Aerospace Industry​

Apply to produce critical components such as aero-engine turbine blades and airframe structures. CNC machining centers can precisely deal with materials that are difficult to produce like titanium alloys and carbon composites. Depending upon technologies like 5 axis machining to meet serious requirements like high-temperature resistance and structural strength, in order to ensure flight safety.

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Automotive Manufacture

 It produces traditional automotive components such as engine blocks, crankshafts, and chassis parts, as well as adapt to new energy vehicles parts like motor housings, battery trays and so on. CNC machine can high-efficiently mass-produce meanwhile ensuring the assembly precision of components.

Medical Devices ​​

Produce implants like artificial joints and dental implants, as well as high precise surgical instruments. Through CNC machining technology such as low-speed, high-precision cutting, they achieve micron-level precision and superior surface finish, conforming with safe standards in the medical field.

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Electronics Industry​

Adapt to the requirements of electronic production miniaturizedly, CNC machines can produce mobile phone and computer casings, heat sinks, and precision connectors. They also can precisely drill on PCBs and even use micro-milling technology in CNC machining center to produce minute holes and narrow slots of components like 5G base station filters.

Mold Manufacture

As the cored equipment for producing such as injection molds and stamping dies, machining centers depend on multi-axis linkage technology to complete complex surfaces and precise structures. It not only guarantees the precision of the mold but also shortens the production cycle of mold.

Energy Industry

Concerning many fields like wind power and petroleum, for example wind turbine blades, gearboxes, drill bits for petroleum drilling equipment, valves, and so on. High-durability CNC machining centers can ensure the stable operation of energy equipment.