Sheet metal fabrication is a manufacturing method that cuts, bends, welds and finishes flat metal sheets into custom enclosures, brackets and housings. It suits both prototype and mass production for electronics, automotive and medical equipment, with fast turnaround and flexible material options.
When developing its high-performance motorcycles, parti
The essence of Drone Turbine Fan Blade processing lies in three critical challenges: complex aerodynamic surfaces, difficult-to-machine materials, high-speed dynamic balancing, and stringent temperature/fatigue reliability control. Conventional fan blades resemble precision curved surface components, whereas genuine miniature turbojet/turbofan hot-end turbine blades approach the manufacturing standards of aviation engine components, involving high-temperature alloys, precision casting or additive manufacturing, five-axis machining, surface treatment, and rigorous quality inspection.
CNC machining is a precision subtractive manufacturing process used to produce high-tolerance custom metal and plastic parts. It is commonly divided into 3-axis, 4-axis, and 5-axis machining according to movement flexibility and part complexity. 3-axis CNC is cost-effective for simple flat and standard parts. 4-axis machining adds rotational movement to complete multi-sided machining in one setup. 5-axis CNC enables full-angle machining for complex, curved, and high-precision components. Widely applied in die casting post-processing, these multi-axis CNC solutions ensure accurate dimensions, smooth surface finishes and reliable performance for automotive, electronic, and industrial components.
