NXF UNS 316/0Cr17Ni12Mo2/1.4401 Precision Machining of Metal Parts 316 Stainless Steel CNC Computer Gong Spare Parts

1. Drawing Analysis and Process Planning: Receive CAD drawings, samples, or technical parameters from clients, conduct precise analysis and process feasibility assessments, and develop customized production process plans that include machining procedures, precision control, and material selection.

2. Raw Material Selection and Cutting: Select high-quality metal raw materials that meet industry standards, such as stainless steel, aluminum alloy, brass, and carbon steel. Use CNC cutting machines and sawing machines to precisely cut the raw materials, ensuring a high degree of matching between the cut dimensions and process requirements, minimizing subsequent machining allowances.

3. High-Precision CNC Machining: Clamp the cut workpiece onto high-precision equipment such as CNC lathes, milling machines, and machining centers. Perform core machining processes such as turning, milling, drilling, boring, and tapping according to preset process programs. The entire process is precisely controlled by the CNC system, strictly controlling dimensional tolerances within the range of 0.01-0.05mm to ensure the workpiece's form and position accuracy meets requirements.

4. Surface Treatment: Based on product usage scenarios and customer needs, professional surface treatments are applied to processed workpieces, including anodizing, sandblasting, polishing, galvanizing, passivation, and blackening. These processes enhance the workpiece's wear resistance, corrosion resistance, rust prevention, and surface finish, meeting the standards of various industries.

5. Full-Dimension Quality Inspection: High-precision inspection instruments such as 2D image measuring instruments, coordinate measuring machines, micrometers, and calipers are used to perform full-dimensional and comprehensive quality inspections on workpieces. This verifies dimensional accuracy, geometric tolerances, surface quality, and other indicators to ensure they meet drawing requirements. Defective products are reworked or scrapped to ensure zero defects in all products leaving the factory.

6. Deburring and Finishing: Workpieces that pass inspection undergo manual or mechanical deburring to remove burrs and flash generated during processing. Edges are chamfered and rounded to ensure a clean appearance and smooth assembly, preventing damage to components during assembly.

7. Cleaning and Packaging: The finished workpieces are thoroughly cleaned using equipment such as ultrasonic cleaners to remove surface oil, iron filings, and other impurities. After drying, they are individually packaged according to product specifications using materials such as anti-static bags, bubble wrap, and pearl cotton. The outer layer is reinforced with cardboard boxes or wooden crates, and product labels are clearly marked to prevent bumps and scratches during transportation.

8. Finished Product Outbound and Delivery: After packaging, the finished products are registered in the warehouse. Logistics and delivery are arranged according to customer order requirements. Product testing reports, material certificates, and other relevant documents are provided simultaneously to ensure accurate, safe, and timely delivery of the finished products to the customer.