Products

Using CNC processing technology, the details of the lotus petals and stamens are precisely presented, and every texture is clearly visible. The natural texture of the wood, in harmony with the shape of the lotus, enhances the decoration as a piece of furniture, adding a refined atmosphere to the space. 

 Wheel hub customization, as a popular aftermarket modification project in the automotive industry, is an important choice that combines performance optimization with personal expression. It breaks the design limitations of the original factory wheel hubs, allowing vehicles to achieve exclusive upgrades in both appearance and handling. Material and craftsmanship are the core of customization. Commonly, aluminum alloys, due to their lightweight and high strength, have become the mainstream. Cast wheel hubs are stronger and lighter than forged ones, while spinning wheel hubs achieve a balance between performance and cost. High-end materials such as carbon fiber are suitable for extreme requirements. From classic multi-spoke designs to sporty blade designs, to surface treatments like anodizing and electroplating, car owners can customize their own unique style as needed. Performance improvement is also significant. Customized lightweight wheel hubs reduce the unsprung mass, optimize acceleration, braking, and handling response, and when paired with wide tires, they can enhance grip and even help improve fuel efficiency.

CNC customized processing plays a pivotal role in automotive, medical, and aerospace sectors. In automotive, it crafts high-precision engine parts and custom chassis components, ensuring optimal performance and safety. For medical field, it produces intricate surgical instruments and personalized implants, adhering to strict biocompatibility and accuracy standards. In aerospace, it manufactures lightweight, high-strength components like turbine blades and aircraft frames, meeting extreme environmental demands. With advanced tech, CNC systems offer flexible customization, short production cycles, and consistent quality. It adapts to diverse material needs, from automotive alloys to medical titanium and aerospace composites. This processing mode drives innovation in these industries, enhancing product reliability and promoting industry development.CNC customized processing plays a pivotal role in automotive, medical, and aerospace sectors. In automotive, it crafts high-precision engine parts and custom chassis components, ensuring optimal performance and safety. For medical field, it produces intricate surgical instruments and personalized implants, adhering to strict biocompatibility and accuracy standards. In aerospace, it manufactures lightweight, high-strength components like turbine blades and aircraft frames, meeting extreme environmental demands. With advanced tech, CNC systems offer flexible customization, short production cycles, and consistent quality. It adapts to diverse material needs, from automotive alloys to medical titanium and aerospace composites. This processing mode drives innovation in these industries, enhancing product reliability and promoting industry development.

Hit play on this CNC machining video, and you’ll see a metal block clamped firmly on a machining center’s worktable. Zooming in, the milling cutter spins at high speed, sending tiny sparks flying.   First, the CNC system automatically loads the program, and the cutter precisely shapes the gear blank’s outline. Next, the tool changer switches tools quickly to drill positioning holes. Finally, the hobbing cutter carefully carves the gear teeth—real-time coordinates on the screen show the error is controlled within 0.005 millimeters. No manual intervention is needed throughout. In just 30 minutes, a rough metal block transforms into a precision-qualified car transmission gear.   The automated, high-precision operations in the video are the core advantages of CNC machining. It makes mass production of key auto parts more efficient and turns "millimeter-level precision" from a technical parameter into a visual scene—no wonder it’s a key driver of manufacturing upgrading.