Canberra, Australia — Engineering-Grade Additive Manufacturing
Engineering solutions
no one else can.
JL Engineering designs and prints parts built for load, heat and repetition — not display models. From same-day prototypes to continuous-fibre production parts, every job is engineered before it's printed.
Material · Tolerance
PA-CF · ±0.05mm
Our Fleet
Five platforms, one standard: parts that perform.
Desktop · Prototyping
Bambu Lab P1S
Fast, accurate prototypes for design validation — same-day iteration before a part goes to production.
Engineering-Grade · Enclosed
Bambu Lab H2S
Independent dual-nozzle printing in a large, fully enclosed and heated chamber — built for filaments that warp in open-frame machines.
Engineering-Grade · Multi-Tool
Bambu Lab H2D
The same enclosed, engineering-grade printing as the H2S, with swappable tool heads that add laser cutting and finishing in one setup.
Industrial · High-Performance
AON M2+
True industrial FDM — an actively heated chamber and dual independent extruders for the highest-performance engineering polymers.
Composite · Continuous Fibre
Markforged Mark Two
Continuous strands of fibre laid through the print path — not chopped filler — for stiffness-to-weight that rivals machined aluminium.
Materials
Engineering polymers, matched to the load case.
We spec material to the job — heat, chemicals, fatigue or flex — not the other way around. If your application calls for something outside this list, ask.
Hover or tab to a card to flip it
Engineering Polymers
Structural, high-temperature and demanding-application materials.
PET-GF/CF
Glass- or carbon-reinforced PETG for stiffness without the warp.
ASA
UV and weather stable where ABS yellows and degrades outdoors.
PA / Nylon
Low-friction, fatigue-resistant — the material for moving parts.
PC
One of the toughest FDM materials, with high heat deflection.
PPS
Chemical and hydrolysis resistant, rated above 200°C.
PC-PBT
Balances PC's toughness with PBT's chemical resistance.
Ultem (PEI)
Aerospace-grade strength-to-weight with flame/smoke ratings.
Prototyping Polymers
General-purpose materials for fast, everyday iteration.
PLA
The finest surface finish of anything we run.
PETG
Easier to print than ABS, tougher than PLA.
ABS
The workhorse engineering plastic — tough and heat-resistant.
TPU
Rubber-like flexibility, tuned to the application.
How A Part Gets Made
From CAD file to finished part.
01
Design & DFM Review
We check orientation, wall thickness and tolerances before anything runs.
02
Material Selection
Matched to load, temperature and environment — not just what's on hand.
03
Run on the platform suited to the part: desktop, engineering-grade, industrial or continuous fibre.
04
Post-Process & QC
Support removal, finishing and dimensional checks against your drawing.
05
Deliver
Packed and shipped from Canberra, with capacity held for repeat orders.
Why JL Engineering
Precision, from the first sketch to the last layer.
Precision
Technical, measured, dependable — every part checked against your drawing, not just eyeballed.
Capability
Five machines, real materials, and the process knowledge to match part to platform.
Clarity
Straight answers on what a material can and can't do, before you commit to a print.
Progress
Canberra-based, working with modern processes to solve practical, real-world problems.
Get In Touch
Send us your drawing. We'll tell you what it takes to print it.
We reply within one business day with material recommendations and a quote. No file yet? Tell us the application and we'll help you get there.
Location
Canberra, ACT, Australia
jlengineeringau@gmail.com