CUSTOM PARTS. NO SHOP FLOOR.
When the part is too specific for a catalog and too urgent for a long RFQ chain, Wyntek turns uploaded CAD into custom printed parts through one online workflow.
WHAT LEAVES THE LAB
- Custom 3D printed parts from uploaded CAD
- FDM, SLA, or SLS process selection
- Material and finish guidance
- Revision-friendly job history
- Tracked dispatch after production
FROM FILE TO PART
- STEP 01
Upload CAD
Send STL, OBJ, 3MF, STEP, or a supported manufacturing file with quantity and notes.
- STEP 02
Match process
Choose low-cost FDM, detailed SLA, or durable SLS based on what the part needs to prove.
- STEP 03
Produce
The lab prints the part, flags obvious build risks, and keeps status visible online.
- STEP 04
Ship
Parts are packed with tracking so the next design decision can happen around the physical object.
REAL JOB PATTERNS
Representative build profiles, shown as process guidance rather than polished portfolio theatre.
| Part | Process | Material | Spec | Timeline |
|---|---|---|---|---|
| Sensor enclosure | FDM | PETG | Cable exits, screw bosses | Fit-check run |
| Handheld mockup shell | SLA | Tough resin | Smooth grip surface | Demo article |
| Clip-on equipment guard | SLS | Nylon PA12 | Repeated flex features | Small batch |
Custom does not need to mean slow
The fastest custom part is the one with a clear job: fit check, strength test, presentation model, or short-run use. That lets the lab choose the cheapest process that still answers the question.
Send the constraint, not just the file
Tell us which surfaces are cosmetic, which holes matter, what the part touches, and what can change. Good notes reduce review cycles and prevent overbuilding.
COMMON QUESTIONS
- Can I order one custom 3D printed part?
- Yes. Wyntek supports one-off custom parts as well as small batches.
- What custom 3D printing files can I upload?
- STL, OBJ, 3MF, and STEP are the most common. IGES, SLDPRT, F3D, and DXF are also accepted when the geometry is suitable.
- Which process is best for custom parts?
- Use FDM for fast, low-cost prototypes; SLA for fine detail and smoother surfaces; SLS for durable nylon parts and snap features.
READY TO SEND
THE FILE?
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