The 5 Most Common metal materials of CNC Machining from Allen Smith's blog


CNC machining is more popular than ever with today’s technological advancements in machining, along with a vast array of superior metal alloys such as superalloys. 

CNC machines cut through nearly any material you can think of. you can use a wide range of materials in a CNC machine ,We've listed the most commonly metal materials below:

1.Brass

When it comes to machining components, brass is a soft and simple material. By CNC machining, it is a common and popular material for various industries.

Brass parts made by CNC machining start as a raw piece of metal that is fixed to a CNC machine and turned or milled until it has the shape or object you want.

2.Stainless Steel

Stainless Steel is one of the most popular metal materials to produce components for various fields, benefits from its strong hardness, beautiful appearance and stable resistance against rusting.

3.Aluminum

Aluminum is an excellent choice for CNC machined components because it is superiorly machinable, lightweight, strong and heavily corrosion resistant. Aluminumalloys are relatively thermally and electrically conductive, making them fit for applications in thermal management and electronics.

4.Copper

CNC Machining Copper Material has good electrical and thermal conductivity, is soft and good for machining due to its high plasticity, and the machining cutter can run faster than other steel materials to easily and quickly achieve the desired shape.

5.Titanium

Titanium alloys are tough, strong, relatively lightweight, and corrosion resistant. Titanium is considered to be the most noble metal and be excellent in aggressive environments where other metals may fail.

 

what type of company you want to work with to machine your materials?Look for CNC machining industries with strong attention to detail and ability to create hard-to-find parts,  Asianstar has you covered,We mostly provide CNC Turning, Milling, Drilling, Grinding, and Multi Machining processes service on various materials. 


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By Allen Smith
Added Mar 9 '23

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