Our Capabilities For Rapid Prototyping Machining

We are proud to have a strong network of suppliers dedicated to providing highly customized online CNC machining services to engineers, product developers, designers and other professionals. Our highly skilled machine shop is able to undertake custom design tasks from simple to complex, as well as rapid prototyping, ensuring that precision engineering needs are met.

Our product line covers multiple industries, including aerospace, automotive manufacturing, artificial intelligence and other high-end fields. The team is made up of experienced craftsmen and technicians with an in-depth understanding of materials science, engineering design and manufacturing processes. By working closely with our supplier network, we are able to ensure that every project receives the highest quality, most efficient and most cost effective solution.

Custom CNC Machining Services:

Custom CNC Milling Services CNC milled prototypes and production parts in days	CNC Turning Service CNC turned prototypes and production parts in days，Quickly test new products to reduce R&D risks and costs

ADVANTAGES OF CNC MACHINING PROTOYPING

Ideal process prototype for CNC machining. First, the process provides a high level of accuracy and precision due to the use of computer control to supervise the movement of the workpiece and the tool. These computer controls consider every Angle of your design, ensuring that the resulting prototype is a replica of it.

Another reason why CNC (Computer numerical control) is suitable for prototyping is its speed. This is completely different from processes such as injection molding, where manufacturers and product developers have to wait months until tolerances and molds are ready.

Using the CNC system, prototyping starts with creating a 3D CAD model of the final product and converting it into a CAM file. The CAM file contains the G code that controls the motion of the CNC machine during prototyping.

CNC prototyping process

Milling Milling, as a common metal cutting method, has significant advantages in the manufacturing industry. First of all, because the milling cutter is multi-blade, multiple cutter teeth can participate in the cutting at the same time, and there is no empty return, making the milling has a high production efficiency. Secondly, in the milling process, the tool teeth have the opportunity to cool when leaving the workpiece, thereby improving the heat dissipation conditions and extending the service life of the tool.

Turning Turning is a widely used process in machining, and its core advantage is that it can provide extremely high machining accuracy and good surface finish. By rotating the workpiece and cutting with a single or multi-point tool, turning enables the precise molding of various shaft and rotary parts. Because the turning process allows precise control of depth of cut, feed speed and tool position, it is ideal for batch and high-precision machining that requires meticulous dimensional control

CNC prototype list