Commodity
A rigid, low-warp polymer for clear, fast iteration when the part is not highly loaded.
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Return to the homepageStart with what the part must do, not a filament name. A working indoor enclosure, a flexible strain relief, and an exterior mount need different material decisions even when the geometry is similar.
Use the quick picks and filters to make a shortlist, then send the service environment and the part itself. We will recommend the final material after review.
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Commodity
A rigid, low-warp polymer for clear, fast iteration when the part is not highly loaded.
Commodity
A low-gloss PLA grade for parts where the surface should read as intentional rather than shiny.
Commodity
A tougher PLA formulation for prototypes that need more give than standard PLA.
Commodity
A balanced engineering-adjacent plastic for functional parts that need more toughness than PLA.
Commodity
A PETG grade formulated for faster deposition when time in the machine is part of the decision.
Commodity
A firm flexible polyurethane for protective, gripping, and vibration-isolating parts.
Commodity
A softer TPU for compliant interfaces, grips, and parts that must deform more readily.
Commodity
A very soft TPU for highly compliant parts where flexibility is the primary requirement.
Commodity
A water-soluble support material for enclosed geometry in compatible low-temperature builds.
Commodity
A water-soluble support material for compatible low-temperature parts with difficult internal geometry.
Engineering
A robust engineering plastic for functional parts that need more heat resistance than commodity grades.
Engineering
An outdoor-facing engineering plastic for parts exposed to weather and sunlight.
Engineering
A tough, heat-capable engineering plastic for demanding functional components.
Engineering
A specialised PC grade considered only after the application’s documented requirements are reviewed.
Engineering
A nylon engineering plastic for tough, wear-prone parts that benefit from controlled processing.
Engineering
A polyester engineering material for stable functional parts where processing is selected to suit the job.
Fibre-reinforced
A carbon-fibre-filled PLA for stiff, stable prototypes with a restrained surface finish.
Fibre-reinforced
A carbon-fibre-filled PETG for stiff, functional parts with PETG’s practical toughness.
Fibre-reinforced
A glass-fibre-filled ABS for stiffer engineering parts that still need an ABS-style process.
Fibre-reinforced
A carbon-fibre-filled ASA for stiff exterior-facing engineering parts.
Fibre-reinforced
A carbon-fibre-filled nylon for stiff, tough engineering components and production fixtures.
Fibre-reinforced
A glass-fibre-filled nylon for rigid, durable engineering parts with a stable functional shape.
Fibre-reinforced
A high-temperature carbon-fibre nylon for demanding stiff parts in elevated-heat environments.
Fibre-reinforced
A carbon-fibre-filled PET for stable, stiff functional components with chemical-resistance priorities.
High performance
A carbon-fibre-filled high-performance polyamide for demanding heat and chemical environments.
High performance
A high-performance polymer for specialised parts with demanding heat or chemical exposure.
High performance
A carbon-fibre-filled PPS for the stiffest specialist parts in demanding environments.