CNC Numerical Control Lathes Toothed Parts

Xincheng is a professional CNC Machining manufacturer and supplier in China. We have our own factory and provide you with high-quality CNC Numerical Control Lathes Toothed parts. Our products cover both standard and non-standard parts, featuring core advantages such as corrosion resistance, high strength, and high precision. They are widely adaptable to the demands of various fields including industrial manufacturing, medical devices, food machinery, petrochemicals, etc., and are essential components for ensuring the stable operation of equipment and product quality.

What are the core advantages of the product?

1. High-quality base material with outstanding performance

We carefully select various grades of stainless steel such as 304, 316L, 321, and 430, and match the corresponding material characteristics according to customer requirements: 304 stainless steel processed parts have excellent corrosion resistance and formability, and are suitable for general industrial scenarios. 316L stainless steel processed parts contain molybdenum, which makes them more resistant to intergranular corrosion and Marine climates, and are suitable for high-end fields such as medical devices and Marine engineering. The cost of 430 stainless steel processed parts is controllable, with stable magnetism, and it is suitable for decorative and structural support requirements. All base materials have passed material quality testing to ensure that the composition meets the standards, guaranteeing the mechanical properties and weather resistance of the products from the source.

2. High-precision processing, no worries about dimensions

Equipped with advanced equipment such as five-axis machining centers, CNC lathes, milling machines, and grinders, combined with precision inspection instruments (three-coordinate measuring machines, roughness testers, hardness testers), it realizes full-process precision control from rough machining to fine machining. The dimensional tolerance of the product can be stably controlled within ±0.005mm, and the surface roughness is as low as Ra0.8μm, meeting the assembly requirements of precision equipment, effectively reducing assembly clearances, and enhancing the operational stability and service life of the equipment.

3. Customized services to meet diverse needs

Support full-process customized services from drawing design, sample making to mass production. Whether it is simple shaft and sleeve parts, or complex irregular structural components and integrated parts, they can all be accurately restored according to the 2D/3D drawings (in formats such as AutoCAD and SolidWorks) provided by the customer. For customers without drawings, we can provide on-site measurement by our technical team, optimize the structural design based on industry experience, and reduce processing difficulty and cost.

4. Multi-process surface treatment to enhance added value

We offer a variety of surface treatment solutions including polishing, passivation, pickling, sandblasting and coating to meet the needs of different scenarios: Polishing treatment makes the product surface as bright as a mirror, which is suitable for fields with extremely high hygiene requirements such as food machinery and medical devices; Passivation treatment enhances surface corrosion resistance and prolongs the product's service life in harsh environments. Sandblasting treatment creates a matte frosted texture, enhancing the appearance texture and anti-slip performance of the product.

Typical applications

CNC Numerical Control Lathes Toothed parts Applicable industries and typical products With the universality of stainless steel materials and the flexibility of processing technology, the products are widely used in multiple core industries. Typical applications are as follows:

In the field of industrial manufacturing: motor shafts, gears, flanges, bearing housings and other transmission and connection components ensure the efficient operation of equipment;

Medical device field: Surgical instrument accessories, precision components of diagnostic equipment, in compliance with medical-grade hygiene standards, resistant to disinfection and corrosion;

In the field of food machinery: conveying pipes, stirring blades, and sealing parts, with smooth surfaces that are easy to clean and free of hygiene dead corners;

Petrochemical field: Valve cores, pipeline joints, filter accessories, resistant to acid and alkali corrosion, suitable for high-temperature and high-pressure working conditions;

In the new energy field: Photovoltaic equipment brackets, lithium battery production equipment accessories, featuring both high strength and resistance to outdoor corrosion.

Processing technology flow

The core processing technology and flow of CNC Numerical Control Lathes Toothed parts strictly follow the standardized process of "base material inspection → process planning → precision processing → surface treatment → quality inspection → packaging and delivery", and a quality traceability system is established for each step:

1. Base material inspection: The material composition is detected by a spectrometer to ensure consistency with customer requirements and prevent substandard base materials from entering production.

2. Process Planning: Senior engineers formulate the processing technology route based on the structure and precision requirements of the parts, optimize the selection of cutting tools and cutting parameters, and enhance processing efficiency.

3. Precision processing: Relying on CNC equipment to achieve automated processing, reduce human errors, and ensure the consistency of batch production;

4. Surface treatment: Carry out the corresponding surface treatment procedures in accordance with the process requirements. After treatment, the corrosion resistance is tested through salt spray tests.

5. Quality Inspection: Full-size inspection with a three-coordinate measuring machine, and specialized inspection with roughness testers, hardness testers, etc., to ensure that the products meet the requirements of the drawings.

6. Packaging and Delivery: Anti-rust paper, bubble wrap, wooden crates and other packaging methods will be adopted. Customized packaging solutions will be provided based on the transportation distance and product characteristics to prevent damage from bumps and knocks during transportation.