3D Printing, CNC & Casting Materials available in Australia
Browse every material we run in-house — filter by process, search by name or scan by property. Every entry lists the right applications, mechanical properties and finishing options so you can spec your part with confidence.
Material datasheets
Available on request for every entry below
PLA
Bio-thermoplastic
Easy-printing biopolymer with crisp detail. The default for visual prototypes and one-off models.
PLA+
Bio-thermoplastic
Toughened PLA blend with better impact and inter-layer strength than standard PLA.
Tough PLA
Bio-thermoplastic
ABS-like toughness in a PLA backbone — easier printing without the warp.
Matte PLA
Bio-thermoplastic
Diffuse matte finish that hides layer lines beautifully — perfect for presentation models.
Silk PLA
Bio-thermoplastic
Pearlescent silk-finish PLA with a glossy metallic sheen. Great for decorative parts.
Wood-filled PLA
Composite filament
PLA blended with wood fibre — sandable, stainable, and smells like fresh sawdust off the bed.
Metal-filled PLA
Composite filament
PLA loaded with copper, bronze or steel powder for heavy, polishable metallic prints.
Carbon-fibre PLA
Composite filament
Chopped carbon-fibre stiffened PLA. Higher rigidity, matte black finish, no warp.
PETG
Co-polyester
Glycol-modified PET with great chemical resistance and clarity. Food-safe grades available.
PETG-CF
Composite filament
Carbon-fibre reinforced PETG — stiffer and more thermally stable than standard PETG.
PETG-GF
Composite filament
Glass-fibre reinforced PETG. High stiffness with reduced shrinkage on large parts.
ABS
Engineering thermoplastic
Tough, impact-resistant industrial workhorse. Acetone-vapour smoothable.
ABS+
Engineering thermoplastic
Modified ABS with improved layer adhesion and reduced warping for larger industrial parts.
ASA
Engineering thermoplastic
ABS's UV-stable cousin. Survives outdoors without yellowing — signage, solar enclosures.
ASA-CF
Composite filament
Carbon-fibre reinforced ASA. UV-stable, stiff, dimensionally accurate.
HIPS
Styrenic plastic
High-impact polystyrene — light, machinable, and dissolvable in d-limonene as ABS support.
Nylon PA6
Polyamide
Tough, abrasion-resistant nylon for mechanical parts and wear components.
Nylon PA12
Polyamide
Lower-moisture nylon with great chemical resistance and dimensional stability.
Nylon PA6-CF
Composite filament
Carbon-fibre reinforced PA6 — high stiffness for production-grade mechanical parts.
Nylon PA12-CF
Composite filament
Lower-warp nylon-carbon composite — stable on larger functional parts.
Nylon PA6-GF
Composite filament
Glass-fibre reinforced PA6 — affordable stiffness uplift versus carbon.
PAHT-CF
Composite filament
Polyamide High-Temp Carbon-Fibre — Bambu/UltraFuse industrial-grade filament.
Polycarbonate (PC)
High-temp thermoplastic
Stiff, transparent-tinted engineering plastic with high heat tolerance.
PC-ABS
Blend
Polycarbonate impact toughness with ABS printability. Automotive interiors love this.
PC-CF
Composite filament
Carbon-fibre reinforced polycarbonate. Aerospace-grade industrial filament.
TPU 95A
Flexible elastomer
Shore 95A flexible polyurethane for seals, gaskets, grips and protective casing.
TPU 85A
Flexible elastomer
Softer, more stretchy TPU for wearables, soft handles and over-mould prototypes.
TPE
Thermoplastic elastomer
Highly elastic TPE for very soft, rubbery prototypes and grips.
Flexible PLA
Flexible bio-plastic
Soft PLA blend bridging the gap between PLA's ease of printing and TPU's flexibility.
PP (Polypropylene)
Polyolefin
Chemically inert, low-friction, fatigue-resistant. Living hinges and labware.
