Materials We Offer

Commercial-grade metal stock machined from bar and billet for precision parts.

CNC Metals — material comparison

Materials	Description	Price
Tool Steel D2	Precision-ground D2 tool steel for high-wear applications.	$$$$$Relative material cost:Lowest
Aluminum 2024	High-strength aluminum alloy for aerospace structural components.	$$$$$Relative material cost:Lowest
Aluminum 5083	Cast aluminum plate for precision machining and dimensional stability.	$$$$$Relative material cost:Lowest
Brass H62	H62 brass for good machinability and corrosion resistance.	$$$$$Relative material cost:Lowest
Carbon Steel 1045	1045 carbon steel with black oxide for wear resistance.	$$$$$Relative material cost:Lowest
Copper T2	T2 copper for high electrical and thermal conductivity.	$$$$$Relative material cost:Lowest
Stainless Steel 17-4PH	Hardened 17-4 PH stainless steel for high strength and corrosion resistance.	$$$$$Relative material cost:Lowest
Stainless Steel 440C	High-carbon martensitic stainless steel for wear and corrosion resistance.	$$$$$Relative material cost:Lowest
Stainless Steel SUS316L	SUS316L stainless steel with a mirror finish for corrosion resistance.	$$$$$Relative material cost:Lowest
Titanium Alloy TC4	High-strength TC4 titanium alloy for aerospace and medical use.	$$$$$Relative material cost:Lowest
Aluminum Black AL6061	Black anodized 6061 aluminum for corrosion resistance and aesthetics.	$$$$$Relative material cost:Lowest
Aluminum Blue AL7075	Blue anodized 7075 aluminum for high strength and corrosion resistance.	$$$$$Relative material cost:Lowest
Metal Aluminum Hardcoat Anodized Olive	Hardcoat anodized aluminum in olive for enhanced wear resistance.	$$$$$Relative material cost:Lowest
Aluminum	Lightweight, high thermal conductivity, corrosion-resistant, ideal for complex designs.	$$$$$Relative material cost:Lowest
Copper	Excellent electrical and thermal properties, ductile, antimicrobial, enhances heat transfer.	$$$$$Relative material cost:Lowest
Brass	Durable, distinctive golden color, strong, easily machinable for detailed components.	$$$$$Relative material cost:Lowest
Bronze	Strong, superior corrosion resistance, particularly in marine environments, suitable for bearings and bushings.	$$$$$Relative material cost:Lowest
Steel	Robust, versatile in hardness, supports a broad range of industrial applications.	$$$$$Relative material cost:Lowest
Stainless Steel	Exceptional corrosion resistance, maintains strength at high temperatures, preferred for visual and functional uses.	$$$$$Relative material cost:Lowest
Magnesium	Lightest structural metal, high strength-to-weight ratio, easily machinable, beneficial for weight-sensitive applications.	$$$$$Relative material cost:Lowest
Titanium	Outstanding strength-to-weight ratio, corrosion-resistant, essential in aerospace and medical sectors.	$$$$$Relative material cost:Lowest

Precision CNC machining for custom plastic components.

CNC Plastics — material comparison

Materials	Description	Price
Plastic Delrin POM Black	Black Delrin (POM) for high strength and low friction.	$$$$$Relative material cost:Lowest
Plastic Delrin POM White	White Delrin (POM) for low friction and dimensional stability.	$$$$$Relative material cost:Lowest
Plastic PEEK	High-performance PEEK for extreme heat and chemical resistance.	$$$$$Relative material cost:Lowest
Plastic PTFE Teflon White	White PTFE (Teflon) for chemical resistance and low friction.	$$$$$Relative material cost:Lowest
Plastic Acrylic PMMA Clear	Clear acrylic (PMMA) for optical clarity and aesthetic parts.	$$$$$Relative material cost:Lowest
ABS	Durable, impact-resistant, easily machinable, good thermal stability, suitable for detailed CNC machining.	$$$$$Relative material cost:Lowest
PC	High impact strength, excellent transparency, heat-resistant, machinable, ideal for precision parts requiring clarity.	$$$$$Relative material cost:Lowest
PMMA (Acrylic)	Excellent optical clarity, UV resistant, good machinability, ideal for aesthetically critical components.	$$$$$Relative material cost:Lowest
POM	High stiffness, low friction, excellent dimensional stability, good wear resistance, ideal for precision parts.	$$$$$Relative material cost:Lowest
PA (Nylon)	High strength, good abrasion resistance, moisture absorbent, durable, suitable for complex geometries.	$$$$$Relative material cost:Lowest
PE	Chemically resistant, low friction, easily machinable, shock absorbent, suitable for lightweight parts.	$$$$$Relative material cost:Lowest
PEEK	High thermal stability, excellent mechanical strength, chemical resistance, suitable for high-performance parts.	$$$$$Relative material cost:Lowest
PP	Chemically resistant, excellent fatigue resistance, low density, good thermal resistance, easily machinable.	$$$$$Relative material cost:Lowest
PTFE (Teflon)	Extremely low friction, high heat resistance, excellent chemical resistance, ideal for non-stick applications.	$$$$$Relative material cost:Lowest
PS	Lightweight, rigid, cost-effective, and easily machinable, suitable for prototypes, models, and low-load components.	$$$$$Relative material cost:Lowest

Custom injection molding for engineering plastics and thermoplastics.

