About CNC Machining Parts
CNC Machining Parts is a company specializing in the processing of CNC machining, CNC turning, CNC milling, fasteners, precision hardware turning parts, cold heading parts, and other related products. With a factory area of over 4000 square meters, we have been committed to the precision hardware machining industry for nearly 20 years, have passed ISO9001 quality certification, and have rich experience in non-standard customization. Equipped with 20 CNC lathes, over 40 automatic lathes, over 20 instrument cars, as well as automatic milling and flattening machines, automatic punching machines, and automatic tapping machines, 2D imaging machines, industrial electron microscopes, and various tooling calipers and gauges. We have a technical team of over 10 people, a frontline operator of 40 people, and a quality inspection team of over 10 people. We can meet all material requirements, delivery time requirements, and outsourcing requirements with quality and quantity assurance. The precision hardware produced by the company is mainly used for LED lighting equipment, electric steam equipment, bathroom and plumbing, baby strollers, automotive and motorcycle parts, aviation connectors, etc.
Our Main Products and Services:
CNC machining: refers to the process of using CNC machines to process materials such as metals and plastics.
CNC Turning: It mainly removes materials from the workpiece by rotating the cutting part, in order to obtain the desired shape and size.
CNC Milling: Used to machine prismatic parts such as narrow voids, grooves, outer profiles, etc., by using a rotating cylindrical cutting head and milling cutters with multiple chip grooves moving along different axes.
Ball Joints: A mechanical structure commonly used in racing suspension and other applications that require high flexibility and durability. The design and structure of spherical joints vary depending on the application, but they are all aimed at providing flexibility and durability.
Custom Fasteners: The advantage of custom fasteners is that they can meet the requirements of specific applications, such as specific materials, sizes, shapes, strengths, or surface treatments.
Gears: Through CNC machining, precise control of parameters such as tooth profile, tooth pitch, and tooth depth of gears can be ensured, improving the stability and accuracy of transmission.
Shafts: Shafts are an indispensable component of mechanical transmission systems, which require high precision, high surface quality, and good mechanical performance. CNC machining can meet these requirements, ensuring the accuracy and reliability of Shafts.
Our Secondary Services:
Tapping and tapping: Both of these processing methods are the process of forming internal threads on the workpiece, usually using a tap for processing. They are suitable for various standard thread sizes, with fast processing speed, suitable for rapid production and batch processing.
Milling: Milling is the use of a rotating milling cutter to cut flat surfaces, grooves, and other shapes on a workpiece. In secondary machining, milling is commonly used to perform precision machining on the surface of workpieces to improve their surface quality or meet specific design requirements.
Grinding: Grinding is the process of precision machining the surface of a workpiece using a grinding tool. In secondary processing, grinding is commonly used to remove burrs, oxide layers, etc. on the surface of workpieces, in order to improve their surface quality or meet specific precision requirements.
Drilling and reaming: For workpieces that require the installation of bolts, pins, and other components, drilling and reaming are common secondary processing methods. They can be completed through equipment such as drilling and milling machines to ensure that the size, position, and accuracy of the holes meet the design requirements.
Welding and riveting: In some cases, it is necessary to connect two or more workpieces together. Welding and riveting are two common connection methods. They can be completed through different processes and equipment to ensure the strength and stability of the connection.
Surface treatment: Surface treatment is the process of processing and treating the surface of a workpiece to improve its appearance, corrosion resistance, wear resistance, and other properties. Common surface treatment methods include painting, sandblasting, electroplating, etc.