PVA (soluble support)
Water-soluble
Water-dissolvable support for clean removal under multi-material overhangs.
BVOH (soluble support)
Water-soluble
Faster-dissolving alternative to PVA with better high-temp print compatibility.
Breakaway support
Mechanical support
Snap-off support material for clean overhangs without dissolution chemistry.
PMMA (Acrylic)
Transparent plastic
Optically translucent acrylic filament — light-pipes and decorative diffusers.
POM (Acetal)
Engineering plastic
Low-friction, dimensionally stable acetal — gears, bushings, precision mechanicals.
PPS
High-performance polymer
Polyphenylene sulphide — chemical-resistant, heat-stable, ideal for chemical industry parts.
PPS-CF
High-performance composite
Carbon-fibre reinforced PPS — metal-replacement performance in chemical environments.
PPSU
High-performance polymer
Polyphenylsulfone — autoclavable, stiff, chemical-resistant. Used in medical tooling.
PSU
High-performance polymer
Polysulfone — clear amber, high heat, hydrolysis-resistant. Aerospace and food.
PEI Ultem 9085
High-performance polymer
Aerospace-certified FST-rated PEI. Cabin interiors, ducting, brackets.
PEI Ultem 1010
High-performance polymer
Higher-strength, higher-temp Ultem grade for autoclavable medical and aerospace.
PEKK
High-performance polymer
Polyetherketoneketone — semi-crystalline PEEK cousin with easier processing.
PEEK
High-performance polymer
Aerospace-grade semi-crystalline polymer. Replaces metal in chemically aggressive environments.
PEEK-CF
High-performance composite
Carbon-fibre reinforced PEEK — true metal-replacement performance.
PEKK-CF
High-performance composite
Carbon-fibre reinforced PEKK — easier-printing high-performance composite.
ESD-safe PETG
ESD plastic
Surface-resistivity controlled PETG for electronics handling and ESD-sensitive fixtures.
ESD-safe ABS
ESD plastic
Static-dissipative ABS for industrial electronics jigs and assembly fixtures.
ESD-safe Nylon
ESD plastic
Surface-resistive nylon for chip-handling fixtures and semiconductor tooling.
Flame-retardant ABS
FR thermoplastic
UL-94 V-0 rated ABS for transit, rail and electrical-enclosure applications.
Flame-retardant PC
FR thermoplastic
UL-94 V-0 rated polycarbonate for high-spec electrical enclosures.
Glass-filled Nylon
Composite filament
Glass-bead-filled nylon with high stiffness and thermal stability.
Carbon-fibre reinforced Nylon
Composite filament
Chopped carbon-fibre in nylon for lightweight, stiff functional parts.
Continuous carbon fibre Nylon
Continuous reinforcement
Continuous-strand carbon fibre routed through nylon. Approaches 6061 aluminium strength.
Continuous glass fibre Nylon
Continuous reinforcement
Continuous glass-fibre reinforcement — affordable stiffness uplift.
Continuous Kevlar® Nylon
Continuous reinforcement
Aramid-reinforced nylon for shock-loaded parts and protective covers.
Continuous HSHT Fibreglass Nylon
Continuous reinforcement
High-strength, high-temperature glass for parts running hot.
Standard Resin
Photopolymer
Crisp, smooth visual prototypes with high feature resolution. The default for presentation parts.
Clear Resin
Optical photopolymer
Optically clear after polish/clear-coat. Microfluidics, lightpipes, display models.
White Resin
Photopolymer
Bright white visual-quality resin ideal for product mock-ups and photogenic presentation parts.
Grey Resin
Photopolymer
Neutral grey for visual prototypes that hide imperfections better than white.
Black Resin
Photopolymer
Deep matte-black resin for premium-feel display parts and photo backgrounds.
Draft Resin
Fast photopolymer
High-speed resin trading detail for turnaround. Iteration prints in under an hour.
