Mechanical principle of limit bracket

Limiting brackets act like traffic police in mechanical movement, restricting the range of motion of components through physical barriers or buffers. Their core working principle comprises three key points:

 

Rigid blocking structure: Using metal blocks or adjusting bolts, an insurmountable mechanical barrier is formed at a set position.

 

Buffering and shock absorption design: Some models are equipped with rubber pads or springs to absorb impact energy and prevent hard collisions.

 

Position fine-tuning function: The precision screw structure allows for precise positioning adjustment within a range of ±5mm.

 

Typical application scenarios: These seemingly insignificant devices play a crucial role in the industrial field:

 

Automated production lines: Preventing robotic arms from exceeding their travel range and colliding with equipment.

 

Heavy equipment tracks: Limiting the travel range of cranes to ensure safety.

 

Precision instrument platforms: Controlling the movement accuracy of microscope stages.

 

Hydraulic systems: Limiting the extension and retraction limits of hydraulic cylinder piston rods.