Nice Rapid Limited has been providing CNC Milling Service China for international customers for over a decade. As a ISO 9001 & ISO 14001 certified CNC Milling Service China factory, all our processes are carried out through hundreds of advanced CNC Machining machines, lathes, and other manufacturing facilities, ranging from blasters to Ultra Sonic washing machines. Our CNC Milling Service China Center not only has advanced equipment but also have a professional team of experienced engineers, operators and inspectors to make the customer’s design come true.

Looking for a reliable, quick-turn supplier of 3D Printing Service? With hundreds of CNC machines, our unmatched in-house capacity ensures your parts are shipped on-time, every single time. At Katio, our ISO 9001 certified CNC machining facilities are designed for both rapid prototyping and low-volume production of end-use components.

Our CNC machining design and engineering services have been meeting industry requirements for more than ten years. It originally develops for customer-specific CNC machining services that specialize in order processing and the machining of customer-specific metal parts.

We have strong engineering design capabilities in product development, production process design, product assembly, and metal mold design and manufacturing. We can provide rapid prototype and model making services according to customer requirements.

Not Our Die-casting Factory has good machining and quality checking equipment, but also over 10 years experience, skilled die casting engineering team and technician team provide a full solution from design, development, manufacturing, production, and post-processing for aluminum die casting part, zinc die casting parts and magnesium die casting parts. Kaito manufactures prototyping, low volume, and production die casting mold for today’s demanding manufacturing environment.

The product development process is a complex business. But with the help of prototypes, you can definitely get better results. We will help you in building the best prototype of your plan.

Precision parts processing can be divided into standard parts processing and non-standard parts processing according to the processing objects. Standard parts processing is relatively easy, and non-standard parts processing is relatively difficult.

Vacuum modeling is a physical modeling method. It combines vacuum technology with sand mold casting. The cavity surface and back of the sand mold are sealed by plastic film, and negative pressure is generated by vacuum pumping to cause the inside and outside of the sand mold. The pressure difference causes the mold sand to be tightly formed. After placing the sand core, closing the mold, and casting, after waiting for the casting to solidify, the negative pressure is released or the air extraction is stopped, and the mold sand collapses to obtain the casting. According to the current application field, it can be divided into vacuum sealing model (V method) and solid vacuum casting (FV method).

With the rapid development of economy, China's infrastructure construction has become better and better, so some industries related to infrastructure construction have also achieved rapid development, and the CNC machining equipment industry is one of them.

Plastic plating is widely used in the electronics industry, national defense scientific research, household appliances and daily necessities. It can save metal materials, simplify the processing technology, reduce the weight of the equipment, improve the appearance of parts, and improve the electrical and thermal performance and the mechanical strength of the material. The quality of plastic electroplating is not only closely related to the plating process and operation, but also the five aspects of plastic material selection, structural design, plastic mold, plastic forming process and post-treatment process.

3D printing technology is an intelligent manufacturing technology that dates back to1980s, which integrates machinery, computers, numerical control, and materials. The basic principle of 3D printing is to obtain two-dimensional cross-section information by the layered processing of the three-dimensional substantial parts, and achieve the sustanital part or prototype by building up layer by layer with the point, line, or surface used as the basic unit. 3D printing is different from traditional subtractive (such as cutting) and iso-material (such as forging) manufacturing methods, and it can realize the manufacture of complex structural parts that traditional methods cannot or are difficult to achieve. 3D printing can greatly reduce the processing procedures and shorten the processing cycle, so it has received extensive attention from scientific researchers all over the world.

The build platform is first positioned in the tank of liquid photopolymer, at a distance of one layer height for the surface of the liquid. Then a UThe build platform is first positioned in the tank of liquid photopolymer, at a distance of one layer