High Temp Resin
Engineering resin
Heat-deflection up to 238 °C @ 0.45 MPa. Mould patterns, thermal testing.
Tough Resin
Engineering resin
ABS-like behaviour with snap-fit and assembly resilience.
Durable Resin
PP-like resin
Low-friction, high-elongation resin behaving like polypropylene. Living hinges.
Flexible Resin
Elastomeric resin
Soft, rubbery SLA resin for ergonomic grips and over-mould prototypes.
Elastic 50A Resin
Elastomeric resin
Shore 50A super-soft elastomer. Mimics silicone — wearables, soft tissue models.
Rigid Resin
Engineering resin
Very stiff resin with low creep. Stable jigs and assembly fixtures.
Glass-filled Rigid Resin
Composite resin
Glass-fibre filled stiff resin. Used for short-run tooling and long-lasting fixtures.
Ceramic-filled Resin
Composite resin
Ceramic-particle filled photopolymer for very stiff, dimensionally stable parts.
Castable Wax Resin
Investment-cast resin
Burns out cleanly for jewellery, dental and precious-metal casting workflows.
Castable Resin
Investment-cast resin
Lower-wax content castable resin for general precision casting.
Dental Model Resin
Class I dental resin
Accurate, abrasion-resistant dental model resin for crowns, bridges and orthodontics.
Surgical Guide Resin
Class IIa resin
Autoclavable Class IIa resin for implant placement and surgical positioning guides.
Dental LT Clear Resin
Class IIa resin
Optically clear long-term resin for splints and clear orthodontic retainers.
Biocompatible Resin
Class I/IIa resin
Cert-traceable resins for short-term skin/oral contact medical devices.
Medical Resin
Class IIa resin
Sterilisable resin for medical surgical guides and anatomical models.
ABS-like Resin
Engineering resin
ABS-mimicking SLA resin combining surface smoothness with engineering toughness.
Nylon-like Resin
Engineering resin
Nylon-feel resin with low friction and good wear performance for moving parts.
PP-like Resin
Engineering resin
Polypropylene-mimicking resin for living-hinge and ductile-feel prototypes.
Rubber-like Resin
Elastomeric resin
Rubber-feel resin for soft-touch ergonomic mock-ups and gasket prototypes.
Heat-resistant Resin
Engineering resin
Mid-temperature engineering resin for under-bonnet, lighting and oven-side fixtures.
Flame-retardant Resin
FR resin
UL-94 V-0 listed photopolymer for electrical enclosures and transit components.
ESD Resin
ESD photopolymer
Static-dissipative photopolymer for electronics fixtures and chip-handling trays.
Tough 1500 Resin (Formlabs)
Formlabs engineering
Stiff but resilient — PP-like prototypes that bend without snapping.
Tough 2000 Resin (Formlabs)
Formlabs engineering
ABS-like stiffness and impact resilience for engineering-quality prototypes.
Rigid 4000 Resin (Formlabs)
Formlabs engineering
Glass-filled stiff resin balancing stiffness with thermal stability.
Rigid 10K Resin (Formlabs)
Formlabs engineering
Highly glass-filled industrial resin — the stiffest in the Formlabs lineup.
High Temp Resin (Formlabs)
Formlabs engineering
Industry-leading HDT for short-run thermoforming and air-flow testing.
Grey Pro Resin (Formlabs)
Formlabs general
All-rounder professional resin with low creep and fine detail.
Flexible 80A Resin (Formlabs)
Formlabs elastomer
Shore 80A flexible resin for grips, gaskets and wearables.
Silicone 40A Resin (Formlabs)
True silicone
True 3D-printable silicone — bio-compatible, tear-resistant, soft.
Flame Retardant Resin (Formlabs)
Formlabs FR
UL-94 V-0 photopolymer for transit, rail and electrical enclosures.
