support and secure glass samples, ensuring stable positioning throughout the measurement process.It meets strict optical alignment requirements, improving overall measurement accuracy and repeatability.

Core Functions

The BTR-1S system is designed for quantitative measurement of visible light transmittance, reflectance, and haze of glass materials.

For complete technical specifications and configuration details, please refer to the product documentation.

Measurement
Capabilities

  • Visible light transmittance measurement

  • Haze measurement

  • Supports D65 light source and A light source measurement modes

  • Visible light reflectance measurement

Testing Process

  • Light source illuminates the glass sample

  • Detector collects transmitted light signal

  • Automatic software analysis and calculation

  • Outputs standardized quantitative measurement results