ElectroPuls E1000 electronic material fatigue testing machine

With over a decade of research and development and billions of cycles of fatigue testing, the ElectroPuls testing system has become widely recognized in the industry and is equipped with motor-driven testing equipment. This system meets the needs of low-speed static testing to hundreds of hertz high-frequency closed-loop dynamic testing, and its universal testing capability means that the ElectroPuls testing system is an ideal choice for any laboratory or office space. It can achieve functions from uniaxial testing to tension torsion biaxial testing, with a load torque range of up to 10kN/100Nm. Provide three different models to meet your different needs. ElectroPuls, Meet your testing needs with simplicity and intelligence.
ElectroPuls application
The ElectroPuls system provides versatile experimental solutions for various industries such as biomedical, plastics, consumer electronics, and research institutions. The successful customer experience has become the main driving force for ElectroPuls' business. Over the past decade, we have accompanied our clients throughout the entire process and become their reliable partners. We warmly provide services to our customers, helping them make experiments convenient and exciting. ElectroPuls has a wide range of applications, and for your convenience, we have classified them into the following categories:Verification, simulation, materials, and universality.
verify
simulation
Even for some of our customers, Instron finds it very difficult to predict product behavior and changes several years from now. For researchers, understanding and reproducing accurate forces and movements is crucial. ElectroPuls can help you complete unconventional experiments, reproduce real life movements and events, and provide convenient loading solutions. Let's jointly predict the future.
Waveform universality
The ElectroPuls system can provide you with simulation capabilities, not limited to simple static or cyclic tests. Our system is capable of creating complex waveforms and quickly changing speed and acceleration. The combination of dynamic performance and control ensures the provision of feedback.

