CNC Machining Service

Aluminum is often favored in the machining industry because of its unique combination of characteristics such as low density, impressive mechanical properties, superior thermal and electrical conductivity, and corrosion resistance. 

CNC machining frequently utilizes Aluminum alloys like 6061-T651, 7075-T651, and 2024-T351. These alloys are preferred due their well-rounded balance between strength, ease of machine-ability, and cost effectiveness.

Brass, a lustrous golden alloy derived from both copper and zinc, boasts characteristics such as resistance to weather and corrosion, and offers tensile strength comparable to mild steel. Additionally, one of the prominent attributes of brass is its ease of machining. This allows for substantial feed rates while simultaneously reducing the need for excessive coolant.

Steel Alloy 4140, a low alloy variant enriched with elements like chromium, molybdenum, and manganese, is a popular choice across diverse industries. It advances as an ideal material for machining, primarily attributed to its remarkable toughness, superior fatigue strength, and resistance to abrasion and impacts.

As a favored material for a variety of CNC machining initiatives, stainless steel offers exceptional machinability and impressive uniformity. This, alongside good workability and weldability, make it a highly adaptable choice for diverse machining requirements. Moreover, its superior ductility and formability ensure that any specific project specifications can be efficiently met.

Titanium holds a favorable position in CNC machining owing to its outstanding strength-to-weight ratio, corrosion resilience, and biocompatibility. Nevertheless, titanium’s characteristics also introduce some complexities during machining. This can be attributed to its robust strength, lesser thermal conductivity, and its propensity to become work-hardened during the cutting process.

Dominantly referred to as mild steel, low carbon steel caps its carbon content at 0.30%. This composition casts it with lesser tensile strength, but concurrently escalates its malleability and ductility – hence making it more workable compared to its high carbon steel counterparts.

Invar, a nickel-based alloy, is distinguished by its exceptionally low thermal expansion coefficient. This specific attribute makes it the perfect material for applications demanding high dimensional stability. Examples of such applications include precision instruments, engine valves, and sizable aerostructure molds.

Inconel is a potent mixture of nickel alloy renowned for its high strength and corrosion resistance. It finds its ideal use in the aerospace industry, making it a preferred choice for such demanding applications.