The electronic universal testing machine and torsion testing machine have been accepted by the customers unit

Recently, our company's electronic universal testing machine and torsion testing machine have successfully completed their delivery tasks at the customer's unit. The after-sales 

team, with professional technical capabilities, efficiently completed the installation, debugging, and operation training of the equipment, and successfully passed the acceptance 

inspection. The customer has given full recognition to our products and after-sales service, expressing great satisfaction.

The microcomputer controlled torsion testing machine is mainly used for testing the torsional mechanical properties of metal materials, bolts, tools, finished products, structural components, transmission shafts, components, fasteners and other specimens at room temperature or in special environments. It can also be used for testing the torsional and fracture properties of non-metallic materials and finished products. The tested sample is installed between fixtures with adjustable space, which can adapt to different tests on the torsional mechanical properties of the tested sample.

Working principle

1.Loading system: Generate torque through a motor or hydraulic system, and transmit the torque to the material to be tested.

2.Measurement system: equipped with torque sensors and angle sensors, used to measure the applied torque and material torsion angle.

3.Control system: Modern torsion testing machines are usually equipped with computer control systems that can achieve automatic loading, data acquisition, and analysis.

Application area 

1.Materials research: used to test the torsional properties of new materials, such as torsional strength, torsional modulus, etc.

2.Quality control: used in aerospace, automotive manufacturing and other fields to test the torsional performance of key components.

3.Education and training: as experimental teaching equipment for universities and vocational training institutions.

4.Automotive industry: Testing the torsional performance of automotive components such as driveshafts, torsion bar springs, etc.

5.Aerospace: Evaluating the torsional performance of key components such as aircraft and rockets.

6.Electronics industry: Testing the torsional performance of small springs or shafts in electronic products.