The Role of Cnc Machining Center

CNC machining centres can machine a wide range of workpieces, including

1. Complex curved surface parts: such as aircraft engine blades, mould cavities, etc.
2. Box parts : such as machine tool spindle boxes, gear boxes, etc.
3. Disc sleeve parts : such as flanges, bearing seats, etc.
4. Special shaped parts : such as cams, non-standard parts, etc.
5. Precision parts : such as precision instrument parts, optical components, etc.
6. Mass production parts : such as automobile parts, electronic components, etc.

Main types of machining

1. Milling : planes, grooves, gears, etc.
2. Drilling : various hole processing, such as through holes, blind holes, threaded holes, etc.
3. Boring: high precision hole machining.
4. Tapping : internal thread machining.
5. Turning : Some CNC machining centres have turning functions and can machine rotating parts.

Applicable materials

1. Metal materials : such as steel, aluminium, copper, titanium alloy, etc.
2. Non-metallic materials : such as plastic, composite materials, etc.

Advantages

1. High precision : up to micron level.
2. High efficiency : high degree of automation, reducing manual intervention.
3. High flexibility : quick change of machining tasks by programming.

Applications

1. Aerospace : high precision complex parts.
2. Automotive : key components such as engines and gearboxes.
3. Mould making : injection moulds, die-casting moulds, etc.
4. Medical equipment : high precision medical equipment parts.
5. Electronic industry: precision electronic components.

In short, CNC machining centres are suitable for machining a variety of complex and high-precision workpieces and are widely used in many industries.