The CNC machining process is a fully digital, step-by-step manufacturing workflow that transforms CAD designs into high-precision parts through automated, subtractive machining.
On any engineer's list of “nightmare materials,” tungsten alloys rank high. Their high density and extreme hardness make machining a grueling battle at every stage. How can we achieve an efficient leap from raw blank to precision part with this tough nut to crack?
Upgrading sheet metal processes by updating equipment is a common approach adopted by many enterprises today. However, within just a few short years, sheet metal equipment has entered a stagnation phase. It is boldly predicted that over the next several years or even decades, sheet metal equipment may not undergo significant changes.
In sheet metal processing, there are sometimes requirements for bending with extremely large radii, but due to equipment limitations, it is often difficult to meet these manufacturing requirements. In such cases, solutions must be sought through process optimization.
During injection molding, when the side walls of the plastic part feature holes, grooves, or protrusions (i.e., undercuts), it is necessary to ensure that the side-molded components are extracted before demolding.
Twist drills serve as the most widely used cutting tools in hole machining, but they allow large dimensional deviations and exhibit unstable cutting performance. With the popularization of smart manufacturing technology, users require a stable minimum limit value for twist…
The split receiver is a critical load-bearing component of large aircraft engines, subjected to aerodynamic loads, inertial forces, and thermal loads caused by temperature differences during engine operation. The materials used for the split receiver are primarily difficult-to-machine materials such…
With the trend toward miniaturization in the market, high-precision core holes with diameters of φ0.4 or smaller are becoming increasingly common in molds. In recent years, there has been a significant increase in the number of molds featuring core holes…
The Rise of Injection Molding in Automotive Interiors Injection molding has become a mainstream manufacturing method for automotive interior parts due to its high efficiency, high precision, low cost and high quality. Advanced mold design and manufacturing technology enable manufacturers…
With the accelerated pace of human space exploration, the requirements for space vehicles are becoming higher and higher, increasing the demand for advanced materials such as titanium. In addition to relying on optimized structural design, space vehicles operate under extreme…