With the continuous development of science and technology and the continuous increase in innovation of automation equipment in all walks of life, Dongguan, Guangdong, as a world foundry factory, also has good processing performance in precision machining, can meet the processing of parts of different shapes, and can effectively produce high-quality equipment Spare parts. So there will be many machining factories in Shenzhen and Dongguan. Why do companies choose Shenzhen Dongguan Precision Machinery Parts Processing? What about the precision machining process?
Shenzhen Sheet Metal Processing Factory, the first stop of precision machinery hardware processing! The company specializes in precision machinery parts processing, has rich experience in production and processing, and has accumulated precision machining process for many years. Now it is briefly described below: 1. Positioning and clamping during precision machining in order to make the workpiece on the machine quickly Set up correctly, and you don’t need to align one by one when processing a batch of workpieces. For some thin-walled workpieces, it is easy to deform, so when clamping the workpiece, the pressure plate should be pressed on the part with better rigidity, and the distribution should be as uniform as possible to ensure the reliability of clamping, and the clamping force should Appropriate to prevent damage to the positioning of the workpiece or inadmissible deformation of the workpiece.
Machining process 2. For example, the structural characteristics of the workpiece are hard aluminum LY12, which has good cutting performance and belongs to a typical thin-walled disk structure. The overall dimensions are large, the thickness of the peripheral and internal ribs is only 2mm, and the cavity depth is 27mm. In the process of precision machining, if the technological scheme or processing parameters are not set properly, it is easy to deform and cause excessive size. This is a characteristic that requires attention to the process; Third, the analysis of precision machining process The raw material of this part is selected from bar material, and the process is completed by roughing and finishing.
Precision machining Ruiyi model is professional, if you need, please send email to [email protected]
FAQ:
Because these regions have a strong industrial foundation, advanced equipment, and experienced technicians, ensuring high-quality precision parts production.
Industries such as electronics, automotive, aerospace, and automation equipment rely heavily on precision machining for accurate and durable components.
It is a high-accuracy manufacturing method that uses CNC machines and advanced tooling to produce parts with tight tolerances and complex geometries.
Proper positioning and clamping ensure dimensional accuracy, prevent workpiece deformation, and improve machining stability during production.
For thin-walled parts, pressure should be applied on rigid areas, distributed evenly, and with moderate force to avoid deformation or damage.
LY12 aluminum has excellent cutting performance but can easily deform due to its thin structure, requiring precise process control and suitable parameters.
The process generally includes roughing (to remove excess material) and finishing (to achieve exact dimensions and surface quality).
A well-designed process plan minimizes cutting stress, heat buildup, and vibration, helping maintain part stability and accuracy.
The factory has many years of expertise in producing precision mechanical parts, supported by advanced CNC equipment and skilled engineers.
Key factors include accurate positioning, stable clamping, proper material selection, and optimized cutting parameters throughout machining.
