Customized precision stamping parts are components manufactured through precision stamping technology based on specific customer needs and design specifications. This type of stamped parts has the following significant characteristics:
Highly customized: Designed and produced entirely according to the unique requirements of customers, ensuring precise matching in terms of shape, size, precision, and material
Meet the needs of customers. For example, a battery module connector customized by a new energy vehicle manufacturer has a shape and size specifically designed for the battery layout of the vehicle model.
Extremely high precision: Dimensional tolerances can be controlled within a very small range, typically reaching the micrometer level, ensuring perfect fit and assembly with other components. In the aerospace field, certain precision stamped blades of aircraft engines require extremely high precision to ensure efficient operation of the engine.
Excellent material properties: Suitable metal materials such as stainless steel, aluminum alloy, titanium alloy, etc. can be selected according to specific usage environments and performance requirements, and the mechanical properties of the materials can be optimized through stamping processes. For example, in medical devices, precision stamping parts made of special medical grade metal materials must meet both strength requirements and biocompatibility.
Complex shape forming ability: able to manufacture parts with complex geometric shapes and internal structures, greatly improving design flexibility. Some precision stamping brackets inside mobile phones have complex structures but can be formed in one go.
Precision stamped brass clip is a clip made of brass material, manufactured through precision stamping technology. It has the following significant characteristics:
Good conductivity: Brass itself has good conductivity, which makes brass clamps perform well in applications involving electrical connections. For example, in some electronic circuits, it is used to fix and conduct wires.
Excellent corrosion resistance: Relatively good corrosion resistance, allowing it to maintain stable performance in different environments. It can still be used for a long time in humid or chemical environments.
Accurate size and shape: The precision stamping process ensures that the size and height of the clamp are precise, and the shape is neat and consistent. This is very important for situations that require high-precision clamping, such as in the assembly of precision instruments.
Good plasticity: Brass material is easy to process and shape, and complex structures and shapes can be obtained through stamping.
High strength: able to provide sufficient clamping force to ensure the stability of the clamped object.