By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
Coming Soon
To quantify the quantity of torque or twisting force applied to a component or system, a torsion test bench is a type of machine. The strength of axles and other drivetrain elements like drive shafts, universal joints, and wheel bearings are frequently tested using this method in the automotive business.
Torsion testing is another method used to evaluate the wear characteristics of materials and parts, including springs and shock absorbers.
The Global Automotive Torsion Test Bench Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The DriveTwist model is an automatic torque test bench for all static torque measurements. For torsion applications, it provides high accuracy, repeatable testing, and a wide range of options. It is specifically made to assess the torsion characteristics of parts that experience rotation loading in use.
Set the protocol’s pace using its motorised command, and carry out a detailed torsion test independently of the operator. The DriveTwist is appropriate for a wide range of uses, including spring torsion testing, material testing, component testing, rotary actuators for rotation, and torsional stiffness.
The test bench’s horizontal rigid baseplate is precision-engineered with a linear guidance system, ensuring the measuring platform will move with extreme accuracy.A precise encoder that detects angular displacement is combined with a torque reaction sensor in the platform. The mounting base plate can be attached to a component or test specimen using platens that are already intended to do this.
Additionally, ANDILOG provides a large selection of standard grips or can give advice and design a specific fixture in response to the shapes of the sample according to their specifications.
Through the DriveTouch controller, which is equipped with the most cutting-edge advanced technologies, the motor instruction and measurement acquisition are carried out. Due to its ability to read concurrently data from two sensors, the DriveTouch controller measures data from the static torque transducer and from the rotary encoder.
