Precision Machined Components

What Are Precision Machined Components?

Precision machined parts often require intricate features and require precise specifications. These parts may include threads, holes, grooves, or tapers that must provide an exact fit with other components.

Precision machining is typically used to produce metal parts that require precision for the product to function properly. For example, the components that make up an automobile engine require precise specifications for optimal performance.

There is less room for error, requiring machinists to use specialized equipment for a closer tolerance. By using computer numerically controlled machines (CNC machines), lathes, and presses, our team manufactures a wide range of intricate metal parts that require keen attention to detail.

Uses for Precision CNC Machined Components

Precision machining is a vital part of the production of components that you likely use every day. The auto, electrical, electronics, medical, and aerospace industries all rely heavily on precisely machined parts to produce products that meet quality and safety standards.

Precision machining can be used to design tools, parts, custom fasteners, and other essential hardware. These parts require a tighter tolerance to ensure a proper fit with other components.

Precision machining is also useful as a means of maintaining consistency when mass-producing components. This is especially common when producing things like fittings. Precision machined parts manufacturers ensure repeatable, consistent results.

Precision machining can also be used for finishing metal products. For example, you may use precision machining to finish parts produced through die casting or other less accurate fabrication methods.

Why Choose Precision CNC Machined Components for Your Project?

At Kesu Hardware, our precision machining services are available for a wide range of applications, including secondary and finishing work.

Some of the benefits of precision machining include:

Greater accuracy

Increased repeatability

Increased efficiency

Reduced material waste

Time savings

Manually cutting or using a die-casting process often results in greater variance in the final dimensions or surface of fabricated parts. Components may not fit together perfectly, limiting the function of the product.

Precision machining provides greater efficiency and less variance compared to other metal fabrication methods that involve more manual input. Computer-aided machines operate faster than human-operated machines while producing fewer errors, saving time, and reducing material waste.

Industries Served

Since our inception, we have built a long list of satisfied customers in each of these industries by providing them high precision machined components. 

• Medical and Dental

• Automotive

• Electronic and Instrumentation 

• Aerospace

• Textiles

• Hydraulic Equipment