The softness tester uses miniature sensors and has advantages such as advanced technology, comprehensive functions, and simple, convenient operation. It ensures an accuracy error within ±1% and provides good repeatability of measurement results. The details are introduced below.1. What are the prod...

The softness tester utilizes high-precision force sensors and stepper motor control to complete tests fully automatically. It features test data statistical processing functions. When using it, please note that the sensor screw and support adjustment set screws must not be rotated arbitrarily. Detai...

The main technical parameters of a softness tester include measurement range, resolution, accuracy, and probe travel speed. It uses a high-precision force sensor to reduce human error and ensure stable and accurate results. Here is a detailed introduction.I. Main technical parameters of the softness...

The product features of the softness tester include motor control for precise and stable probe movement, excellent repeatability of results, and a high-precision force sensor that ensures testing accuracy within an error of ±1%. It offers fully automatic testing with data statistical processing fun...

The product features of the softness tester include motor control for precise and stable probe movement, excellent repeatability of results, and a high-precision force sensor that ensures testing accuracy within an error of ±1%. It offers fully automatic testing with data statistical processing fun...