Robot fully automatic metal pendulum impact testing machine

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  • Automatic pendulum impact testing machine
  • Automatic pendulum impact testing machine
  • Automatic pendulum impact testing machine
  • Automatic pendulum impact testing machine
  • Automatic pendulum impact testing machine
  • Automatic pendulum impact testing machine

Automatic pendulum impact testing machine

Automatic pendulum impact testing machine

TSP752H-AR

It is mainly applied in industries such as steel and metallurgy, scientific research institutes, quality supervision, shipping, military industry, aerospace, as well as in fields like unmanned operation, big data analysis, and intelligent decision-making. Equipped with robots, automatic low-temperature instruments, and visual notch positioning and recognition systems, it can automatically detect the impact absorption energy of the sample. The size measurement platform is configured to automatically measure the length, width, thickness, notch Angle, ligament width and root radius of the notch of the sample. The broken sample recovery device is configured to automatically recover impact broken samples in groups. It can complete processes such as automatic sample feeding, intelligent clamping, full-process testing, and report generation, significantly reducing manual intervention, improving testing efficiency and data accuracy, and achieving fully unmanned mechanical property testing throughout the entire process.

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Main uses

It is mainly applied in industries such as steel and metallurgy, scientific research institutes, quality supervision, shipping, military industry, aerospace, as well as in fields like unmanned operation, big data analysis, and intelligent decision-making. Equipped with robots, automatic low-temperature instruments, and visual notch positioning and recognition systems, it can automatically detect the impact absorption energy of the sample. The size measurement platform is configured to automatically measure the length, width, thickness, notch Angle, ligament width and root radius of the notch of the sample. The broken sample recovery device is configured to automatically recover impact broken samples in groups. It can complete processes such as automatic sample feeding, intelligent clamping, full-process testing, and report generation, significantly reducing manual intervention, improving testing efficiency and data accuracy, and achieving fully unmanned mechanical property testing throughout the entire process.

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Main functions