Characteristic: Lightweight,  Excellent strength-to-weight ratio, Natural corrosion resistance, High thermal conductivity, Superior dimensional stability, Good machinability.

Alloys: Aluminum 6061, 6061-T6, 7075, 7075-T6, 6063, 6082,5052,2024

Common Applications: Aluminum CNC machining is ideal for various applications, such as aerospace frames, automotive parts, consumer electronics enclosures, and heat sinks.

Characteristic: High strength, Excellent corrosion and heat resistance, Hygienic surface, Durability.

Alloys: Stainless Steel 301, 303, 304, 316, 316L, 416, 420, 430,17-4 PH

Common Applications: Stainless steel CNC machining is widely used in Medical instruments, food processing equipment, marine hardware, surgical components, high-strength structural parts.

Characteristic: High tensile strength, Versatile in hardness, Good Machinability, Cost-Effectiveness, Heat Resistance

Alloys:  Carbon Steel, Alloy Steel, Die Steel, Tool Steel, High Speed Steel,Galvanized Steel

Common Applications: Steel CNC machining is highly beneficial to various industrial applications due to its extensive alloy options and versatile hardness, like machine parts, tooling jigs and fixtures, structural components, frames.

Characteristic: Exceptional strength-to-weight ratio, Biocompatible, Highly corrosion resistant, Low thermal expansion enhances dimensional stability.

Alloys: Titanium Alloy TA1, Alloy TA2, Alloy TC4/Ti-6Al 4V

Common Applications: Titanium CNC Machining is indispensable for critical applications such as aerospace components, medical implants, and high-performance automotive and marine parts.

Characteristic: Excellent machinability, Good electrical & thermal conductivity, Corrosion resistance, Antimicrobial.

Common Applications: Brass CNC machining is ideal for industrial applications requiring durability and precision, like electrical components, fittings, decorative hardware, musical instrument parts, low-friction bearings.

Characteristic: Efficient thermal/electrical conductivity, Good corrosion resistance, Antimicrobial, Superior malleability.

Common Applications: Copper CNC machining is ideal for electrical wiring, electrodes, plumbing parts, and heat exchangers.

Characteristic: Excellent wear resistance, Corrosion resistance, Good machinability, High Strength & Low Friction

Common Applications: Bronze CNC machining is ideal for intricate, heavy-duty components and applications requiring strength, like bushings, bearings, wear plates, and marine hardware (propellers, fittings).

Characteristic: High impact resistance, Excellent strength-to-Weight Ratio, Excellent dimensional stability, Good machinability.

Common Applications: Magnesium CNC machining is ideal for aerospace components, racing car parts, lightweight enclosures for electronics, and camera/lens bodies.

Characteristic: Good Machinability, Good dimensional stability, Natural corrosion resistance

Common Applications: Zinc CNC machining is ideal for die-cast parts, custom fixtures, low-strength brackets, and components requiring electromagnetic shielding.

Characteristic: Tough, Impact-resistant, Good machinability, chemical resistance, can be easily painted and glued.

Type: Beige ABS, Black ABS, Clear ABS, 94V0 flame retarding ABS

Common Applications: ABS CNC machining is ideal for Prototype housings, automotive trim, consumer products.

Characteristic: Extremely high impact strength, High transparency, Good heat resistance. 

Type: Black PC, White PC, Transparent PC

Common Applications: PC CNC machining is ideal for eyewear lenses, electronics, automotive parts, light diffusers, and safety equipment.

Characteristic: Excellent optical clarity, High UV resistance, Good machinability.

Common Applications: PMMA CNC machining is ideal for aesthetically critical components, like instrument dials, vehicle lamp covers, light diffusers, and transparent enclosures.

Characteristic: Good fatigue resistance, low friction, good overall toughness, well wear resistance, excellent dimensional stability, and superb machinability

Common Applications: POM CNC machining is ideal for High-precision mechanical parts such as bearings, bushings, gears, automotive parts and valve components.

Characteristic: High strength, Good wear and chemical resistance, low friction. Absorbs moisture, which can affect dimensions.

Type: PA6, PA66

Common Applications: Nylon CNC Machining is commonly used in Gears, bushings, bearings, rollers, functional mechanical parts.

Characteristic: Low friction, Easily machinable, Shock absorbent, Chemical resistance, Lightweight.

Common Applications: PE CNC Machining is commonly used in household goods and lightweight parts.

Characteristic: Hydrophobic, High thermal stability, Excellent mechanical strength, Chemical resistance, Biocompatible.

Common Applications: PEEK CNC Machining is ideal for  aerospace, medical, and automotive parts, bearings, washers and gears, spinal implants, surgical tools.

Characteristic: Chemically resistant, High fatigue resistance, Low density, Good thermal resistance.

Common Applications: PP CNC Machining is commonly used in packaging, consumer goods BPA-free food containers, electrical equipment, and household appliances.

Characteristic: Chemical resistance, Food-safe,  High-temperature resistance, Extremely low friction

Common Applications: PP CNC Machining is commonly used in Medical implants, non-stick applications, chemical-resistant parts, electrical component insulation

Characteristic:  Chemical Resistance, Electrical Insulation, Mechanical Strength, Durability & Weathering

Common Applications: PVC CNC Machining is commonly used in electrical, energy, construction and medical industries.

Characteristic: High strength and Stiffness, Excellent impact resistance, Heat resistance.

Applications: PC+ABS CNC Machining is commonly used in consumer electronics housings, automotive interior trim, functional prototypes, and enclosures requiring a balance of toughness and aesthetics.

Characteristic: High Strength and Stiffness, Dimensional Stability, Heat Resistance, Wear Resistance

Applications: PA+GF30% CNC Machining is commonly used in high-load structural parts, gears, bearings, engine covers, drone arm frames, and mechanical components requiring strength, stiffness, and heat resistance.