Stainless Steel CNC Machining Services In Bay Area

Metals such as stainless steel are remarkably versatile and are often used for CNC (Computer Numerical Control) machining and CNC turning in the aerospace, automotive and marine industries. The corrosion resistance of stainless steel makes it appealing for a wide variety of uses, thanks to its different alloys and grades. You will learn about the different types of stainless steel, what their mechanical properties are, and how to determine which grade is best for your project.

Why does CNC machining use stainless steel?

As a metal of great versatility, stainless steel is commonly used for CNC (Computer Numerical Control) Machining and CNC turning in aerospace, automotive, and maritime settings. Corrosion Resistance is the top benefit of using stainless steel in CNC. Stainless steel is known for being extremely corrosion-resistant, which is one of its best and most recognizable characteristics. It is also resistant to heat and fire. It is also strong and durable. It has an attractive appearance. It is long-lasting.

Commonly Used Stainless Steel In CNC Machines.

Duplex Stainless Steel: These stainless steels have a two-phase metallurgical structure and are sometimes called austenitic-ferrite stainless steels. Due to the presence of both austenitic and ferrite phases, duplex stainless steel contains both phases. These stainless steels have higher strength and corrosion resistance than austenitic stainless steels.

Steel Hardened by Precipitation: In addition to being heat treatable, precipitation hardened steel is very corrosion-resistant steel. This makes it a popular material for aerospace components, where there is a need for extreme durability and reliability.

Stainless Austenitic Steel: The machines used in CNC machining are commonly austenitic stainless steels because they are easy to machine and easy to weld. Austenitic stainless steel is non-magnetic because of its crystalline structure and cannot be hardened by heat.

Ferrous Steel: Stress corrosion cracking is highly resistant to ferrite steel. As a result, it is often selected for use in chloride-containing environments. A corrosive environment, such as chlorides, can cause stress corrosion cracks in steel.

The Martensitic Steel: Compared to austenitic steels, marten site is very hard steel that can be hardened and heat-treated; however, it has a reduced chemical resistance.

Grades of Stainless Steel to Consider

Assertion Of Strength: The tensile strength of your material is often a determining factor. It will help you eliminate materials that are not strong enough.

Purchasing Price: You should consider cost if it is your primary concern. Reduce costs by simplifying parts and reducing machining operations as much as possible.

Magnetic Force: Magnetism plays an important role in certain projects. The microstructure of austenitic steel makes it non-magnetic.

Our goal at San Diego Machine in the Bay area is to help customers design and manufacture stainless steel CNC machines. Our engineers will make sure that the stainless steel CNC machines you create are economically efficient.

San Diego Machine Group specializes in Cnc Machining of prototype or production parts, Mechanical Assembly, turnkey product development. For more details website here; https://www.sandiegomachine.com/