Injection Molding Plastics — material comparison

Materials	Description	Price
Plastic Ultem PEI Amber	Amber Ultem (PEI) for high strength and thermal resistance.	$$$$$Relative material cost:Lowest
ABS	Tough, impact-resistant, moderately heat-resistant, good mechanical properties, easily processed.	$$$$$Relative material cost:Lowest
PC	High impact strength, excellent transparency, good heat resistance, stable in mechanical and optical properties.	$$$$$Relative material cost:Lowest
Nylon(PA)	High strength, excellent wear and chemical resistance, absorbs moisture which affects properties, versatile in applications.	$$$$$Relative material cost:Lowest
PE	Chemically resistant, low moisture absorption, high ductility, good impact resistance, widely used.	$$$$$Relative material cost:Lowest
PMMA	High impact strength, excellent transparency, good heat resistance, stable in mechanical and optical properties.	$$$$$Relative material cost:Lowest
POM	High stiffness, excellent dimensional stability, low friction, good wear resistance, strong mechanical properties.	$$$$$Relative material cost:Lowest
PEEK	Exceptional mechanical and chemical resistance, withstands high temperatures, high strength, suitable for demanding applications.	$$$$$Relative material cost:Lowest
PBT	Good mechanical properties, high heat resistance, excellent electrical properties, moisture resistant.	$$$$$Relative material cost:Lowest
PP	Chemically resistant, excellent fatigue resistance, low density, good thermal properties, economical.	$$$$$Relative material cost:Lowest
Teflon(PTFE)	Extremely low friction, high heat resistance, excellent chemical resistance, non-stick properties, durable.	$$$$$Relative material cost:Lowest
HDPE	High strength, lightweight, chemical resistant, food safe, durable, low cost, good rigidity	$$$$$Relative material cost:Lowest
PS	Rigid, easy molding, good transparency, low heat resistance, brittle	$$$$$Relative material cost:Lowest
HIPS	High impact, rigid, easy processing, good coloring, lightweight, stable dimension	$$$$$Relative material cost:Lowest
PPS	High heat resistance, excellent chemical resistance, inherent flame retardant, high rigidity, dimensional stability, low moisture absorption	$$$$$Relative material cost:Lowest
PET	High clarity, lightweight, strong, impact-resistant, good barrier, food-safe, cost-effective	$$$$$Relative material cost:Lowest
LDPE	Flexible, soft, low density, good toughness, chemical resistant, food-safe, easy processing	$$$$$Relative material cost:Lowest
PVC	Rigid, chemical resistant, flame retardant, easy processing, stable, good insulation	$$$$$Relative material cost:Lowest
UPE	Ultra‑high wear resistance, self‑lubricating, impact‑resistant, chemical resistant, low friction, non‑sticky, food safe	$$$$$Relative material cost:Lowest
TPE	Soft, flexible, rubber‑like, good elasticity, non‑toxic, weatherproof, easy molding	$$$$$Relative material cost:Lowest

Explore sheet metal materials, fabrication processes, and finishing options for custom industrial components.

Sheet Metals — material comparison

Materials	Description	Price
Aluminum	Lightweight, corrosion-resistant, good thermal conductivity, highly formable, ideal for complex bending and shaping.	$$$$$Relative material cost:Lowest
Brass	Strong, machinable, corrosion-resistant, distinctive appearance, ideal for decorative and detailed work.	$$$$$Relative material cost:Lowest
Copper	High thermal and electrical conductivity, ductile, corrosion-resistant, excellent for intricate forming and bending.	$$$$$Relative material cost:Lowest
Steel	Strong, durable, versatile in hardness, capable of withstanding significant stress, suitable for robust structures.	$$$$$Relative material cost:Lowest
Stainless Steel	Highly corrosion-resistant, maintains strength at high temperatures, aesthetic finish, ideal for exposed components.	$$$$$Relative material cost:Lowest

Additive manufacturing for custom plastic prototypes and parts.

3D Printing Plastics — material comparison

Materials	Description	Price
3D Printing Carbon Fiber Composite	Carbon fiber composite for lightweight and high-strength 3D printed parts.	$$$$$Relative material cost:Lowest
3D Printing SLA Resin	High-resolution SLA resin for smooth and detailed prototypes.	$$$$$Relative material cost:Lowest
3D Printing SLS Nylon PA12	Durable SLS nylon PA12 for functional prototypes and end-use parts.	$$$$$Relative material cost:Lowest
ABS	Durable, impact-resistant, moderately heat-resistant, easily machinable for sturdy 3D prints.	$$$$$Relative material cost:Lowest
Nylon	Strong, flexible, wear-resistant, moisture-sensitive, offers excellent durability and versatility for 3D printing.	$$$$$Relative material cost:Lowest

Metal additive manufacturing for complex and functional components.

3D Printing Metals — material comparison

Materials	Description	Price
3D Printing SLM Metal Titanium	SLM titanium for high-strength, lightweight, and complex metal parts.	$$$$$Relative material cost:Lowest
Aluminum	Lightweight, high strength-to-weight ratio, excellent thermal conductivity, corrosion-resistant, suitable for complex 3D printed parts.	$$$$$Relative material cost:Lowest
Stainless Steel	Highly corrosion-resistant, maintains strength at high temperatures, suitable for durable and precise 3D prints.	$$$$$Relative material cost:Lowest