Injection Molding Metal Parts

Engine Cylinder Block

As the core power component in the automotive manufacturing industry, it features a complex inner cavity structure and high-strength metal material, embodying the stringent requirements for precision and durability of parts in automotive manufacturing.

In the automotive manufacturing industry, the most representative example of injection molding metal parts is the engine cylinder block. Inside the engine, pistons and crankshafts operate at high speeds, which requires the cylinder block to have a precision structure and durable material properties. High-strength injection-molded metal cylinder blocks can withstand the high temperature and pressure during operation, ensuring that the vehicle runs tens of thousands of kilometers without deformation or leakage.

For automotive manufacturers, the core advantage of automotive injection molding metal parts lies in the fact that the injection molding process enables integrated production, which reduces subsequent assembly steps. This not only improves production efficiency but also lowers the risk of failures at the joint positions.

Surgical Forceps Body

This is a commonly used surgical forceps body in the medical industry.

Made of corrosion-resistant stainless steel, its precision jaw design ensures the accuracy of surgical operations, and the smooth surface facilitates sterilization, reflecting the strict control over safety and cleanliness in medical equipment manufacturing.

The core requirements for components in the medical device industry are safety, hygiene, and precision-and the medical-grade injection-molded metal components used for the forceps body perfectly meet these standards.

Crafted from corrosion-resistant stainless steel, they do not rust or leach harmful substances even when in contact with blood or medical fluids. Their smooth surfaces allow for easy cleaning and leave no residues after high-temperature or chemical sterilization. The high molding precision of the forceps jaws ensures that surgeons can perform procedures with accurate and controllable movements.

When medical institutions select medical injection-molded metal parts, their top priority is the components' "zero contamination and high precision" characteristics. Medical procedures admit no margin for error, and the injection molding metal process is ideally suited to meet such stringent quality requirements.

 

Turbine Blade

A turbine blade from the aerospace manufacturing industry, it has to withstand extreme high temperatures and pressures.

Its sophisticated aerodynamic shape and high-strength alloy material reflect the aerospace sector's ultimate pursuit of part performance and reliability.

For the aerospace manufacturing industry, the reliability of injection molding metal parts is directly tied to flight safety. This is because the operating conditions in this field are extremely harsh: aircraft and rocket engines operate at temperatures exceeding 800°C and rotational speeds of tens of thousands of revolutions per minute, and the core aerospace injection molding metal parts-turbine blades-must function stably under such circumstances.

Made from high-strength alloys and formed via precision injection molding, turbine blades can not only withstand wear caused by high temperature and pressure but also optimize airflow with their streamlined shape, thereby improving the power efficiency of engines.

Heavy-duty Gear

This is a heavy-duty gear for the industrial machinery manufacturing industry.

As a core transmission component, its high-strength tooth profile design and wear-resistant material ensure the stability and efficiency of mechanical operation.