ESD Resin (Formlabs)
Formlabs ESD
Static-dissipative photopolymer for electronics manufacturing tooling.
Polyurethane Rigid 650 Resin
PU photopolymer
Polyurethane-based stiff resin tuned for short-run production parts.
Polyurethane Rigid 1000 Resin
PU photopolymer
Tougher polyurethane resin closer to thermoset production materials.
Polyurethane Flexible 80A Resin
PU elastomer
Polyurethane-based flexible resin with high tear strength.
BioMed Clear Resin
Class IIa medical
Class IIa USP-VI medical-grade resin for clear medical devices and instruments.
BioMed White Resin
Class IIa medical
Cert-traceable opaque white medical-grade resin for sterilisable devices.
BioMed Black Resin
Class IIa medical
Black medical-grade resin for photo-realistic surgical and anatomical models.
BioMed Amber Resin
Class IIa medical
Translucent amber medical resin for sterilisable internal-view devices.
BioMed Durable Resin
Class IIa medical
Tough Class IIa resin for repeated-use medical instrumentation.
Custom Tray Resin
Dental resin
Resin for custom impression trays in restorative dentistry.
Temporary CB Resin
Dental resin
Crown and bridge resin for temporary restorations up to a few weeks in-mouth.
Permanent Crown Resin
Class IIa dental
Long-term permanent crown resin certified for in-mouth use.
Castable Wax 40 Resin
Investment-cast
Lower wax-content castable resin with extra detail. Jewellery and dental.
Clear Cast Resin
Investment-cast
Clean-burnout transparent resin for high-jewellery investment casting.
Jewellery Resin
Investment-cast
Detail-oriented resin tuned for ultra-fine jewellery pattern reproduction.
Ceramic Resin
Ceramic-feedstock
Photopolymer with ceramic feedstock that fires into pure ceramic in a kiln.
Nylon 12 / PA12 (SLS)
Polyamide powder
The SLS workhorse. Isotropic, tough, low-moisture nylon for end-use functional parts.
Nylon 11 / PA11 (SLS)
Bio-nylon powder
Plant-sourced nylon with higher impact and elongation than PA12.
Nylon 12 Glass Filled / PA12 GF
Composite powder
Glass-bead-filled nylon with higher stiffness and dimensional stability.
Nylon 12 Carbon Filled / PA12 CF
Composite powder
Carbon-fibre-filled nylon — light, very stiff and EMI-shielding.
Nylon 11 Carbon Filled / PA11 CF
Composite powder
Bio-nylon with chopped carbon — impact and stiffness combined.
Alumide (PA12 Aluminium)
Composite powder
Aluminium-particle filled nylon. Heavy, polishable metallic appearance.
TPU (SLS)
Elastomer powder
Flexible powder for lattice cushions, midsoles, gaskets and one-piece flexures.
TPE (SLS)
Elastomer powder
Softer thermoplastic elastomer powder for very soft, rubbery parts.
Flexible TPU 90A (SLS)
Elastomer powder
Shore 90A TPU with great tear strength for lattice and production flexibles.
PP Polypropylene (SLS)
Polyolefin powder
Chemically-inert, fatigue-resistant SLS polypropylene. Living hinges.
PEBA (SLS)
Elastomer powder
Polyether block amide — bouncy, flexible, low-temperature elastic.
PEEK (SLS)
High-performance powder
Aerospace-grade PEEK in powder form. Implant-grade availability.
PEKK (SLS)
High-performance powder
Easier-processing PEEK cousin in SLS powder form.
Flame-retardant PA12 (SLS)
FR powder
UL-94 V-0 rated nylon for transit, electrical and aerospace cabin parts.
ESD PA12 (SLS)
ESD powder
Surface-resistive nylon for electronics jigs and assembly fixtures.
Food-safe PA12 (SLS)
Polyamide powder
EU/FDA food-contact grade nylon for kitchen tools and food handling.
