Electronic Thickness Tester LETT-A10

Labtron’s Electronic Thickness Tester is designed to measure the thickness of a wide range of materials, including plastic films, paper, paper sheets, metal sheets, and silicon sheets. Due to its high-precision pulse-type sensor, the tester provides stable readings with a resolution of 0.1µm, making it ideal for industries that require precise thickness control, such as packaging, printing, and manufacturing. The device is highly versatile and can be used in laboratories, production lines, and quality control environments.

Our Electronic Thickness Tester offers exceptional accuracy with a resolution of 0.1 µm (0.0001 mm). Its high-precision pulse-type sensors ensure that even the slightest variations in thickness are detected, making it suitable for applications where extreme accuracy is crucial. The measuring range extends from 0 to 5.0000 mm, providing flexibility for different material types and thickness levels. It also supports both single-point and multi-point testing, allowing users to customize the number of measurement points for enhanced precision.

Yes, our Electronic Thickness Tester supports both manual and automatic dual measurement modes. The manual mode allows operators to take measurements as needed, while the automatic mode can perform continuous or multi-point tests for batch processing. This flexibility makes it useful for both research and industrial applications. Additionally, the tester features a 7-inch touchscreen interface, making it easy to switch between modes and configure measurement settings.

Yes, the Electronic Thickness Tester comes with a standard measuring head of 5mm in diameter, but it can be customized based on specific application requirements. Different materials and testing conditions may require a modified measuring head to achieve optimal accuracy. Users can contact us for customized options to suit their needs.

Yes, Labtron’s Electronic Thickness Tester is designed to comply with relevant industry standards for thickness measurement. Its precision, reliability, and ability to store multiple test data sets make it ideal for quality control and regulatory compliance in manufacturing and research applications. Users can rely on its stable readings and high-resolution measurements to meet strict industry requirements.