High Quality Metal Components for Medical Industry

These Medical Precision Parts are made of 6061 aluminum and has a coaxial step structure: one end is a circular flange with uniformly distributed mounting holes and the main body contains several cylindrical steps that can accurately adapt and hold the components for axial positioning; a central through-hole runs the entire length, and all connecting edges are chamfered.

Step 1: At the processing step, we first make a precise cutting on a 6061 aluminum rod and use a CNC machine to cut the raw materials into raw materials. The raw material is then transferred to the five-axis CNC machining center. Much of the excess is eliminated by rough processing, and then the multi-step steps, internal orifices, and end surfaces of the wavebody flanges are finely processed with precise processing to control key measurement tolerances to ± 0.005 mm, which ensures a reliable reference for subsequent assembly.

Step 2: After the end of the lathe, we use CNC Milling technology to process the positioning holes on the flange, to ensure the accuracy of the opening position and surface smoothing and at the same time the high precision medical part is mounted without gaps in the equipment.

Step 3: After machining, the workpiece undergoes deburring to completely remove sharp edges; then goes to the surface treatment step: using natural anodizing technology, a dense aluminum oxide film of 8-12 μm thickness is formed, which greatly improves the corrosion and wear resistance of the component.

As a manufacturer specializing in the medical field, Dongguan Shengpeng Precision Technology Co., Ltd. provide comprehensive Customized Precision CNC Medical Parts solutions. Whether it's dimensions, materials, or surface treatment processes, we offer flexible customization to meet your specific requirements. Leveraging our specialized CNC machining capabilities, we fulfill the unique demands of diverse medical device applications, delivering a one-stop service from design support to finished product delivery.