Robot fully automatic flexible sheet material compression testing machine

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  • Robot fully automatic flexible sheet material compression testing machine
  • Robot fully automatic flexible sheet material compression testing machine
  • Robot fully automatic flexible sheet material compression testing machine
  • Robot fully automatic flexible sheet material compression testing machine
  • Robot fully automatic flexible sheet material compression testing machine
  • Robot fully automatic flexible sheet material compression testing machine

Automatic flexible sheet material compression testing machine

Robot fully automatic flexible sheet material compression testing machine

ETM504C-AR

It is mainly applied in scientific research institutes, quality supervision, military industry, aerospace and other industries, as well as in unmanned operation, big data analysis, intelligent decision-making and other fields. With the configuration of robots, compression fixtures and grating rulers, it can automatically detect the mechanical performance indicators of samples such as elastic modulus, compressive strength and residual deformation. With the configuration of thickness measurement devices, it can automatically measure the thickness of samples. It can complete processes such as automatic sample feeding, 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 scientific research institutes, quality supervision, military industry, aerospace and other industries, as well as in unmanned operation, big data analysis, intelligent decision-making and other fields. With the configuration of robots, compression fixtures and grating rulers, it can automatically detect the mechanical performance indicators of samples such as elastic modulus, compressive strength and residual deformation. With the configuration of thickness measurement devices, it can automatically measure the thickness of samples. It can complete processes such as automatic sample feeding, 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.

Main performance