Millingmachine

We has been providing customers with a wide range of machining services and providing high-quality customized solutions for over a decade.

In addition, precision CNC lathes are suitable for processing parts of various types of materials, such as steel, aluminum alloys, copper, etc.

CNC LatheMachine price

We are well aware of the changing needs of the industry. In 6 factories covering a total area of 22,000 square meters, we are equipped with multiple CNC lathes, milling machine equipment and related technical skills to meet these needs.

During operation, the milling machine will move the workpiece up, down, left, and right in the plane (X-Y), and after reaching the target position, it will mill the workpiece vertically (Z) up and down. Milling machines can perform 2D or 3D diverse processing by changing the shape, rotation mode, angle, etc. of the blade.

The structure of precision CNC milling machines is relatively complex, usually consisting of a spindle, a workbench, a feed system, a control system, etc., and most of them are vertical structures that occupy a large area.

Precision CNC lathes use rotary cutting to fix the cutting tool and allow the tool to move along the axial direction of the workpiece, using cutting force to process the workpiece into the required shape and size. It is generally suitable for processing cylindrical or conical surfaces, or for processing high-quality cylindrical or conical parts on various materials, such as shafts, holes, steps, etc.

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Cnc lathe and millingfor sale

Our team of machinists and fabricators are available 24 hours a day, 7 days a week to provide efficient customer service and deliver parts to you faster.

A precision CNC lathe is a machine tool used for precise machining of cylindrical or tapered parts. It has a high-precision spindle and guide rail system, as well as advanced cutting and control systems to ensure high-precision machined surfaces and geometries.

Our turning and milling services are a quick and cost-effective option for small, medium and high-volume production of certain products.

CNC Lathecertification

Difference betweenCNC lathe and CNC milling

There is a trend towards multi-axis linkage and multi-axis simultaneous machining to improve processing efficiency and accuracy.

The cutting speed of precision CNC milling machines is generally higher than that of CNC lathes, and they can complete large-area cutting faster, which enables them to complete the processing of complex parts in a short time.

Precision CNC milling machines can control multiple axes at the same time to achieve multi-axis linkage to complete the processing of complex-shaped parts.

Unlike CNC lathes, precision CNC milling machines use rotating milling cutters to clamp the workpiece on the workbench and process it by controlling the axial direction and rotation angle of the cutter. It is usually suitable for processing various shaped surfaces, including planes, inclined surfaces, arc surfaces, etc., or for processing high-quality complex parts on various materials, such as gears, turbines, blades, etc.

Common processing projects of precision CNC milling machines in industrial production include plane milling, groove milling, curved surface milling, gear milling, cam milling, turbine milling, blade milling, etc. It can also be used to process parts with complex shapes and structures, such as frames, racks, etc., and can be processed efficiently through multi-axis linkage.

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Advanced processing technology and error compensation technology are used to further improve the processing accuracy of the CNC lathe.

Utilize computer technology, sensor technology, artificial intelligence and other technologies to realize intelligent operation and automated production of milling machines.

Cnc lathe and millingpdf

Precision CNC lathes have high accurate tolerance up to micron level or even higher, which allows it to process high-precision parts.

There are a variety of processing functions available on one CNC lathe, such as turn-mill compound, turn-grind compound, etc., to improve production efficiency and reduce costs.

A precision CNC milling machine is a machine tool used to process parts of various shapes and sizes. It has a high-precision spindle and tool system, and an advanced computer numerical control (CNC) control system to achieve high-precision machined surfaces and geometries.

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Common processing items include internal and external cylindrical processing, drilling, threading, cutting grooves, end face processing, cylindrical turning, center hole drilling, hole turning, reaming, cone turning, forming surface turning, knurling, coiled springs, etc. And some parts that require high-precision outer circle, end face and inner and outer conical surfaces.

So which one should you choose for processing? Then you have to consider multiple factors such as production cost, production efficiency and quality, and also combine their own advantages, manufacturing requirements for processing workpieces and specific application scenarios to choose between precision CNC lathes or precision CNC milling machines. Sometimes they also need to be used together. .

From the above summary we can see that CNC lathes are best suited for manufacturing cylindrical parts, the cross-section of the part must be circular and the same central axis must run throughout its entire length. Milling machines can also machine cylindrical features, but if the part is purely cylindrical, a CNC lathe is a better and more accurate choice.

The spindle speed of precision CNC lathes is very high, which can complete a large amount of cutting in a short time and improve production efficiency.

Precision CNC lathes usually have relatively simple structure consisting of a spindle, a feed box, a slide box, a bed and other parts.

Utilize computer technology, sensor technology, artificial intelligence and other technologies to realize intelligent operation and automated production of CNC lathes.

CNC lathes are mainly used in industrial production to process cylindrical, conical parts or various rotating parts, such as shafts, holes, steps, sleeves, gears, etc.