From next-day FDM prototypes to precision SLA medical guides and production-grade DMLS metal parts — in-house additive manufacturing built to complement your PCB and CNC sourcing under one roof.
From single prototypes to bridge-production runs, serving medical devices, robotics, automotive tooling and education. Hover to explore.
24–72 hour turnaround on design-validation prototypes, with DFM feedback and multiple material options for iterative development.
End-use parts in industrial-grade materials, with consistent batch-to-batch quality and full inspection records.
Prototypes built for mechanical stress, thermal performance, chemical resistance and assembly fit verification.
Complex-geometry manufacturing with custom material formulations, tuned for your specific application requirements.
Sanding, polishing, painting, vapor smoothing and assembly — professional finishing for appearance and function.
Design-for-additive-manufacturing guidance, topology optimization and material selection from our applications engineers.
Rigid-flex combinations, soft-touch overmolds and multi-durometer assemblies printed or finished as a single part.
Cost-effective tooling-free production runs of 10–5,000 units while injection tooling is being built.
From first file review to final delivery, every project moves through the same disciplined six-stage process — so quality never depends on luck.
Our applications engineers review your 3D model for wall thickness, overhangs, tolerances and printability, flagging any changes needed before a single layer is printed.
STL / STEP review · printability checkSTL and STEP files are optimized, orientation is chosen for strength and surface finish, and support structures are generated to protect critical features.
Support generation · orientation optimizationTechnology and material are matched to your application — FDM, SLA, SLS, PolyJet, DMLS or MJF — and printers are configured and calibrated for the build.
Technology matching · machine calibrationLayer-by-layer additive manufacturing under continuous monitoring, with in-process checks to catch layer shifts, warping or adhesion issues early.
In-process monitoring · layer verificationSupport removal, sanding, media blasting, vapor smoothing, painting or heat treatment, followed by dimensional and visual quality inspection.
Finishing · dimensional inspectionParts are packaged to prevent transit damage, documentation and certificates of conformance are attached, and orders ship worldwide, door to door.
Protective packaging · global shippingSix technologies, one supplier — no critical process is outsourced.
Fused Deposition Modeling builds strong functional parts and large-format prototypes in PLA, ABS, PETG, Nylon and TPU at low cost. Stereolithography adds high-detail, smooth-finish models in standard, tough and castable resins for design reviews and casting patterns.
Selective Laser Sintering builds intricate, interlocking and lattice geometries in Nylon and TPU with no support structures needed, ideal for functional assemblies. PolyJet layers multiple photopolymers in a single build for multi-material, full-color and over-molded prototypes.
Direct Metal Laser Sintering fuses metal powder — Aluminum, Titanium, Stainless Steel and Inconel — into end-use metal parts for demanding applications. Multi Jet Fusion produces high-detail, isotropic Nylon PA12/PA11 functional parts at true production speed and repeatability.
Choosing the right process starts with the right data. Compare layer resolution, materials, build volume and cost across all six technologies we run in-house.
| Parameter | FDM | SLA | SLS | PolyJet | DMLS | MJF |
|---|---|---|---|---|---|---|
| Best For | Functional prototypes & large parts | High-detail models | Complex geometries | Multi-material parts | Metal end-use parts | Production-grade parts |
| Layer Resolution | 50–400 µm | 25–100 µm | 80–120 µm | 16–30 µm | 20–60 µm | ~80 µm |
| Material Options | PLA, ABS, PETG, Nylon, TPU | Standard / Tough / Castable resins | Nylon, TPU | Various photopolymers | Aluminum, Titanium, Stainless, Inconel | Nylon PA12 / PA11 |
| Max Build Envelope | 1000×800×600mm | 500×500×600mm | 550×550×750mm | 490×390×200mm | 250×250×325mm | 380×284×380mm |
| Cost | Low | Medium | High | High | Very High | Medium-High |
Every job, prototype or production, moves through the same inspection process. Full documentation and material certificates ship with your order on request.
Real 3D printing challenges — and how we solved them.
SLA production of biocompatible, patient-specific orthopedic surgical guides for a medical device manufacturer, requiring tight batch consistency.
Every guide passed dimensional inspection against the patient scan on first submission, with full material certification supplied for regulatory files.
FDM PETG and Nylon prototyping across 12 design iterations for a robotics startup's gripper end-effector, compressing the development cycle.
Design-validated in under six weeks instead of the customer's original three-month estimate, moving straight into an MJF production bridge run.
SLS nylon jigs and fixtures for an automotive interior assembly line, replacing heavier machined-aluminum tooling on the same stations.
Line operators reported easier handling and faster changeovers; the customer now sources all new fixture designs as SLS nylon prints.
3D printing partners need more than a printer farm — they need applications engineering, fast quoting and the depth to combine additive manufacturing with your other sourcing needs.
FDM, SLA, SLS, PolyJet, DMLS and MJF all run in our own facility — no outsourced processes, no added lead time waiting on a subcontractor.
Our applications engineers return DFAM and topology-optimization feedback within 24 hours, catching printability issues before they cost you a build.
Combine 3D-printed enclosures or fixtures with PCB fabrication, assembly and CNC parts on a single order, single NDA and consolidated shipment.
PLA, ABS, PETG, Nylon, Resin, TPU and metal powders — matched to your application by engineers who work with all of them daily.
Common questions about choosing a technology, ordering parts and combining 3D printing with your other sourcing needs.
It depends on your priority. FDM suits low-cost functional prototypes and large parts; SLA suits high-detail visual models; SLS and MJF suit complex or production-grade nylon parts; PolyJet suits multi-material and full-color models; DMLS suits end-use metal parts. Send us your model and we'll recommend the best fit at no charge.
PLA, ABS, PETG, Nylon, Resin (standard, tough and castable) and TPU as standard, plus DMLS metal powders including Aluminum, Titanium, Stainless Steel and Inconel. Custom material formulations are available for specialized applications — ask our team.
No minimum order quantity — we print single prototypes as well as low-volume bridge production runs from 10 to 5,000 units. Pricing improves at volume, so let us know your expected quantity when requesting a quote.
Standard FDM and SLA prototypes ship in 24–72 hours from file approval. SLS, PolyJet and metal DMLS parts typically take 3–7 working days depending on post-processing requirements. Rush service is available on request.
We accept STL, STEP, IGES and OBJ files for 3D printing. STEP or IGES is preferred for parts requiring machining references or tight tolerances, since it preserves exact geometry rather than a mesh approximation.
Yes — many customers order 3D-printed enclosures, brackets or test fixtures alongside their PCB fabrication and assembly. It's a single quote, one point of contact and one consolidated shipment, which simplifies your supply chain considerably.
Yes — sanding, media blasting, vapor smoothing, painting, dyeing and heat treatment are all available in-house. Let us know the finish and tolerance you need and we'll include it in your quote.
Yes — NDA signing is standard practice before any design files are shared. Our standard mutual NDA is provided within 24 hours of request, and we can also review and sign your company's preferred NDA template.
Upload your model and our applications engineering team will review it and return a full quote and technology recommendation within 24 hours.
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