Flange built-in anti-collision device

This is a flange built-in anti-collision device, which belongs to the Anran protective components of industrial equipment such as robots and automated robotic arms. Its detailed characteristics are as follows:

Material and Structure

Main material: Made of a combination of high-strength alloy (black base, gray body) and brass (gold connecting parts), the alloy parts protect the structural strength and impact resistance, while the brass parts are used for stable signal or medium transmission; The integrated anti-collision buffer structure and connecting flange can be directly installed at the joint of the equipment.

Structural design: It has a modular shape, with a connection interface at the top (to adapt to the power or signal pipelines of the equipment), and a bottom flange for fixing with the equipment body; Built in buffering components can absorb impact force in case of device collision, avoiding damage to core components.

performance advantage

Excellent collision protection: The built-in buffer structure can effectively absorb collision energy, protect core components such as joints and motors, and reduce the risk of equipment damage caused by collisions.

Strong installation adaptability: The built-in flange design can be directly integrated into the equipment structure without taking up additional space, and is suitable for the installation needs of various industrial robots and automated robotic arms.

High practicality: High strength alloy components are wear-resistant and impact resistant, and can work stably for a long time in complex industrial environments, reducing equipment maintenance costs.

Application scenarios

Widely used in joints or collision prone parts of industrial robots, automated robotic arms, and other equipment, such as automotive welding robots, palletizing robots, and machine tool loading and unloading robotic arms, they are key protective components that protect the safe operation of equipment. Regular checks are required for buffering performance and structural integrity.