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Iron castings are used in various robotic components due to their durability and ability to handle high loads. These components include frames, robot arm,gears, bearings, and other mechanical parts that require high strength and precision.

Purpose of iron casting in robot manufacturing

1.Structural components: Cast iron can be used to create the base, frames, and other load - bearing parts of robots. The high strength and rigidity of iron alloys ensure that the robot can maintain its shape and stability during operation. For example, the body frame of a large - scale industrial robot needs to support the weight of the robotic arm and the payload it handles.

2.Heat dissipation: Cast iron has good heat - conducting properties. In robots that generate a lot of heat due to the operation of motors, controllers, and other components, cast - iron parts can help dissipate heat more effectively. This is crucial for maintaining the normal operation of electronic components and preventing overheating - related failures.

One of the main advantages of using sand casting to manufacture robot parts is its versatility in creating complex shapes. Robots often require components with complex geometries and precise specifications, and sand casting excels in producing such high-precision parts. This ability is essential to ensure that components fit seamlessly, allowing the robot to operate efficiently and reliably.