Precision CNC Machined Components

Many industries in today’s world now relies on CNC precision machining to develop high-quality custom parts that meet detailed requirements. Precision is very vital for various applications, with parts required to meet tight tolerance requirements.

Precision CNC machining involves using computer programs to produce parts that meet exact specifications. It incorporates various techniques and materials. Therefore, a detailed understanding of the concept is needed to help you get the best from your project.

This guide discusses the precision machining process, the different machine tools used, its advantages, and applications. If you’re looking to get custom precision machined parts, read this article till the end.

CNC precision machining is an efficient technique to manufacture custom precision machined parts. Aside from producing excellent components, it also saves costs and helps you get your products to the market faster. As a result, a precision CNC machine shop can ensure better part performance to improve your business’s bottom line.

Precision Machined Parts                                                    

Precision machined parts have the same dimension across many machined components. When a machine shop says they can hit your precision requirements, they can hit your dimensional requirements across multiple parts of the same design. 

Now, the ability to do this also means that a shop is more likely to hit your design’s accuracy targets/tolerance requirements — but technically, a machine shop can be capable of high precision without ever meeting accuracy requirements. 

You ideally want a precision machined part supplier who can meet both accuracy and precision requirements so you can make sure your parts are consistent and meet your design intent.

Common Precision Machined Components

Precision machining is an optimal choice for many industries and applications — whenever your part plays an important functional role or is assembled with other components, precision CNC machining is the best choice for manufacturing.

Examples of precision-machined aerospace parts include:

1. Engine components

2. APU components

3. Thermal management system parts

4. Flight control equipment

5. Battery components

6. Lighting system parts

7. Valves and sensors

8. Electrical connectors and components

   
   

Examples of precision-machined transportation parts include:

1. Engine components

2. Transmission components

3. Radiators

4. Battery components

5. Lighting system parts

6. Valves and sensors

7. Electrical connectors and components

Examples of precision-machined medical industry parts include:

1. Surgical instruments and tools

2. Screws, plates, and other implantable hardware

3. Non-implantable hardware

4. Components for storage and transportation of tissues or cells

Precision CNC machining is also utilized to manufacture components for the following:

1. Functional prototypes

2. Robotics

3. Electrical systems

4. Construction

5. Hardware components like screws and bolts

6. Power generation systems

7. Gears for various applications

8. Bearings

It is important to work with a reliable CNC machine shop with an in-house engineering department if you want to get the best result. Kesu boasts a team of expert technicians with extensive knowledge in precision machining techniques. Equipped with 3, 4, 5 axis CNC machines, we are ready to produce high-quality and intricately designed metal and plastic parts to help you stay competitive in your industry. Request a quote today for best-in-class precision machining services.

For more information and consultation, contact us here!

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