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What Products Can Be Made CNC Process: Industry and Part Name Guide

Numerical Control (CNC) technology plays a crucial role in modern manufacturing. Its high precision, efficiency, and flexibility make it widely used in various industries. This article will provide a detailed introduction to the products that CNC technology can process, covering multiple industries and their common part names, to help readers fully understand the application scope of CNC machining.

1,Automotive industry

1-1

Engine parts

1-2

1-2-1.Cylinder head: High precision cylinder heads can be manufactured through CNC machining, ensuring their reliable performance under high temperature and high pressure.

1-2-2.Cylinder block: CNC machine tools can accurately machine the complex structure of cylinder blocks, improving the efficiency of engine operation.

1-2-3.Crankshaft: The high precision requirement of the crankshaft makes it one of the important parts for CNC machining.

1-3

Transmission system components

1-4

1-4-1.Transmission housing: CNC machining can ensure high precision and strength of the transmission housing, extending its service life.

1-4-2.Gears: Various types of gears, including helical gears and helical gears, can be efficiently machined using CNC machines.

1-5

chassis parts

1-6

1-6-1.Suspension system components: CNC machining can manufacture high-strength and lightweight suspension system components, such as control arms and steering knuckles.

1-6-2.Brake system components: Brake discs and brake calipers require high-precision machining to ensure the braking performance of the vehicle.

2,Aerospace industry

2-1,Aircraft structural components

2-2

2-2-1.Wing components: CNC machining can manufacture high-precision wing components to ensure the flight stability of the aircraft.

2-2-2.Airframe frame: The complex structure of the fuselage frame can be precisely manufactured through CNC machining, enhancing the overall strength and durability of the aircraft.

3,Engine parts

4,

4-1.Turbine blades: CNC machining can produce complex shaped turbine blades, ensuring their stability under high temperature and pressure.

4-2.Combustion chamber: High precision machining of the combustion chamber can improve the combustion efficiency of the engine and reduce fuel consumption.

3,Medical device industry

one

Implants

two

1.Artificial joints: CNC machining can produce high-precision artificial joints, ensuring their high compatibility with the human body.

2.Dental implants: Complex dental implants can be manufactured through CNC technology to improve patients' quality of life.

three

Surgical instruments

four

1.Surgical knives: CNC machining can produce high-precision surgical knives, ensuring the safety and effectiveness of surgery.

2. Endoscope components: CNC technology can process precise endoscope components to assist doctors in diagnosis and treatment.

4,Electronic industry

one

Semiconductor manufacturing equipment

two

1.Wafer fixtures: CNC machining can manufacture high-precision wafer fixtures, ensuring the stability and efficiency of the semiconductor manufacturing process.

2.Etching mask: Complex etching masks can be manufactured through CNC technology to improve the manufacturing accuracy of semiconductor devices.

three

Consumer electronics products

four

1.Mobile phone case: CNC machining can produce high-precision and high-quality mobile phone cases, improving the aesthetics and durability of the product.

2. Computer components, such as heat sinks and chassis, can achieve complex structural design and efficient heat dissipation through CNC machining.

5,Energy industry

one

Oil and gas equipment

two

1.Drill bit: CNC machining can produce high-strength drill bits, improving their performance in extreme environments.

2.Valves: High precision valves can be machined through CNC technology to ensure their sealing and stability in high-pressure environments.

three

Renewable energy equipment

four

1.Wind turbine components, such as hubs and blades, can be manufactured into high-strength and durable wind turbine components through CNC machining.

2.Solar panel frame: CNC machining can produce high-precision solar panel frames, ensuring their stability in harsh environments.

6,Other industries

one

Mold manufacturing

two

1. Injection molds: CNC machining can produce high-precision injection molds, improving the quality and production efficiency of plastic parts.

2. Stamping dies: Complex shaped stamping dies can be manufactured through CNC technology to meet the processing needs of various metal parts.

three

Furniture manufacturing

four

1.Woodworking carving: CNC carving machines can create exquisite woodworking carvings, improving the aesthetics and artistic quality of furniture.

2.Customized furniture parts: High precision customized furniture parts can be manufactured through CNC machining to meet personalized needs.

conclusion

The application scope of CNC technology in modern manufacturing is extremely extensive, covering multiple industries such as automotive, aerospace, medical equipment, electronics, and energy. Through CNC machining, high-precision and high-efficiency part manufacturing can be achieved,meeting various complex structures and high demand machining requirements.With the continuous advancement of technology, CNC machining will play an important role in more fields and provide strong support for the development of modern manufacturing industry.