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Brass CNC Machining

Brass is an alloy with good machinability and exceptional electrical conductivity. Perfect for parts that require low friction.

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Brass CNC Machining

Brass is the name utilized for a variety of copper-zinc alloys. These alloys differ by the quantity of zinc along with the inclusion of various other alloying elements such as lead, aluminum, and iron. Brass is thermally and electrically conductive because of its copper content. It also has excellent wear resistance. The inclusion of lead enhances machinability, making brass the most machinable of all the copper alloys.

Brass is a functional copper alloy that keeps some of the advantages of copper but additionally enhances several of its attributes. Brass is a mechanically stronger and lower-friction steel, and uses much better deterioration and put on resistance than basic copper. These residential properties make CNC machining brass perfect for mechanical applications that likewise call for corrosion resistance such as those come across in the aquatic sector.

Brass Subtypes

Ultimate tensile strength Yield strength Young’s modulus (modulus of elasticity) Elongation at break Corrosion resistance Magnetism Weldability Application
Brass C360 330 – 350 MPa 140 – 150 MPa 20 – 23 % Moderate Non-magnetic High Gears, pinions and lock parts. Learn More

Brass CNC Machining Surface Finishes

Brass CNC Machining Gallery

Cost-saving Design Tips

Brass is a costly metal, so optimization of its usage is recommended.

1.Design for manufacturing (DFM)

Even though brass is easy to machine, pay attention to design parts that follow the applicable DFM principles. Besides, designing the part to minimize the number of machining setups will further reduce the cost of machining.

2.Choose the right grade

If the application is a purely cosmetic one, it is not necessary to use high-strength or low-friction brass. If your part needs a lot of machining, for example a gear, a more machinable brass is used in order to minimize machining time.

FAQs

Cutting speeds for brass using a plain high speed steel cutter are 90-210 MPM (meters per minute) and 300-700 SFM (surface feet per minute).

Brass is one of the easiest materials to machine, especially in comparison to aluminum. Where aluminum can often stick to machining tools, brass seems to adhere to tools less during machining. It is a metal alloy made of copper and zinc and is one of the most highly used materials in the world, but is still underutilized in the US in machining.

These tips will help you experience more success when CNC machining brass:
Carbide cutting tools or cutters with carbide inserts can improve the material removal rate and extend the tool life.
Allow mills to run a higher speed.
Use spindle liners to protect the equipment, workpiece, and machine operators.
Faster machining speeds and higher quality in brass turning or milling can be achieved by reducing the clearance to damp vibration and eliminating the bar whip.
Proper programming is essential in cnc machining brass, for example, using the proper G-code to set spindle speed and operations based on the requirements of your project.

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