Powder metallurgy parts are widely used in the field of robots, and are often used to manufacture transmission parts, structural parts, joints, gears and other parts of robots. Among them, sintered gears are one of the most common parts in robots.

Whenever a robot needs to perform locomotion or guidance tasks, it needs the help of gears. Traditional gear manufacturing mostly requires casting or machining, while powder metallurgy parts can be directly manufactured into shaped gears through pressing, sintering and other processes, with lower cost and higher production capacity. In addition, robots often require a lot of high-speed motion and frequent work cycles. Therefore, the required structural parts and joints must have high precision and strength, and this is where the advantages of powder metallurgy manufacturing lie.

Structural parts and joints manufactured by powder metallurgy are superior to traditional materials in terms of strength, hardness, and wear resistance, and can meet the working requirements of robots under high load and high frequency.

In addition, the types of powder materials used to manufacture robot parts are also very diverse, including various metals and ceramic materials such as aluminum alloys, titanium alloys, stainless steel, and cemented carbide. These materials have excellent wear resistance, high temperature resistance, and good stability, and are also suitable for different robot application requirements in different occasions.