LS108D mobile phone lens Tester is professionally used for the light transmittance test of mobile phone lens and the infrared transmittance test of the IR hole. The instrument has a real-time dynamic self-calibration function, and automatically calibrates to 100% transmittance after starting up. The test aperture of this mobile phone lens Tester is only 0.5mm, and the Application is very wide.
The test principle of the lens transmittance measuring instrument is that the light source irradiates the measured transparent material, and the sensor respectively detects the incident light intensity of the three light sources and the light intensity after passing through the measured transparent material, and the ratio of the transmitted light intensity to the incident light intensity That is the transmittance, expressed as a percentage.


1. The minimum test hole size of this lens transmittance measuring instrument is Φ0.5mm, and materials with a hole diameter larger than 0.5mm can be measured.

2. The three light sources share one test hole, and the three data of 550nm visible light transmittance, 850nm infrared transmittance, and 940nm infrared transmittance can be obtained by aligning the holes once during measurement. Easy to operate, time-saving measurement.
3. The test hole of the instrument has an LED light for alignment indication, which is used to align the hole position of the mobile phone lens during the test.
4. The real-time dynamic self-calibration function of the instrument can automatically calibrate to 100% transmittance after starting up.
5. Large liquid crystal display, 3 display interfaces to choose from, 850nm and 940nm infrared transmittance can be selected to display both or only one of them.
6. The instrument has Type C double-sided pluggable USB interface, and the computer software is provided to complete the inspection quantity, pass rate, pass and fail judgment during the production inspection process. For details, please refer to the software and software operation in the attached U disk manual.
