Materials and Colors of Prosthetic Parts

Metal materials primarily:

 Most parts exhibit a silver metallic luster, suggesting they are made from metals such as stainless steel, aluminum alloy, or titanium alloy. These materials have high strength, hardness, and corrosion resistance, allowing them to adapt to complex and harsh working environments, ensuring the longevity and stability of the parts.

 Possible presence of ceramic or plastic materials: The white parts in the image may be made of ceramics or engineering plastics. Ceramic materials have properties such as high-temperature resistance and good insulation, while engineering plastics may offer advantages like being lightweight and cost-effective.

Shape and Structure- Diverse shapes: 

The parts come in various shapes, including ones with threads for fastening connections with other components; cylindrical parts that may serve as support and positioning for shaft components; and more complexly shaped parts with special structures, possibly designed to meet specific functional requirements such as transmission and guidance.

Fine processing traces: 

The surface of the parts is smooth, with regular edges and obvious traces of precision machining, indicating that these components have high demands for dimensional accuracy and surface quality, typically used in devices with stringent precision requirements, such as semiconductor manufacturing equipment and precision optical instruments.Functional Inferences

Connection function: 

The threaded parts enable detachable connections with other components, facilitating the assembly, debugging, and maintenance of the equipment.

Support and positioning:

Regularly shaped parts, such as cylindrical ones, can provide support and positioning within the equipment, ensuring the precision of relative positions between the components and thus guaranteeing the overall performance of the equipment.

Special functions:

 Complexly shaped parts may be used to achieve specific functions, such as holding and transferring wafers in semiconductor processing.