
In the fields of automated equipment, tooling fixtures, and precision instruments, the quality of non-standard parts directly determines the stability and user experience of the entire set of equipment. We specialize in CNC precision customized processing, and can create non-standard structural components, tooling fixtures, and transmission parts made of aluminum alloy, stainless steel, etc. according to customers' needs, providing a one-stop solution for processing requirements from drawings to finished products.
We support multiple processes such as turning and milling combined, centering machine, and CNC milling, and can achieve high-precision forming of holes, curved surfaces, and irregular contours. The surface treatment is fully equipped, including anodizing, sandblasting, laser engraving, and passivation, etc. We can undertake all these processes.
Each customized part starts from the customer's design drawings or samples. Engineers will assess the feasibility of processing in advance, optimize the process route, and strictly control tolerances. Small batch prototyping and medium batch production can be flexibly handled. Whether it is trial tooling fixtures or equipment supporting precision structural components, they are delivered strictly according to the drawing dimensions.
We understand that precision processing is not just about creating shapes, but also ensuring consistency in dimensions and assembly compatibility. After processing, it undergoes a full inspection to control positional tolerances and surface defects, reducing customer assembly rework. Many foreign trade customers and equipment R&D teams choose us precisely because they value stable delivery times and reliable quality.
If you have a need for customizing non-standard parts, tooling fixtures, or equipment components, please provide drawings or samples for consultation. With our mature precision processing capabilities, we will help you turn your design ideas into high-quality physical products, helping your products enter the market faster.