Touch screen single column tensile testing machine is a combination of electronic technology and mechanical transmission of a new type of material testing machine, 負荷, 変形, displacement measurement and control has a high accuracy and sensitivity, 単一空間構造を使用した一連のモデル, test space under the space, mainly suitable for test load less than 5kN metal, non-metal material test, ストレスで, 歪み, 変位制御モード. 最大の力, 抗張力, 曲げ強度, 圧縮強度, 弾性率, 破断伸び, 降伏強度やその他のパラメータを計算できます.

The touch screen single-column tensile tester is an experimental device used for testing the tensile strength and ductility of materials. It uses a touch screen control interface to make the operation more convenient and intuitive.

タッチパネル式単柱引張試験機はこちら 6 特徴

The main features of the touch screen single-column tensile testing machine are as follows:

1. Single-column structure: The single-column structure design has the advantages of compact appearance and small footprint.

2. Tensile capacity: The testing machine has a large tensile capacity and can withstand a wide range of force loading.

3. タッチスクリーンコントロール: Equipped with intuitive and simple touch screen control interface, making the operation more convenient, you can set test parameters through the touch screen, control the test process and real-time monitoring of test data.

4. Data acquisition and analysis: The testing machine is equipped with high-precision sensors and data acquisition systems, which can accurately record the force value, displacement and other parameters during the tensile process, and provide corresponding data analysis functions.

タッチパネル式単柱引張試験機はこちら 6 特徴

5. Safety protection: equipped with multiple safety protection devices, such as overload protection, emergency stop button, 等, to ensure the safety of the test process.

6. A variety of fixtures: Provide a variety of fixtures and fixture interfaces, suitable for different types and sizes of samples for testing.

Touch screen single column tensile testing machine is widely used in material science, engineering materials, プラスチック, ゴム, 織物, 金属, エレクトロニクスおよびその他の分野, used to evaluate the tensile properties, strength, fracture characteristics of materials. It plays an important role in quality control, 品質検査, research and development and production processes, helping users understand the mechanical properties of materials, guiding product design and optimizing process flow.