CNC Precision Turning Service Order Custom Machined Parts CNC Making Parts

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CNC turning is a manufacturing process that involves securing a blank on a rotating chuck

and using stationary cutting tools to remove material.

This method is particularly suitable for creating parts with symmetrical features along their central

axis. Turned components are usually manufactured more efficiently and cost-effectively compared

to milled parts.

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Materials Suitable for CNC Turning

CNC turning is a versatile machining process that can effectively work with various materials.

These materials include metals like aluminum, steel, brass, and titanium, as well as plastics

such as acrylic, nylon, and polycarbonate.

Typical Applications of CNC Turning

Turning is employed in the fabrication of rotational, predominantly axi-symmetric components

that encompass a myriad of features. These features may include apertures, grooves, threads,

tapers, varying diameter transitions, and even intricately contoured surfaces.

Products that are entirely manufactured through turning are frequently comprised of components

produced in limited quantities, particularly for prototypes.

Such components may include bespoke shafts and fasteners.

Moreover, turning is frequently utilized as a secondary process to introduce or enhance features

on components that were originally produced using alternative manufacturing techniques.

Illustrative examples of products that undergo the turning process encompass camshafts,

crankshafts, baseball bats, bowls, cue sticks, signage, musical instruments,

as well as table and chair legs.

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Advantages of the Turning Process

The turning process offers several advantages, including:

1. Versatile Material Compatibility:
Turning can be applied to a wide range of materials, including metals, wood, and plastics,

making it a highly versatile manufacturing process.

2. Exceptional Tolerance:
Turning allows for the creation of parts with exceptionally high tolerances. Its ability to achieve

precise surface finishes and tight tolerances makes it ideal for adding precision rotational features

to already formed parts.

3. Short Lead Time:
Turning is known for its short lead time, which refers to the time between order placement and

final delivery. The efficiency of the turning process contributes to its quick turnaround.

4. Minimal Operator Expertise Required:
Unlike some complex machining processes, turning does not demand a highly skilled machine

operator. A machinist can attain certification from an accredited industrial training organization

after completing a standard amount of coursework to operate a CNC lathe effectively.

5. Adjustable Material Removal Rate:
Turning offers the advantage of adjustable material removal rates. Lathes can operate at

varying speeds, allowing for precise control over material removal based on factors like the

material being machined and the desired end product.

These advantages make the turning process a valuable choice in manufacturing, offering

flexibility, precision, efficiency, and ease of operation across a broad spectrum of materials

and applications.