This equipment is a tester that evaluates the durability of the hinge and latch of a vehicle tailgate.

This test equipment is used to evaluate the durability of vehicle seat safety belt seating sensors under repeated loads. Convenient activation is provided through the pneumatic cylinder method.

This test equipment is designed to test the clutch durability, and adopts a high-performance hydraulic valve to manifest fast response speeds for high-speed testing. It can test at temperatures as low as -50℃.

This test equipment is used to evaluate the intensity and safety of the vehicle display panel. It has a two-axis structure, allowing for horizontal and vertical tests. Drive was designed for easy adjustment of the load test point and angle. It uses the servomotor driving method, which gives it an improved level of precision and durability. Its exclusive software makes data acquisition and analysis easy.

This test equipment is used to evaluate the actuating force of automobile door handles. It uses the servomotor driving method, which gives it an improved level of precision and durability. Its exclusive software makes data acquisition and analysis easy

This test equipment is used to evaluate the durability of automobile door handles. It uses the servomotor driving method, which gives it an improved level of precision and durability. Its exclusive software makes data acquisition and analysis easy.

This test equipment is used to evaluate the durability of the vehicle exhaust hose. Control is configured with multiple axes to reproduce actual car conditions. Test can be performed in various environmental conditions and the hose’s internal pressure and temperature can be regulated.

This test equipment is designed to apply a repeated load on the clutch pack and incorporates a high-performance hydraulic servo valve to achieve the fast response speeds required for high-speed testing. Control is applied using the computer, and tests can be conducted by instructing various waveforms. It applies a feedback control method for static and dynamic tests and was designed as a computer-controlled system for higher user safety, convenience, precision and durability.

This test equipment is used to evaluate the operation durability of the glove box damper. It can test the damper unit and the glove box set. The exclusive software is designed to measure the actuating force and speed per sector when operating the glove box.

This test equipment is used to evaluate the environmental durability of automobile door handles. It uses the servomotor driving method, which gives it an improved level of precision and durability. Its exclusive software makes data acquisition and analysis easy. Includes environmental chamber to enable testing  under various environmental conditions.

This test equipment is used to evaluate interior/exterior design parts to reduce passenger injury during vehicle collisions. High-speed tests can be performed using N2 gas, and the included software enables easy data analysis and management. The driving part was designed to enable the operator to effortlessly adjust the impact point and angle.

This test equipment is designed to test the clutch durability, and incorporates a high-performance hydraulic valve to manifest fast response speeds for high-speed testing. Control is applied using the computer, and tests can be conducted by instructing various waveforms. It applies the feedback control method for static·dynamic tests, and was designed as a computer controlled type to support higher user safety, convenience, precision and durability