Metal Spinning Materials

USMS‘s extensive knowledge of metal spinning enables us to provide high-quality parts using the following metal spinning materials:

Aluminum Spinning Materials:

Aluminum spinning takes advantage of the lightweight, corrosion-resistant, good thermal conductivity and plasticity of aluminum to spin aluminum sheets into various complex shapes, such as kitchen utensils and automotive parts. This method can produce products with smooth surfaces and precise dimensions, while being cost-effective and suitable for small batch production and customization needs in a variety of industries.

Stainless Steel Spinning Materials:

Stainless steel spinning materials are known for their excellent corrosion resistance, strength and beautiful appearance. Through spinning technology, stainless steel sheets can be formed into various complex rotating body shapes. This process is particularly suitable for manufacturing products that require high durability and hygiene standards, such as kitchen utensils, medical devices and industrial parts. Stainless steel spinning not only ensures high strength and excellent surface quality of the product, but also meets diverse design requirements. At the same time, it has good forming properties, making the production process efficient and cost-effective. Therefore, stainless steel spinning is widely used in fields with high requirements for material properties and product design.

Copper spinning materials:

Copper spinning is a manufacturing technology that uses copper materials. Through this process, copper plates or prefabricated copper billets can be processed into various complex rotating body shapes. Copper, as a material, has excellent electrical and thermal conductivity, as well as good ductility and corrosion resistance. These characteristics make copper an ideal choice for making products that require efficient heat transfer and beautiful appearance.

Titanium alloy spinning materials:

Titanium alloy spinning uses its high strength, low weight and excellent corrosion resistance to process titanium alloys into complex shaped products, which are suitable for aerospace, medical devices and other fields, providing high-performance and lightweight solutions. This technology can manufacture a variety of key components from aircraft parts to medical implants to meet high-standard application requirements.

Magnesium alloy spinning materials:

Magnesium alloy spinning materials are favored for their light weight, high strength and good mechanical properties. Through spinning technology, magnesium alloys can be made into various complex rotating body shapes, which are suitable for applications where weight reduction while maintaining structural strength is required. This material is particularly suitable for aerospace, automotive industry and electronic products, which can not only reduce overall weight and improve energy efficiency, but also meet the needs of precision manufacturing.