Products

The single-wing/double-wing drop tester is used to evaluate the impact resistance of packaging materials and the drop resistance of the product body, so as to optimize the packaging design. The equipment adopts double-column guidance, adjustable drop height and number of times, stable and reliable operation, and can complete surface, edge and corner drop tests.

The electric vibration test bench can complete three-axis sinusoidal vibration tests and broadband random vibration tests, as well as classic (half-sine, trapezoidal, post-peak sawtooth) pulse and impact response spectrum tests. It can be equipped with a climate chamber to complete multi-environmental comprehensive tests of mechanics and climate.

The simulated transportation vibration test bench is mainly used to simulate the damage caused by the bumps of the vehicle during transportation of packaged products. It is suitable for simulating transportation vibration testing of toys, electronics, furniture, gifts, ceramics, packaging and other products. It complies with US and European shipping standards.

The tensile (pressure) force testing machine is the latest economical testing machine developed and developed by the company. It is suitable for stretching, peeling, tearing, shearing, plugging, etc. In adhesive products, paper products, printing and packaging, electronics and other industries. The test machine is cost-effective, easy to operate, and easy to maintain. It is an ideal equipment for quality inspection and testing in various factories.

The inclined impact test bench simulates the ability of product packaging to resist impact damage in actual environments, such as handling, stacking of shelves, sliding of motors, loading and unloading of locomotives, transportation of products, etc.

Pneumatic impact crash test bench, which replace the traditional mechanical cam-type crash rigs, are used in laboratories to simulate repetitive impacts that products may suffer during actual use. This series of impact crash test bench can be used as a method to optimize the structural strength design of products, or as a means of product quality control.

The ‌Vertical Impact Test Bench‌ is a device used to test the impact force that a product can withstand in the vertical direction. It is mainly used to evaluate the product's ability to resist impact during transportation and use, and to ensure the integrity of its structure and function.

The horizontal shock response spectrum test bench can truly simulate the shock wave and shock energy in the actual environment. It is mainly used for shock tests of electrical and electronic products or packaging, measuring their shock resistance, and assessing the functional reliability and structural integrity of the test product under the shock environment, so as to evaluate its adaptability to the shock environment.

The rotating arm disc type steady acceleration tester is used to determine whether the structural adaptability and performance of electronic components, small equipment and other electrical and electronic products are good under the force generated by the steady-state acceleration environment, and to evaluate the structural integrity of some components.

The turntable steady-state acceleration tester is used to determine whether the structural adaptability and performance of electronic components, small equipment and other electrical and electronic products are good under the force generated by the steady-state acceleration environment, as well as to evaluate the structural integrity of some components and to examine the electrical parameters of the test products in a constant acceleration environment.

The six-degree-of-freedom simulation test platform is used to completely or partially simulate the vibration environment of components when the car is driving on the road, and to conduct road simulation tests on the tested products.

The tilt and swing test machine test bench mainly simulates the swing and tilt tests of various mechanical, electrical and electronic products installed on ships, seaplanes, traveling fire races and other equipment to determine the ability and structure of the product to withstand the specified severe levels of swing and tilt.