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In-House Technology

State-of-the-art equipment for every project

FDM

Fused Deposition Modeling

Best for functional parts, prototypes and engineering-grade materials.

DLP

Digital Light Processing

High-resolution resin prints for detailed and precise geometries.

Material Portfolio

Every material for every application

Standard FDM Materials

PLA

PLA

General-purpose, eco-friendly, widest colour range available.

Heat Deflection (HDT):~55 °C — best suited for indoor, non-heat-exposed applications
Tensile Strength:~50 MPa — adequate for display models, prototypes, and light-duty parts
Surface Finish:Excellent — smooth and vibrant, minimal post-processing needed
Rigidity:High — stiff but somewhat brittle under sudden impact
Eco Profile:Bio-based and industrially compostable under controlled conditions

Best for: Display models, prototypes, and light-duty parts

Wood PLA

Wood PLA

PLA blended with real wood fibres — sandable, stainable, and paintable like natural wood.

Finish:Sandable, stainable, and paintable like natural wood
Texture:Natural wood-like appearance and feel

Best for: Decorative items and art models

ABS

ABS

Tough, machinable, and acetone-smoothable — a proven engineering classic.

Heat Deflection (HDT):~90 °C — handles moderate heat, suitable for automotive and enclosure use
Impact Resistance:Good — absorbs repeated mechanical stress better than PLA
Machinability:Excellent — drillable, tappable, and acetone-vapour smoothable to near-moulded finish
Warping Tendency:High — requires enclosed printer and controlled environment

Best for: Functional enclosures, clips, consumer electronics housings, tooling aids

PETG

PETG

Balanced all-rounder — easy to print, chemical-resistant, and food-contact safe.

Heat Deflection (HDT):~70 °C — better than PLA, suitable for moderate-heat environments
Chemical Resistance:Good — resists mild acids, oils, and common cleaning agents
Layer Adhesion:Excellent — near-isotropic strength; strong in all directions
Transparency:Available in clear grades — suitable for fluid-visible parts and light-pipes

Best for: Mechanical parts, food-safe containers, medical housings, display cases

Engineering FDM Materials

Nylon PA

Nylon PA

High-fatigue, self-lubricating — the go-to for gears and moving parts.

Heat Deflection (HDT):~120 °C continuous — handles elevated temperatures without deforming
Toughness:Excellent — high elongation at break (30–50%); absorbs impact without fracturing
Wear Resistance:Outstanding self-lubricating properties; ideal for sliding and rotating contacts
Moisture Sensitivity:Absorbs ambient moisture — must be stored dry; affects print quality if damp

Best for: Gears, pulleys, hinges, bushings, snap-fit assemblies, structural fixtures

TPU

TPU

Rubber-like flexibility with print precision — for seals, grips, and wearables.

Shore Hardness:85A – 95A — ranges from very soft to semi-rigid depending on grade
Elongation at Break:400–600% — extreme flexibility without tearing
Abrasion Resistance:Outstanding — significantly outlasts rigid materials in friction applications
Chemical Resistance:Good resistance to oils, fuels, and moderate acids

Best for: Gaskets, seals, phone cases, grips, flexible joints, orthotics, shoe soles

PC (Polycarbonate)

PC (Polycarbonate)

Maximum impact strength and optical clarity — for demanding structural applications.

Heat Deflection (HDT):~135 °C — highest heat resistance of standard FDM engineering materials
Impact Resistance:Exceptional — the highest of any standard FDM material; virtually unbreakable
Optical Clarity:Available in transparent grade — high light transmission for display and optical parts
Dimensional Stability:Maintains tight tolerances across a wide temperature range

Best for: Safety shields, optical lenses, structural enclosures, sterilisable components

ASA

ASA

All-weather ABS alternative — UV-stable for outdoor and automotive applications.

Heat Deflection (HDT):~95 °C — suitable for underbonnet and exterior automotive environments
UV Stability:Excellent — resists yellowing and surface degradation under prolonged sunlight
Weather Resistance:Handles rain, humidity, and temperature cycling without mechanical degradation
Surface Finish:Good — acetone-smoothable, similar to ABS

Best for: Outdoor signage, garden equipment, automotive exterior trims, marine components

Advanced Engineering FDM Materials

Carbon Fibre-Reinforced (CFRP)

Carbon Fibre-Reinforced (CFRP)

Aerospace-grade stiffness at minimal weight — where strength-to-weight ratio is critical.

Tensile Strength:Up to 150 MPa — 2–3x stronger than standard materials in the same weight class
Stiffness:Extremely high flexural modulus — near-zero deflection under load; rivals aluminium
Weight:Lightweight — high specific stiffness at roughly half the density of aluminium
Abrasion on Tooling:Highly abrasive — requires hardened steel nozzle; standard brass wears rapidly

Best for: Drone frames, motorsport brackets, structural jigs, lightweight robotics components

ESD-Safe Materials

ESD-Safe Materials

Dissipates static charge safely — the only choice for electronics assembly tooling.

Surface Resistivity:10^6 – 10^9 ohm/sq — controlled static dissipation without full conductivity
Mechanical Strength:~40–55 MPa — comparable to standard engineering grades
Heat Resistance:Good — up to 90–110 °C depending on the base polymer
Appearance:Matte black only — the carbon-black additive that provides ESD properties dictates colour

Best for: PCB trays, IC handlers, wafer carriers, semiconductor tooling, assembly jigs

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