PRINT PARTS. SHIP NATIONALLY.
Wyntek is built for Australian hardware teams that need parts without buying machines. Upload the file online, choose the process, and receive tracked parts from a remote-operated lab.
WHAT LEAVES THE LAB
- FDM prototypes in PLA, PETG, ABS, nylon, and TPU
- SLA resin parts for detail and surface finish
- SLS nylon parts for durable support-free geometry
- Tracked domestic shipping
- Production updates through the dashboard
FROM FILE TO PART
- 01
Send CAD
Upload STL, OBJ, 3MF, STEP, or another supported manufacturing file.
- 02
Select process
Choose the right path for the part: low-cost FDM, detailed SLA, or durable SLS.
- 03
Print
The lab schedules the build and keeps job status visible from the dashboard.
- 04
Ship
Parts are packed, tracked, and sent to your Australian delivery address.
REAL JOB PATTERNS
Representative build profiles, shown as process guidance rather than polished portfolio theatre.
| Part | Process | Material | Spec | Timeline |
|---|---|---|---|---|
| Drone mount prototype | FDM | PETG | Functional fit check | Fast domestic dispatch |
| Medical device shell mockup | SLA | Engineering resin | Smooth cosmetic surface | First article review |
| Wearable clip batch | SLS | Nylon PA12 | Flexible snap features | Batch run |
Australian shipping matters
Local turnaround is not just print time. Domestic shipping, packing, and job visibility make the difference when you are waiting on a prototype to unblock a design review.
Use the cheapest process that proves the point
FDM is usually right for early geometry and fit. SLA is better for detail and presentation. SLS is stronger for nylon parts, clips, and compact production-like batches.
COMMON QUESTIONS
- Do you offer 3D printing in Australia?
- Yes. Wyntek serves Australian customers online, with domestic orders handled fastest.
- Can I order just one 3D printed part?
- Yes. There are no minimums for one-off prints and prototypes.
- Which 3D printing process should I choose?
- Use FDM for low-cost functional prototypes, SLA for fine detail and smoother surfaces, and SLS for durable nylon parts or complex support-free geometry.