FDM / FFFCNC / machiningMolding€€€€€
Plastics
ABS
Tough, machinable, paintable thermoplastic. The default for indoor consumer enclosures and prototype housings.
High strengthWeldable
Materials
Every material we manufacture, in one structured catalog.
Filter by manufacturing process, 3D printing technology, or specific properties — heat resistance, food safety, weldability, and more. Items marked “guide coming soon” are part of the catalog and will gain dedicated pages over time.
Processes5
3D printing tech12
Material grades92
Detailed guides37
FDM / FFF7 + 9 coming
Material extrusion — molten filament deposited layer by layer.
FDM / FFFCNC / machiningMolding
Plastics
PEEK
Continuous-use temperature 260 °C, near-universal chemical resistance, machines like aluminum. The high-performance polymer.
Heat resistantChemical resistantFlame retardantHigh strength
FDM / FFFCNC / machiningMolding
Plastics
PETG
Stronger than PLA, easier to process than ABS. Common for FDM functional prototypes, packaging, and food-contact parts.
Food safeTransparentChemical resistantWeather resistant
MJFFDM / FFFMolding
Elastomers
TPU 95A
Tough thermoplastic elastomer. Bridges the gap between rubber and rigid plastics — flexible but durable.
FlexibleWear resistantWeather resistant
PLA
FDM / FFF
Plastics
PLA
Plant-derived thermoplastic, low warp, biodegradable in industrial composting. The default FDM material for visual prototypes, fixtures, and consumer parts that don't see heat.
Lightweight
ASA
FDM / FFFMolding
Plastics
ASA
ABS-equivalent toughness with excellent UV and weather resistance. The default FDM choice for outdoor housings, automotive trim, and architectural signage.
UV stableWeather resistantHigh strength
POL
FDM / FFFMolding
Plastics
Polypropylene
Low-cost commodity polyolefin. Excellent chemical resistance, fatigue resistance for living hinges, food-safe. The default for high-volume consumer parts.
Chemical resistantFood safeLightweightWeather resistant
Standard thermoplastics
PLA+
Detailed guide coming soon.
Standard thermoplastics
TPE
Detailed guide coming soon.
Standard thermoplastics
PP (Polypropylene)
Detailed guide coming soon.
Composite / reinforced
Carbon fiber PLA
Detailed guide coming soon.
Composite / reinforced
Glass fiber nylon
Detailed guide coming soon.
Composite / reinforced
PETG-CF
Detailed guide coming soon.
High performance / industrial
PEI (ULTEM)
Detailed guide coming soon.
High performance / industrial
PEKK
Detailed guide coming soon.
High performance / industrial
PPS
Detailed guide coming soon.
SLA1 + 7 coming
Vat photopolymerization — laser-cured resin.
STA
SLADLPLCD / MSLA
Plastics
Standard SLA
The base SLA resin family. Excellent surface finish and detail; brittle compared to thermoplastics. The default for cosmetic prototypes, dental models, and figurines.
Transparent
Resin families
Standard resin
Detailed guide coming soon.
Resin families
Tough resin
Detailed guide coming soon.
Resin families
Flexible resin
Detailed guide coming soon.
Resin families
Castable resin
Detailed guide coming soon.
Resin families
Dental resin
Detailed guide coming soon.
Resin families
High temp resin
Detailed guide coming soon.
Resin families
Transparent resin
Detailed guide coming soon.
SLS3 + 3 coming
Selective laser sintering — polymer powder fusion.
MJFSLS
Plastics
PA12 Nylon
Powder-bed fusion's workhorse polymer. Isotropic mechanical properties, good chemical resistance, and reliable cosmetic results.
High strengthChemical resistantWear resistantLightweight
MJFSLS
Composites
CF-PA12
Carbon-fiber-reinforced PA12 with significantly higher modulus than unfilled nylon. Strong, lightweight, ideal for jigs, brackets, and end-of-arm tooling.
High strengthLightweightHeat resistantWear resistant
PA1
SLSMJF
Plastics
PA11 Nylon
Castor-oil-derived nylon for powder-bed fusion. More elongation and impact resistance than PA12; preferred for living hinges, snap-fits, and impact-loaded parts.
