High Precision Stamping is widely used in the transportation industry, and its high precision, high reliability, and diverse forming capabilities provide important support for the manufacturing of transportation vehicles. High Precision Stamping is a process that utilizes high-precision stamping equipment and technology to process metal sheets into high-precision, high complexity components. In the transportation industry, this process is widely used in the production of components that require extremely high precision and surface quality. The following are the specific applications of High Precision Stamping in the transportation industry:
Key structural components: Key structural components in the body and chassis, such as frame connectors, suspension system components, etc., are often manufactured using High Precision Stamping technology. These components require extremely high precision and strength to ensure the safety and stability of the vehicle.
Complex shaped parts: Some complex shaped parts in car body coverings, such as door inner panels, hood inner panels, etc., are also achieved through high-precision stamping technology. These components not only require precise dimensions, but also good surface quality to meet the dual requirements of appearance and function.
Precision components: Precision components in engines and transmission systems, such as oil ducts, gear seats, etc., are often produced using the High Precision Stamping process. The accuracy of these components directly affects the performance and reliability of the power system, thus requiring extremely high demands on the stamping process.
Seals: Some seals in power systems, such as oil seals, cylinder gaskets, etc., are often manufactured through high-precision stamping processes. These components need to have good sealing and durability to ensure the normal operation of the power system.
Metal decorative parts: Metal decorative parts in interior and exterior, such as metal buttons, handles, etc., are often produced using high-precision stamping technology. These components not only require exquisite appearance, but also require precise dimensions and comfortable hand feel.
Safety components: Some safety components, such as seat belt buckles, airbag triggers, etc., may also be manufactured using high-precision stamping technology. The accuracy and reliability of these components are directly related to the safety of passengers.