PA12 Smooth
Polyamide powder
Vapour-smoothed PA12 with sealed, near-injection-mould surface finish.
PA12 Black (SLS)
Polyamide powder
Bulk-dyed PA12 in deep black. Hides scuffs and avoids painting.
PA12 White (SLS)
Polyamide powder
Natural-finish PA12 in clean white. Standard for prototypes.
PA11 Black (SLS)
Bio-nylon powder
Bulk-dyed PA11 for visible end-use parts that need bio-nylon's impact strength.
PA11 White (SLS)
Bio-nylon powder
Natural PA11 in white. Tougher and more elastic than PA12.
Formlabs Nylon 12 Powder
Formlabs SLS
Benchtop-SLS PA12 for in-house Formlabs Fuse-style production.
Formlabs Nylon 11 Powder
Formlabs SLS
Bio-nylon PA11 powder for benchtop SLS production with high impact.
Formlabs Nylon 12 GF Powder
Formlabs SLS
Glass-filled PA12 for stiff, dimensionally stable benchtop SLS parts.
Formlabs TPU 90A Powder
Formlabs SLS
Shore 90A flexible TPU for benchtop SLS soft parts.
Nylon 12 / PA12 (MJF)
Polyamide powder
Dense, dimensionally-accurate nylon parts dyed deep black. Production speed.
Nylon 11 / PA11 (MJF)
Bio-nylon powder
MJF-grade bio-nylon with better elongation than PA12.
Nylon 12 Glass Beads / PA12 GB (MJF)
Composite powder
40% glass-bead reinforcement for higher stiffness and reduced shrinkage.
Polypropylene PP (MJF)
Polyolefin powder
Chemically inert, fatigue-resistant polypropylene at MJF production speeds.
TPU (MJF)
Elastomer powder
Industrial-grade flexible TPU production powder. Lattice-ready.
TPA (MJF)
Elastomer powder
Thermoplastic polyamide-amide elastomer with great low-temperature flex.
BASF Ultrasint TPU01
Elastomer powder
Tear-resistant industrial TPU for high-cycle production flexibles.
PA12 White (MJF)
Polyamide powder
Natural-finish PA12 for paintable or dye-ready production parts.
PA12 Black dyed (MJF)
Polyamide powder
Deep through-dyed black PA12 with no surface scuff exposure.
PA11 Black dyed (MJF)
Bio-nylon powder
Through-dyed bio-nylon PA11 for impact-resistant visible parts.
PA12 Vapour Smoothed (MJF)
Polyamide powder
PostPro / DyeMansion vapour-smoothed PA12. Sealed, water-tight, almost glossy.
PA12 GB Vapour Smoothed (MJF)
Composite powder
Vapour-smoothed glass-bead PA12 — sealed surface on a stiff substrate.
Stainless Steel 316L (Metal 3D)
Austenitic stainless
Corrosion-resistant marine and medical-grade stainless via DMLS.
Stainless Steel 17-4PH (Metal 3D)
Precipitation-hardening stainless
Hardenable stainless steel with high strength after heat treatment.
Stainless Steel 15-5PH (Metal 3D)
Precipitation-hardening stainless
Cleaner microstructure variant of 17-4 — aerospace and structural.
Stainless Steel 304L (Metal 3D)
Austenitic stainless
General-purpose corrosion-resistant stainless — food and general industry.
Tool Steel H13 (Metal 3D)
Hot-work tool steel
Hot-work tool steel for injection-mould inserts with conformal cooling.
Tool Steel D2 (Metal 3D)
Cold-work tool steel
Wear-resistant cold-work tool steel for cutting and forming tools.
Maraging Steel 1.2709 (Metal 3D)
Ultra-high-strength steel
Age-hardened nickel-cobalt steel — toughest readily-printed steel.
Aluminium AlSi10Mg (Metal 3D)
Cast aluminium alloy
DMLS aluminium-silicon alloy — light, conductive, weldable.
