PUNCH FOR TENSILE SPECIMEN

Punch for Tensile Specimen

HPTS-300PD

Power-driven Punch for Tensile Specimens (Power-driven Striking Point Machine) Is the Specialized Equipment. This machine adopts a high-precision ball screw to locate correctly and uses an import transducer collecting rotation signal to drive high-frequency electromagnets to strike points synchronously. The gauge length is correct, high-efficient, and easy to operate. It’s necessary to match equipment for labs. This equipment uses a micro-motor as the power, through belt drive high precision ball screw rotation synchronously, thus promoting the punch movement horizontally screw rotation every circle (or half circle), impact needle marching 10mm (or 5mm), meanwhile, sensors collect a signal and driven the high-frequency electromagnet with impact needle for striking. Motor continuous operation and can continuously strike points 60 (5mm) or 30 (10mm). Such driving
struck way has no special requirement to screw speed whether uniform. It can also ensure the precision of gauge length even if the rotation speed is uneven.

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Description

Description

PUNCH FOR TENSILE SPECIMEN – HPTS-300PD

Punch for Tensile Specimen (Power-driven Striking Point Machine) Is the Specialized Equipment. This machine adopts a high-precision ball screw to locate correctly and uses an import transducer collecting rotation signal to drive high-frequency electromagnets to strike points synchronously. The gauge length is correct, high-efficient, and easy to operate. It’s necessary to match equipment for labs. This equipment uses a micro-motor as the power, through belt drive high precision ball screw rotation synchronously, thus promoting the punch movement horizontally screw rotation every circle (or half circle), impact needle marching 10mm (or 5mm), meanwhile, sensors collect a signal and driven the high-frequency electromagnet with impact needle for striking. Motor continuous operation and can continuously strike points 60 (5mm) or 30 (10mm). Such driving
struck way has no special requirement to screw speed whether uniform. It can also ensure the precision of gauge length even if the rotation speed is uneven. It is, commonly used in materials testing, requires a specific type of punch to prepare it for testing. The process of creating a tensile specimen involves using a punch and die set to cut the specimen from a larger piece of material.

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