High strengthChemical resistantWear resistantLightweight
Powder polymers
PA11
Detailed guide coming soon.
Powder polymers
Glass-filled nylon
Detailed guide coming soon.
Powder polymers
PP (powder)
Detailed guide coming soon.
DMLS4 + 2 coming
Direct metal laser sintering — metal powder fusion.
DMLSSLM / LPBFCNC / machining
Metals
Titanium Gr 5
The most common titanium alloy. Strength-to-weight competitive with steel, biocompatible, and corrosion-resistant in nearly any environment.
High strengthLightweightBiocompatibleChemical resistant
INC
DMLSSLM / LPBFCNC / machining
Metals
Inconel 718
Aerospace and oilfield superalloy. Maintains strength to 700 °C, exceptional fatigue and corrosion resistance, available as machined stock and DMLS/SLM powder.
Heat resistantChemical resistantHigh strength
STA
DMLSSLM / LPBFCNC / machining
Metals
Stainless 17-4 PH
Aerospace, marine, and oilfield precipitation-hardening stainless. Higher strength than 304/316L while retaining good corrosion resistance.
High strengthWeldableChemical resistantWeather resistant
COB
DMLSSLM / LPBFCNC / machiningCasting
Metals
Cobalt Chrome
Hard, biocompatible cobalt-chromium superalloy. Standard for dental copings, orthopedic implants, and gas-turbine vanes — DMLS-printed or cast.
Heat resistantBiocompatibleWear resistantChemical resistant
Metal powders
17-4 PH stainless
Detailed guide coming soon.
Metal powders
Tool steel
Detailed guide coming soon.
PolyJet1 + 5 coming
Material jetting — multi-material photopolymer jets.
POL
PolyJet
Plastics
PolyJet Rigid
Industrial multi-material photopolymer. Surface finish rivals injection molding for prototypes; supports color and rigid-flex multi-material parts.
Transparent
Photopolymer families
Rigid opaque
Detailed guide coming soon.
Photopolymer families
Transparent
Detailed guide coming soon.
Photopolymer families
Rubber-like
Detailed guide coming soon.
Photopolymer families
Digital ABS
Detailed guide coming soon.
Photopolymer families
Biocompatible
Detailed guide coming soon.
Machining, molding & sheet8
CNC / machiningSheet & laser
Metals
Aluminum 6061-T6
Versatile, weldable aluminum alloy with great machinability, anodizing quality, and corrosion resistance. The most-quoted CNC material on Uretyco.
LightweightWeldableWeather resistantElectrically conductive
CNC / machining
Metals
Aluminum 7075-T6
Aerospace-grade aluminum with ~1.7x the strength of 6061. Machines well, anodizes acceptably, and is the choice when strength-to-weight matters most.
High strengthLightweight
CNC / machiningSheet & laser
Metals
Stainless 304
The most common austenitic stainless. Excellent corrosion resistance for indoor environments and most food applications. Affordable and widely stocked.
WeldableFood safeWeather resistantChemical resistant
CNC / machiningSheet & laser
Metals
Stainless 316L
Molybdenum-bearing austenitic stainless with excellent chloride resistance. The grade for marine, pharma, and process plant equipment.
WeldableChemical resistantWeather resistantBiocompatible
CNC / machiningSheet & laser
Metals
Steel 1018
The cheap, weldable, machinable mild steel for structural and prototype work. Standard stock for brackets, plates, and weldments.
WeldableHigh strength
CNC / machining
Metals
Steel 4140
Pre-hardened chromoly alloy steel. Higher strength than mild steel, common for shafts, gears, fixtures, and tooling.
High strengthWear resistantWeldable
CNC / machining
Metals
Brass C360
Free-cutting brass with the highest machinability rating of any metal. Standard for fittings, valves, fasteners, and decorative hardware.
Low frictionElectrically conductive
CNC / machiningSheet & laser
Metals
Copper C110
High-conductivity electrolytic tough pitch copper. Standard for bus bars, electrical contacts, and heat exchanger components.
Electrically conductiveWeldable
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