Aussie makers and tradies get sold parts that melt in the sun, rattle on rough roads, or don't fit their rig at all. Most sellers guess — they slap a generic universal mount on a website and hope for the best. We started Addictive3D to change that.
Every part we make starts with a real vehicle. We 3D-scan the exact dash, cabin or tray we're building for. We design in SOLIDWORKS to fit tight — no drilling, no adapters, no second-guessing. And we print in materials that survive the worksite and the outback: ASA for anything that'll bake on a summer dash, PETG for workshop gear that laughs at a hot ute toolbox, PA-carbon for high-load jobs.
If we can't make it fit and last, we don't sell it. That's the promise.
Raise3D Pro2 Plus
Industrial desktop printer. Precise enough for tight fitment, fast enough for made-to-order batches.
Einstar 3D Scanner
Captures exact geometry from real parts. No guessing, no universal-mount wobble.
SOLIDWORKS
CAD software for reverse-engineering and precision design. Real parts, not guesses.
Made to order
No warehouse stock, no dead inventory. You order it, we print it, we post it — zero landfill.
How we work
01 / PROCESS- 1
Scan the real vehicle
We 3D-scan the exact dash, cabin or mounting point you need to fit.
- 2
Design exact-fit in CAD
SOLIDWORKS reverse-engineering to match your rig — no approximations.
- 3
Print in the right material
ASA for heat, PETG for toughness, PA-carbon for load. The job determines the plastic.
- 4
Fit-check & post
We test the fit before it ships. If something's wrong, we remake it free — no forms, no drama.
Get first dibs on your vehicle.
No spam — just a heads-up the day your mount opens, plus early-bird pricing on the first batch.