The mold is known as the "mother" of automotive parts die castings, and its geometric accuracy directly determines the quality of the final part.
Whether drilling with a drill, cutting with an angle grinder, felling with a chainsaw, or mowing with a lawn mower, power tools are constantly subjected to high dynamic loads.
Machining accuracy is key to mold life. CNC machining centers can achieve high-precision milling, drilling, and boring to ensure mold size and shape accuracy.
These measures can ensure that the nozzles are in optimal working condition for a long time, providing stable guarantee for dust removal efficiency.
These precision components are often manufactured using die casting, and laboratory instrument die castings and molds are particularly popular due to their ability to efficiently form complex, thin-walled structures.
Medical equipment die castings and molds successfully meet the dual requirements of high rigidity and vibration damping for ultrasonic equipment through high-quality material selection, precision mold design, integrated structural molding.