Custom Cnc Turned Parts Milling Lathe Machining Parts

Machined Part Description:

1. This machined part is produced through milling processes and exhibits precise dimensions and smooth surface finishes. It is typically manufactured using CNC milling machines.
2. The part is made from a solid block or bar of material, such as aluminum, stainless steel, steel, plastic, or brass. During the milling process, cutting tools rotate at high speeds to remove material and shape it into the desired form. The part may undergo multiple milling operations, including roughing and finishing passes, to achieve the final shape and surface quality.
3. After milling, the part can undergo various surface finishes to enhance its appearance and performance. These finishes include clear anodized, polishing, zinc plating, painting, gold plating, color anodized, passivating, oxide black, chrome plating, electroplating, sandblast anodized, sandblasting, nickel plating, chemical film, laser engraving, brushing, carburized, heat treatment, chroming, and powder coated.

The analysis process of CNC processing technology:

1. The selection of an excellent mechanic who can create precise drawings is crucial for producing high-quality products.
2. Workers who can analyze the drawings should be chosen carefully. They must determine the appropriate position, establish correct processing steps, select suitable tools for machine production, accurately input the workflow chart, and verify it to ensure the final product meets customer requirements.
3. Proper installation of tools is essential. After installation, it is important to conduct repeated experiments to prevent errors, tool collisions, and minimize tool damage.
4. Correct tool setup, accurate determination of processing points, selection of appropriate coordinates, and efficient reduction of working time are all critical aspects of CNC processing.
5. Conducting experiments on the first sample is essential to identify and rectify any program errors or unsuitable coordinates that could lead to the production of defective parts.
6. Selecting a suitable location with a consistent temperature helps minimize the impact of temperature changes on machine performance.
7. Proper shutdown procedures and regular daily maintenance are necessary to prevent machine damage and prolong the service life of the equipment.
8. By following these steps, CNC processing can be optimized to ensure precise and efficient production while meeting customer requirements and extending the longevity of the machines.

Our advantage:

1. Timely reply: Reply within 2 hours, TM reply within 30 minutes;
2. More than 13 years of experience in the field of metal product processing and advanced processing machinery saving materials;
3. 100% QC quality inspection before shipment;
4. On-time delivery: 3-5 days for sample order and 10-15 days for bulk order after order confirmed

​

​FAQ: