CNC aluminum machining is widely used across industries because aluminum offers excellent machinability, a high strength-to-weight ratio, and strong corrosion resistance. These advantages make CNC machined aluminum parts a reliable and

Lost foam casting uses foam patterns and sand to produce detailed metal parts such as engine blocks and pump housings. Developed in the 1950s, this process reduced waste and improved efficiency.

Shell casting makes exact metal parts using a hard, thin shell mold made from sand and resin. This method is important in modern factories because it makes parts with correct sizes

KEMING’s lost wax casting service supports a wide range of metals and alloys—including carbon steel, stainless steel, aluminum, nickel-based alloys, and copper-based alloys—each offering distinct properties that influence product quality and application

CNC turning uses computer control to shape materials. It removes extra material from a spinning workpiece. This process makes accurate round parts for many industries. CNC turning services use machines that

Lost foam process casting is a modern method used to produce highly precise metal parts. In this process, a foam pattern is first created and coated with a special refractory material.

The sand casting process produces iron parts by pouring molten metal into sand molds. This method is cost-effective, allows materials to be reused, and supports the creation of complex shapes using a

Lost foam casting is a better choice for many factories. This way lets engineers make complex shapes easily. They can also change designs without needing more tools. It gives very good

3-axis CNC milling uses machines controlled by computers. These machines shape materials in three directions: X, Y, and Z. This process makes very accurate parts for many fields. CNC technology helps