3D Printing
3D Printing
SLA, SLS, and metal 3D printing for rapid concept models and functional prototypes. Validate geometry before committing to CNC tooling.
3D Printing
SLA, SLS, and metal 3D printing for rapid concept models and functional prototypes. Validate geometry before committing to CNC tooling.
A $200 print that catches a clearance error saves a $2,000 CNC rework. We help you pick the right process and flag geometry that won't survive machining or molding.
SLA for cosmetic models, SLS for functional nylon prototypes, DMLS for metal fit checks — not one-size-fits-all FDM when accuracy matters.
Our engineers review your STL for wall thickness, overhangs, and assembly clearance — with notes on what to change before committing to machined tooling.
Approved print geometry transfers directly to our CNC, sheet metal, or molding teams — same facility, same project manager, no re-uploading files.
Multiple technologies under one roof — so you get the right balance of speed, strength, and surface quality for each stage of development.
High-resolution stereolithography for concept models, clear parts, and detailed cosmetic prototypes. Smooth surfaces ready for painting or presentation.
Selective laser sintering in PA12 and glass-filled nylon. Durable, hinge-capable parts for functional testing, snap fits, and living hinges.
Direct metal laser sintering in aluminum, stainless, and tool steel. Complex internal channels, lightweight lattice structures, and metal fit-check parts.
Engineering review bundled with every quote — wall thickness, draft, tool access, and tolerance feasibility before you pay for subtractive machining.
Standard capabilities by process. Post-processing and tighter tolerances available on request.
| Parameter | Standard Capability |
|---|---|
| SLA layer height | 0.05 – 0.1 mm |
| SLS layer height | 0.08 – 0.12 mm |
| General tolerance | ±0.1 – 0.2 mm (process-dependent) |
| Maximum build envelope | Up to 450 × 450 × 470 mm |
| Minimum wall thickness | 0.8 mm SLA; 1.0 mm SLS |
| SLA lead time | 1–2 business days typical |
| SLS / DMLS lead time | 3–5 business days typical |
| File formats | STL, STEP, OBJ, 3MF |
Each additive process has distinct material properties. Tell us whether you need appearance, function, or metal strength — we'll recommend the right technology.
Post-processing — sanding, dyeing, vapor smoothing, CNC machining of printed blanks — available in-house. View full material library →
Where additive manufacturing saves time and de-risks downstream production.
High-detail SLA models for investor pitches, trade shows, and early stakeholder reviews before tooling investment.
SLS nylon parts assembled with production hardware to verify clearances, ergonomics, and cable routing.
Custom assembly fixtures, inspection gauges, and soft jaws printed overnight for production line setup.
Short-run molds, form tools, and sacrificial patterns for casting — bridging the gap until production tooling arrives.
From file upload to parts in your hands — typically within days.
Send STL or STEP with intended process and quantity.
Pricing plus geometry feasibility notes within 2 hours.
Optimized build orientation for strength and surface quality.
Build, support removal, and optional post-processing.
DHL/FedEx express — door to door in 3–7 days.
"They caught a tolerance issue on our first design review that would have cost us a week. Quote came back in under 3 hours with real engineering notes — not just a number."
Choose SLA for smooth cosmetic surfaces and fine detail. Choose SLS for functional parts that need durability, snap fits, or living hinges without brittle resin behavior.
SLS nylon and DMLS metal parts can serve low-volume end use. For high volume or tight tolerances, we recommend printing for validation then moving to CNC or molding.
Sanding, primer, paint, dye (SLS), vapor smoothing (SLA), bead blast, and CNC machining of critical interfaces on printed blanks.
Yes. Every quote includes a review for manifold geometry, minimum wall thickness, and build feasibility. We'll flag issues before charging for a failed print.
Upload your CAD files and get a detailed quote with DFM feedback within 2 hours. MOQ from 1 piece.
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