CNC machining materials
CNC machining in Aluminum
CNC Machining uses a numerical code to program a computer while it cuts a part out of the metal material.
CNC Aluminum
CNC machining in aluminum is a popular option for the aerospace, medical, and automotive industries. It supplies a quality part that is lightweight yet strong.

Description
Applications | Medical, automotive, and aerospace parts, lightweight mechanical parts, replacement parts |
Strengths |
|
Weaknesses |
|
Characteristics
Price | $$$$$ |
Lead Time | 20 business days |
Wall Thickness | 1 mm |
Tolerance | +/- .127mm |
Max weight on table | 113 kg |
Available materials
Aluminum 6061
CNC machined Aluminum 6061 is best for automotive, aerospace, medical parts, and any other part that needs to be lightweight yet sturdy. It can be welded and is a great all-purpose CNC material.
Aluminum 7075
CNC machined Aluminum 7075 is great for aerospace parts since it has great fatigue resistance. It is also lightweight yet sturdy. It is good for gears and shaft parts, and has zinc as a main alloy element.
FAQ’s
FAQ 1: Do you offer CAD design work?
We have an in-house CAD file designer available to hire starting at $50/hour. Email [email protected] for more information.
FAQ 2: What CNC processes do you offer?
We have CNC milling machines and CNC turning lathes.
FAQ 3: What types of finishes do you offer for CNC parts?
We can leave your parts as-machined, or andonize, powder coat, bead blast, or hard coat andonize them. You can specify the finish you want when placing your order.
FAQ 4: What CNC material types do you offer?
FAQ 5: Do you offer rush production?
Rush production is available for CNC orders. You can specifiy rush production when placing your order.
FAQ 6: What process is CNC considered to be?
CNC is considered to be a subtractive process, since it works by cutting away at a block of material to form the desired object.
FAQ 7: What does CNC stand for?
CNC means Computer Numerical Control. This refers to the manner in which a computer is programmed with numbers to create the part.