Aluminium 6061 (Metal 3D)
Aerospace alloy
Printable 6061 alloy — familiar machining-grade aluminium in DMLS form.
Aluminium 7075 (Metal 3D)
Aerospace alloy
High-strength aerospace alloy in printable form.
Titanium Ti-6Al-4V Grade 5 (Metal 3D)
Titanium alloy
Ultra-strong, corrosion-resistant aerospace and medical titanium.
Titanium Grade 23 (Metal 3D)
Medical titanium
Extra-low interstitial Ti-6Al-4V for medical implants. Bio-compatible.
Titanium Grade 2 (Metal 3D)
Pure titanium
Commercially pure titanium — corrosion-resistant, ductile, bio-compatible.
Inconel 625 (Metal 3D)
Nickel superalloy
Marine and high-temperature corrosion-resistant nickel alloy.
Inconel 718 (Metal 3D)
Nickel superalloy
The aerospace nickel — heat, fatigue and creep resistant up to 700 °C.
Inconel 939 (Metal 3D)
Nickel superalloy
Higher-temperature nickel superalloy for turbine hot-section parts.
Cobalt Chrome CoCr (Metal 3D)
Cobalt alloy
Wear- and corrosion-resistant alloy used in dental and orthopaedic implants.
Copper Cu (Metal 3D)
Pure copper
High-purity copper for thermal exchangers, electrical contacts and induction coils.
Copper CuCrZr (Metal 3D)
Copper alloy
Chromium-zirconium copper for high-strength conductive parts.
Bronze (Metal 3D)
Copper alloy
Wear-resistant bronze for bushings, sculptures and decorative metalwork.
Brass (Metal 3D)
Copper alloy
Decorative and electrical brass via DMLS. Polishable to bright gold.
Nickel Alloy HX (Metal 3D)
Nickel superalloy
High-temperature oxidation-resistant nickel for combustion components.
Hastelloy X (Metal 3D)
Nickel superalloy
Exceptional high-temperature oxidation resistance for combustor liners.
Tungsten (Metal 3D)
Refractory metal
Highest melting-point metal printable — radiation shielding and very high temperature use.
Silver (Metal 3D)
Precious metal
Pure silver via DMLS for jewellery, optics and high-conductivity contacts.
Gold (Metal 3D)
Precious metal
18k–24k printable gold for jewellery and luxury hardware.
Platinum (Metal 3D)
Precious metal
Platinum DMLS for ultra-high-end jewellery and specialty laboratory parts.
Binder Jet 316L (Metal 3D)
Binder-jet steel
Sinter-finished 316L stainless via metal binder jetting — production-speed metal.
Binder Jet 17-4PH (Metal 3D)
Binder-jet steel
Production-grade 17-4PH stainless via binder jetting + sinter.
Metal FFF 17-4PH Stainless (Metal 3D)
Metal FFF
Bound-metal extrusion / debind / sinter for cost-effective small steel parts.
Metal FFF 316L Stainless (Metal 3D)
Metal FFF
Bound-metal extrusion of 316L for corrosion-resistant low-volume parts.
Metal FFF H13 Tool Steel (Metal 3D)
Metal FFF
Bound-metal extrusion of H13 for affordable hot-work tooling.
Metal FFF Copper (Metal 3D)
Metal FFF
Bound-metal extrusion of pure copper for thermal and electrical parts.
Onyx (Chopped Carbon Nylon)
Composite base
Chopped-carbon-fibre filled nylon base. Strong, dimensionally stable, looks gorgeous.
Continuous Carbon Fibre
Continuous reinforcement
Layer-by-layer continuous carbon-fibre routed through Onyx. Approaches 6061 aluminium strength.
Continuous Kevlar®
Continuous reinforcement
High-impact aramid reinforcement for shock-loaded parts.
