3D Printing & Prototyping
Accelerate product development cycles with rapid prototyping, precision additive manufacturing, and a complete digital thread from CAD to finished part.
Additive Manufacturing Capabilities
From concept models to functional end-use parts — we cover the full additive manufacturing lifecycle with engineering-grade quality and fast turnaround.
FDM / SLA / SLS Printing
Multi-process additive manufacturing across FDM (fused deposition), SLA (resin), and SLS (powder bed fusion) — matched to your material, tolerance, and production requirements.
CAD to Print Pipeline
End-to-end digital thread from CAD model to finished part — DFM analysis, slicing optimisation, support strategy, and print parameter tuning for each material.
Tooling & Fixtures
Rapid production of jigs, fixtures, assembly aids, and inspection gauges that would take weeks in traditional machining — delivered in days with full dimensional verification.
Reverse Engineering
3D scanning and photogrammetry pipelines that capture physical parts as precise digital models — for legacy part reproduction, tolerance analysis, or digital archiving.
Small-Batch Production
Bridge manufacturing for product validation runs, pilot batches, and low-volume production — reducing tooling costs and lead times compared to injection moulding.
Material Science Guidance
Material selection consulting across engineering plastics (PEEK, Nylon, ASA), composites, flexible TPU, and metal-filled filaments for mechanical and thermal requirements.
From File to Finished Part
Design Review
We analyse your CAD model or design brief for printability — wall thickness, overhangs, tolerances, and assembly requirements — before any material or process is committed.
Process & Material Selection
We recommend the optimal process (FDM, SLA, SLS) and material grade based on your functional requirements, surface finish needs, and budget.
Print & Post-Processing
Parts are printed, support-removed, post-cured, sanded, or finished as required — with dimensional inspection at key stages.
Quality Verification
Critical dimensions measured against CAD with digital callipers, CMM spot-checks, or structured light scanning depending on tolerance requirements.
Delivery & Iteration
Parts shipped with inspection reports. Iteration cycles typically under 48 hours for standard geometries — far faster than traditional manufacturing.
Our Manufacturing Stack
We operate professional-grade equipment across multiple process types — allowing us to match each part to the process that gives the best mechanical outcome.
Key Benefits
- 48-hour turnaround on standard prototype parts
- Dimensional inspection reports included for engineering-grade parts
- Eliminate tooling costs for low-volume production runs
- Faster design iteration — test 5 variants in the time it takes to tool one
- DFM feedback included to improve printability and reduce part cost
- Full confidentiality on IP-sensitive prototype work
Have a part you need prototyped fast?
Send us your CAD file or design brief and get a quote with material recommendations and lead time within 24 hours.