CNC machining Precision machining material type
Considered exotic in terms of manufacturing, aluminum is probably the most widely used CNC milling material. The ability to
process faster than other materials makes aluminum a more useful material for CNC machining. Due to its light
weight, non-magnetic properties, corrosion resistance and low cost, aluminum is widely used in the production of aircraft parts, car parts, bicycle frames and food containers.
Stainless steel alloys are not affected by most stains and rusts. The material is favored for its strength and
corrosion resistance and can be used in anything from surgical equipment to electronic hardware. Stainless steel
is a very versatile material that is relatively light and durable, expanding its application in various industries.
Titanium is heat and corrosion resistant, making it a viable choice for many industrial applications.
Titanium is unaffected by salt and water and is widely used in the manufacture of medical implants, aircraft parts and jewelry.
Magnesium is the lightest structural metal widely used by precision machining service providers.
Magnesium's excellent machinability, strength and sturdiness make it ideal for applications in several industrial sectors.
It is a nickel-based superalloy that has gained popularity in recent years due to its various beneficial properties.
Inconel parts are suitable for environments where water corrosion or oxidation may occur.
It is also ideal for applications where parts may be subjected to extreme pressure and heat. In addition to the above materials,
there are several materials that are compatible with precision CNC machining processes. These include cemented carbide, tungsten, palladium,
Invar, nickel, niobium, alloy steel, beryllium, cobalt, iridium and
molybdenum, among others. It is important to choose the right material after considering the application field of its use and other Processing activities.
Choosing the right material from multiple options is critical as it determines the success of the application