Continuous Fiberglass
Continuous reinforcement
Cost-effective stiffness uplift versus chopped Onyx.
HSHT Fiberglass
High-temp reinforcement
High-strength, high-temperature glass for parts running hot.
Mimaki Full CMYK Resin
UV-cured resin
10-million-colour photorealistic UV-cured resin. Architectural massing, anatomy, marketing models.
Sandstone Full Colour
Binder-jet powder
Powder-based full-colour with a natural matte finish.
Aluminium 6061-T6 (CNC)
Aerospace alloy
The all-rounder aluminium. Strong, light, anodisable.
Aluminium 7075 (CNC)
Aerospace alloy
Higher-strength aerospace alloy. Motorsport and structural mounts.
Stainless 304 (CNC)
Austenitic stainless
General-purpose stainless for food, industry and weather-exposed parts.
Stainless 316 (CNC)
Austenitic stainless
Marine and medical-grade stainless with superior corrosion resistance.
Mild Steel 1018/1045 (CNC)
Carbon steel
Easy-machining carbon steel — cost-effective brackets and weldable parts.
Brass C360 (CNC)
Copper alloy
Free-machining brass with great surface finish — fittings and decorative hardware.
Titanium Grade 5 (CNC)
Titanium alloy
Ultra-strong, corrosion-resistant aerospace and medical titanium.
Delrin (POM-C) (CNC)
Engineering plastic
Acetal copolymer. Low friction, dimensionally stable, gear-quality.
Acetal Black/White (CNC)
Engineering plastic
Same as Delrin in colour-stable production grades for OEM parts.
PEEK (CNC)
High-performance polymer
Aerospace-grade machinable PEEK. Solvent-resistant, sterilisable, high-temperature.
Cast Acrylic / PMMA (CNC)
Transparent plastic
Optically clear cast acrylic for windows, lenses and light-pipes.
HDPE (CNC)
Polyolefin
Tough, chemically inert polyethylene for tanks and food-contact parts.
ABS-like Urethane
Polyurethane resin
Rigid PU mimicking ABS for short-run production parts.
PP-like Urethane
Polyurethane resin
Ductile PU mimicking polypropylene's living-hinge behaviour.
Rubber Urethane (Shore 30-80A)
Elastomer
Castable rubbers across a wide hardness range — gaskets, grips, over-moulds.
Process Guide
Which process suits your part?
A quick reference for choosing the right manufacturing route before you spec the material.
FDM
Fused Deposition Modelling — robust thermoplastic parts extruded layer by layer. Great for jigs, fixtures, large enclosures and functional prototypes.
SLA
Stereolithography — UV-cured resins delivering crisp detail, fine features and smooth surfaces. Ideal for presentation models, dental, jewellery and visual prototypes.
SLS
Selective Laser Sintering — laser-fused nylon powder producing tough, isotropic parts with no support structures. Perfect for end-use functional components.
MJF
Multi Jet Fusion — HP's powder-bed process producing dense, high-detail nylon parts at production speed.
Metal 3D Printing
DMLS, SLM and binder-jet metal 3D printing for aerospace, medical and industrial parts. Dense, fully functional metal geometry impossible to machine.
Carbon Fibre
Continuous Fibre Fabrication — chopped nylon reinforced with continuous carbon, kevlar or fibreglass strands for metal-replacement strength.
Full Colour
Full CMYK 3D printing — photorealistic colour models for architecture, medical, marketing and exhibition pieces.
CNC Metals
Subtractive CNC machining of metal billet for precision parts, brackets, housings and one-off production runs.
CNC Plastics
Subtractive CNC machining of engineering plastics where tight tolerances and clarity matter.
Urethane Cast
Silicone-mould vacuum casting of polyurethane resins — short-run production parts that mimic injection-moulded plastics.
Datasheets on request
Full PDF datasheets — tensile, HDT, elongation, density — supplied with every quote.
Material swatches
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Engineer review
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