ApexBatch Materials Library

We machine stainless steel into precision CNC parts for aerospace, medical, and marine applications. It offers strong corrosion resistance and stable dimensional accuracy, making it suitable for structural and load-bearing components.

Magnesium is ideal for ultra-lightweight CNC components where weight reduction is critical. It delivers high stiffness with minimal mass.

Aluminum CNC machining is widely used for lightweight, high-precision parts. Aluminum offers good strength, machinability, and heat dissipation.

Titanium CNC parts provide an exceptional strength-to-weight ratio and long-term durability. Titanium performs reliably under high stress and extreme environments.

Copper is selected for CNC machining when electrical conductivity and thermal transfer are critical. Ideal for connectors, heat sinks, and power components requiring precision tolerances.

Nickel alloy CNC components are engineered for high-temperature and corrosive environments. Widely used in aerospace, energy, and chemical processing systems.

Steel CNC machining is ideal for structural parts, tooling, and automotive components. It provides high strength and durability for demanding mechanical applications.

Zinc alloy enables economical production of complex CNC parts such as counterweights and precision balancing systems.

ABS CNC machining is ideal for cost-effective plastic housings and structural components. It offers stable dimensions and easy machinability, widely used in consumer electronics, automotive interiors, and industrial enclosures.

Nylon CNC parts provide high strength and wear resistance for mechanical applications. Reinforced grades improve rigidity and heat performance, making them suitable for gears, bearings, and load-bearing industrial components.

PBT CNC machining is commonly used for electrical and automotive components requiring heat resistance and dimensional stability. It balances performance and cost for precision industrial parts.

Polycarbonate CNC parts combine high impact strength with optical transparency. Suitable for protective covers, optical components, and structural parts requiring flame-retardant or food-grade materials.

PEEK CNC machining is designed for extreme temperature and chemical environments. It is widely used in aerospace, medical, semiconductor, and oil & gas applications requiring long-term mechanical stability.

PEI CNC parts perform reliably in high-temperature environments. Common in aerospace interiors, medical devices, and sterilization-compatible equipment where strength and dimensional stability are critical.

PET CNC machining offers strong mechanical performance and good dimensional stability. It is used in packaging systems, electronics, automotive parts, and display structures.

Polyethylene CNC parts provide excellent chemical resistance and low friction. Suitable for wear components, guides, containers, and low-load structural applications.

PMMA CNC machining delivers high optical clarity for transparent components. Widely used in signage, lighting covers, instrument panels, and display applications.

POM CNC parts are ideal for precision mechanical components requiring low friction and wear resistance. Common applications include gears, bearings, bushings, and cams.

PPS CNC machining supports high-temperature and chemically aggressive environments. It is widely used in automotive engine components, electronics equipment, and chemical processing systems.

Polypropylene CNC parts provide lightweight and cost-effective chemical resistance. Suitable for packaging systems, containers, and low-load structural components.

PVC CNC machining offers economical corrosion-resistant solutions for industrial and construction applications. Common uses include chemical equipment, structural profiles, and electrical enclosures.

Fluoropolymer CNC parts such as PTFE and PCTFE provide extreme chemical resistance and low friction performance.

Thermoset laminate CNC machining is ideal for electrical insulation and structural stability. Common in PCB substrates, fixtures, and industrial insulation components.

3D printed nylon combined with CNC finishing enables complex geometries with improved precision. Suitable for rapid prototyping, small-batch production, and lightweight structural components.

ABS injection molding is ideal for high-volume production of durable plastic housings and structural parts.

Nylon injection molding delivers strong, wear-resistant parts for mechanical applications. Common in automotive components, gears, and load-bearing structures requiring long-term durability.

PBT injection molding supports high-volume production of heat-resistant and electrically insulating components. Frequently used in automotive systems, electronic parts, and industrial equipment.

Polycarbonate injection molding produces impact-resistant parts with excellent transparency. Suitable for safety equipment, optical components, and products requiring flame-retardant or food-grade compliance.

PEEK injection molding is designed for high-temperature and chemically aggressive environments.

Polypropylene injection molding offers cost-efficient production with good chemical resistance. Common in packaging, containers, automotive interiors, and consumer goods.

PPS injection molding supports high-temperature and chemically demanding applications. Frequently used in automotive engine components, electronics equipment, and industrial processing systems.

Stainless steel sheet metal is widely used for corrosion-resistant structural and enclosure parts. Common applications include kitchen equipment, medical devices, architectural panels, and marine components where durability is critical.

Aluminum sheet metal supports lightweight structural designs with strong formability. It is commonly used in aerospace panels, automotive body parts, electronics housings, and architectural structures.

Steel sheet metal offers cost-effective strength for structural and industrial applications. Typical uses include automotive parts, frames, machinery components, and general fabrication projects.

Copper sheet metal is selected for applications requiring high electrical and thermal conductivity. It is widely used in electrical enclosures, heat dissipation systems, and industrial components.

Titanium sheet metal combines high strength with low weight and corrosion resistance. It is commonly used in aerospace structures, medical devices, marine systems, and high-performance industrial components.