Computer controlled pendulum impact testing machineIt is a professional equipment for measuring the impact toughness of materials through pendulum impact test samples. With core characteristics such as precise and controllable impact energy, automated data acquisition, and full coverage of testing standards, it has become a core equipment for toughness assessment in fields such as metals, plastics, and composite materials. It is widely used in industries such as mechanical manufacturing, automotive industry, aerospace, and building materials production. ​

Its core competitiveness lies in the accuracy and intelligence of impact testing. The equipment adopts a rigid base and high-precision guiding mechanism to ensure stable movement trajectory of the pendulum after release; According to testing requirements, 1J-500J swing hammers of different specifications can be equipped, and the lifting angle can be pre-set by the computer to accurately control the impact energy. At the moment of impact, high-precision torque sensors capture key parameters such as impact energy, impact strength, and yield point in real time. The data acquisition frequency can reach 1000Hz, avoiding the lag and error of manual readings. In the production of automotive components, it is used to test the impact toughness of engine connecting rods and frame steel plates to ensure the structural safety of vehicles during collisions; In the inspection of plastic pipes, the low-temperature impact test (combined with a low-temperature constant temperature bath) is used to determine the anti brittle fracture ability of the pipes in severe cold environments, ensuring stable pipeline operation in winter. ​

The structural design and safety protection highlight practicality. The machine base adopts a cast steel structure and is equipped with a built-in vibration absorbing device, which can effectively absorb the vibration generated by the impact and avoid interference with the testing accuracy; Equipped with a fully enclosed safety cover and a pendulum anti rebound device to prevent sample breakage, splashing, and equipment damage. The computer control system integrates multiple standard testing programs, which can call preset parameters with one click, automatically generate detection reports containing test curves and data reports, and support data storage, export, and traceability. According to different material characteristics, various fixtures such as simply supported beams and cantilever beams can be replaced to meet the testing needs of different shaped specimens such as plates, pipes, and profiles. ​

Multi scenario adaptation helps with quality control. In the field of mechanical manufacturing, it is used for raw material storage inspection and finished product factory inspection to ensure that material toughness meets design standards; In the aerospace field, testing the impact performance of aviation materials such as titanium alloys and aluminum alloys to ensure the reliability of aircraft structures; As the core equipment for material research and development in universities and research institutions, it is used to study the effects of material composition and heat treatment processes on impact toughness, providing data support for the development of new materials. ​