High precision metal parts enable a company to be competitive in today’s marketplace. Precision metal fabricating involves preparing components to help companies produce a successful product. One particular aspect of providing a fabricated part with the right finish is precision machining.
Precision Machining – Tools
Machining is a subtractive process. It removes excess or unwanted raw material from a part. The result is a more finished component. Precision machining requires the latest technology to accomplish this expertly. Included are a variety of different tools and equipment. Among the most common are:
- Drill presses
- Lathes
- Mills
- Turning machine
The addition of CNC and software applications abets precision machining in meeting very exacting requirements, including specific tight tolerances and edges. This applies to the creation of both components directly for industry and for tools for precision metal fabrication companies.
Metals
As with processes, the metals differ. They are selected based on the specific part and two basic factors:
- Application
- Environment
Cost also influences the selection process as do government regulations and industry standards. In fabrication, however, certain metals do hold prominence. They are:
- Aluminum
- Brass
- Copper
- Carbon steels
- Stainless steel
Applications
Precision machining is able to address the needs and specifications of various industry sectors, including:
- Appliance
- Automotive
- Construction
- Electrical distribution
- HVAC
- Machinery and tools
- Medical
- Military
- Plumbing
Precision CNC Machining, in particular, provides the necessary mechanical and even aesthetic qualities for specific components for many industrial sectors.
Precision Metal Fabricating: Precision Machining
The machining process is one component of precision metal fabricating. It provides the finishing touches or polish to a part. By removing excess or undesirable raw material, precision machining makes the component completely functional and practical, therefore fulfilling the rigid and exacting demands for the application. At the same time, machining is fast, cost-effective in labor, material and time, and very precise.
