CAD IN. PART OUT.
Rapid prototyping run as an automated pipeline. Upload a CAD file, get an instant quote, and the lab builds the part with FDM, SLA, or CNC. No quoting calls, no vendor chasing, and most parts ship within three days.
WHAT LEAVES THE LAB
- FDM prototypes in PLA, PETG, ABS, and nylon
- SLA resin parts for fine detail and smooth surfaces
- CNC machined parts in aluminium or steel
- An instant quote the moment you upload
- Live build status and tracked shipping
FROM FILE TO PART
- STEP 01
Upload
Send your CAD file and set the quantity. The quote comes back in seconds.
- STEP 02
Choose
Pick FDM for fast, low-cost fit checks, SLA for fine detail, or CNC when the part has to be real metal.
- STEP 03
Build
Software schedules the job and runs the machines. Every part is scanned and inspected before dispatch.
- STEP 04
Revise
Test the part, update the CAD, and run the next revision. No supplier list to rebuild.
TYPICAL JOBS
Representative examples of the parts this route suits, not customer case studies.
| Part | Process | Material | Spec | Timeline |
|---|---|---|---|---|
| Enclosure fit check | FDM | PETG | Boss and clip alignment | First revision |
| Presentation model | SLA | Standard resin | Smooth cosmetic surface | Demo review |
| Motor mount | CNC milling | Aluminium | Machined bearing seat | Functional test |
Raise fidelity in stages
Early prototypes should be cheap and fast. Later ones get more accurate, stronger, or closer to the final material as the design risk narrows. Start in FDM, then move to SLA or CNC when the design earns it.
Iterate at software speed
Quoting and scheduling are automated, so the gap between revisions collapses. Upload, get the part, update the CAD, and run it again. No hand-offs in between.
COMMON QUESTIONS
- What is rapid prototyping?
- Rapid prototyping is the fast production of physical parts to test a design before committing to manufacturing. With Wyntek you upload a CAD file and an automated lab makes the part with 3D printing or CNC machining.
- How fast can I get a prototype?
- You get an instant quote the moment you upload, and most parts ship within three days of submission. Delivery time then depends on your destination, and every order ships with tracking.
- Which process should I prototype with?
- Use FDM for fast, low-cost form and fit checks, SLA for fine detail and smooth surfaces, and CNC in aluminium or steel when stiffness, heat, or threads matter to the test.
- Are 3D printed prototypes strong enough for testing?
- Many are. Strength depends on process, material, print orientation, geometry, and load. FDM PETG and nylon handle most functional tests, while SLA standard resin suits detail and cosmetic checks.
READY TO SEND
THE FILE?
Free to start · no card required · 30-second signup