Every Material We Stock.
Priced per gram, at two open rates — the customer rate, and the maker rate for runs of 20 or more. Pick by environment: sun, salt, flex, heat, load.
Standard — everyday & display

- Excellent dimensional accuracy
- Low warp on open printers
- Biodegradable, low odour

- Stronger impact resistance than standard PLA
- Better layer adhesion
- Still easy to sand and paint

- Silk sheen, matte finish, wood-fill, or glow-in-dark
- Purely visual — same handling as PLA
- Great for gifts and display pieces
PETG — tough & weatherable

- ~80 °C continuous heat resistance
- Low shrinkage, minimal warp
- Good chemical resistance
Flexible — TPU

- Firm flex — compresses and springs back
- Excellent abrasion resistance
- Good oil and UV resistance

- Softer and more conforming than 95A
- Excellent tear resistance
- Seals complex geometry reliably
Styrenics — heat & UV

- ~100 °C continuous heat resistance
- Acetone-vapour smoothable
- Widely used and easy to match

- UV-stable — holds colour outdoors for years
- ~100 °C heat resistance
- Salt-spray and moisture resistant
Engineering — high load & heat

- Exceptional impact strength — nearly unbreakable
- Sustained 120 °C heat resistance
- Optically clear grades available

- Tough, fatigue-resistant, self-lubricating
- Excellent chemical and wear resistance
- Ideal for living hinges and gears
Composites — stiff & light (CF / GF)

- Much stiffer than plain PLA, no weight penalty
- Excellent matte CF surface finish
- Easy to sand and drill

- ~40 % stiffer than plain PETG
- High stiffness-to-mass ratio
- Good chemical and moisture resistance

- 25–35 % stiffer than plain ASA
- UV-stable, holds colour outdoors
- Better dimensional stability under load

- CF stiffness + ASA UV stability
- Lightweight, strong, weather-proof
- Hardened nozzle required (we have it)

- Very high stiffness and heat resistance
- Dimensionally stable under sustained load
- Aerospace-grade toughness

- Best strength-to-weight of anything we print in-house
- Fatigue and wear resistant
- Stiff yet impact-tough

- Stiff and tough with good heat resistance
- Less abrasive to hardware than PA-CF
- Great fatigue life
High-temp — coordinated with a partner

- Extreme heat, chemical, and wear resistance
- Continuous service to ~250 °C
- Aerospace / medical grade

- Flame-retardant, high strength at temperature
- Continuous service to ~200 °C
- Aerospace-certified grades

- Outstanding chemical and heat resistance
- Dimensionally stable, low creep
- Inherently flame-retardant
Supports — soluble & break-away

- Dissolves cleanly in plain water
- Perfect supports for complex overhangs
- Leaves no scarring on the model

- Limonene-soluble break-away support
- Pairs with ABS for clean interfaces
- Also usable as a light model material

- Faster, cleaner water-dissolving than PVA
- Bonds well to more base materials
- Very reliable support release
Questions
Straight answers.
How much does filament cost per gram?
Every material is priced in the open, per gram: PLA from $0.09/g, PETG from $0.11/g, ABS and ASA from $0.13/g, TPU from $0.18/g, and composites from $0.28/g. Makers ordering 20 or more parts pay the maker rate, which is lower on every line.
Which material should I choose?
Choose by environment, not by price. ASA for anything living outdoors under UV and salt. PETG for general functional loads. ABS where heat matters. TPU for gaskets and anything that must flex. Composites (CF/GF) when you need stiffness without weight. If the environment is uncertain, we ask before we print.
What is the difference between the customer rate and the maker rate?
The customer rate is the single-part price. The maker rate applies from 20 parts up — the same material, the same machines, priced for a run instead of a one-off.
Can you print high-temperature materials?
Yes — in-house up to 320 °C, which covers PC, Nylon, and the carbon- and glass-filled composites. Hardened nozzles are standard on abrasive materials.