Touching Moving Parts Is Strictly Prohibited During The Operation Of Cold-pressed Needle Crimping Machines.

contact crimper involves multiple interacting components during operation, which generate rapid linear or rotational motion during crimping. Accidental contact with these areas by fingers or other body parts may result in severe injury. For example, when the crimping head engages stationary components, the resulting gap creates a potential pinch point that could cause compression or crushing injuries if touched. The risks associated with pinch points in similar industrial equipment are widely recognized, with hazards including fractures and even amputation.

The operating principle of d sub contact crimper causes moving parts to undergo instantaneous position changes with extreme precision. Any direct contact subjects human soft tissue to immense stress. Designed to apply force for deforming connectors, these crimping components generate sufficient mechanical energy to cause irreversible damage to the hand.

The speed and force of moving components are not uniformly sustained; they may experience unpredictable instantaneous acceleration during cycle initiation or feedback adjustments. In such instances, even brief contact can lead to severe consequences. The clamping heads, guide rails, and sliders of the contact crimping tool system rapidly retract after loading. If obstructed by a body part during this process, severe compressive forces are generated. Unlike traditional manual tools, automated or semi-automated equipment lacks the ability to detect contact during operation, further amplifying the risk.