CNC Machining In Industrial Machinery & Manufacturing Industry

Application Scenarios

Drive Train Component Machining

Gears: High-precision CNC milling and turning technology is used to manufacture gears of various module sizes and tooth shapes, ensuring transmission efficiency and reliability.
Shafts: CNC lathes and milling machines are used to machine spindles, drive shafts, etc., which are subjected to high torque and rotational speeds.

Bearing and Seal Machining

Bearing housings: CNC machining is used to manufacture precision bearing housings to ensure proper positioning and stable operation of the bearings.
Seals: CNC technology is used to produce a variety of seals to prevent lubricant leakage and the ingress of contaminants.

Hydraulic and Pneumatic Component Machining

Valve Bodies: CNC machining is used to manufacture complex valve bodies to ensure precise fluid control.
Cylinder Components: Including piston rods, cylinder blocks, etc. CNC machining ensures sealing and durability.

Connector and Fastener Machining

Couplings: Used to connect two rotating shafts, CNC machined to ensure their alignment accuracy and balance.
Fasteners: such as bolts and nuts, CNC machined to ensure their dimensional accuracy and strength.

Machining of Mechanical Structural Components

Frames and housings: CNC milling is used to manufacture large structural components such as engine blocks and gearbox housings.
Covers and Housings: CNC machining is used to manufacture covers and exterior housings that protect internal components, taking into account heat dissipation and ease of maintenance.

Tooling and Mold Machining

Mold Components: CNC machining is used to manufacture cavities and cores for precision injection molds.
Tools and Fixtures: Includes all types of tools and fixtures used for cutting, molding and positioning.

Measurement and Control Component Machining

Sensor mounts: CNC machining is used to manufacture mounts for high-precision sensors to ensure measurement accuracy.
Control panels: CNC milling is used to produce control panels containing mounting positions for electronic components.

Customized Component Machining

Customized components for specific machinery and equipment: CNC machining allows the production of unique customized components according to the design requirements of specific machinery and equipment.

Technical Advantages

Increased Productivity

CNC machining significantly improves productivity by automating production processes.CNC machines are able to work continuously until maintenance is required, reducing production interruptions due to manual operations.

Enhanced Accuracy and Consistency

Pre-programmed CNC machines ensure consistency and accuracy of each machined part, reducing material waste and improving product quality, resulting in lower costs and increased product marketability.

Increased Safety

CNC machining reduces the hazards associated with traditional manufacturing processes such as shearing, welding, stamping or laser cutting. Pre-programmed precision operations reduce the risk of accidents in the workplace.

Case Display

Industry Trends

Smart Manufacturing and Industry 4.0

With the rise of Smart Manufacturing and Industry 4.0, CNC machining technology is integrating with the Internet of Things (IoT), Artificial Intelligence (AI) and robotics to enable smarter and more automated production processes.

Sustainable Manufacturing

CNC machines can run uninterrupted and therefore can develop faults that are difficult to detect. The introduction of artificial intelligence has enabled CNC machines to self-diagnose faults, increase productivity, and produce high-quality parts.

Customization and Personalization

There is a growing demand for customized and personalized products, and CNC machining technology can flexibly adapt to these needs, opening up new opportunities for industrial machinery manufacturing.


The Difference Between CNC Machining and Traditional Machining

CNC machining is a type of computer-controlled machining that provides a higher level of precision, consistency and automation with fewer manual operations and errors than traditional machining.

The Importance of CNC Machining in Industrial Machinery Manufacturing

The importance of CNC machining in industrial machine building is reflected in its ability to produce complex shaped parts, increase productivity, ensure product quality and safety, and support customization and rapid prototyping.

How to Choose the Right CNC Machining Service

When choosing the right CNC machining service, you should consider the manufacturer's technical capabilities, equipment accuracy, material handling capacity, and responsiveness. In addition, the service provider's industry experience and customer service are important considerations.
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Kunshan JST Industry Co., Ltd is a professional manufacturer of CNC machining parts, which were applied to the field of medical, aerospace & aviation, electronics, security & safety, industrial equipment and automotive.

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