To get the feedback of product design quickly, customers need to finish the verification of appearance and structure simultaneously after the completion of new product design. CNC machining rapid prototype can make it simultaneously. And it is widely used in manufacture industry worldwide.
Copper has excellent cutting performance, high strength, easy welding and corrosion resistance. During the CNC machining process, the structure is very stable, difficult to be affected by force. And it is usually used in connection parts, vault, stem bearing and so on. Beside copper has good electrical and thermal conductivity, so CNC machining copper prototype is often used in the cover of radiator and the parts of bellows, wave-guide, door, and lamps. And the durability makes the copper become the first choice for most jigs and fixtures.
Our factory specializes in manufacturing of CNC Machining Aluminium Prototype.
Because of the high strength and good abrasive resistance of stainless steel, it is used widely in the field of food, machinery, electromechanics, domestic appliance and so on. It is a metal with the wide appliance and high cost-performance. The surface treatment of CNC Stainless Steel Prototype includes whitening, mirror polishing and surface coloration.
The density of magnesium is low, equals 1/5 of steel, 1/4 of zinc and 2/3 of aluminum. It’s the lightest metal as far as we know, but it has high strength and good stiffness. The CNC machining magnesium alloy prototype is very exquisite. As one of the countries with most abundant magnesium resource, China possesses nearly half of magnesium in the world, with plenty and high-quality magnesium raw material. Therefore, customers can get the best CNC magnesium alloy prototype with most favorable price.
The types of CNC machining plastic prototype are various, and different materials need different manufacturing craft. ABS is the most common material for prototype, while PC and PMMA are often used for transparent prototype, like the lens of apparatus, mobile, and glasses. During the manufacturing, it is very important to pay attention to distinct details. Many small workshops chase for the speed and ignore the details, resulting the fall apart of prototype in halfway. It not only results extra cost, but also time-wasting.
