Upload a CAD file, compare metal, nylon, resin and plastic options, then get production-grade parts made with SLM, MJF, SLS, SLA or FDM.
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Get pricing without waiting for back-and-forth emails. Choose process, material, finish and shipping speed from one quote flow.
Industrial 3D printing supports engineers, product designers and manufacturers from first prototypes to functional parts, display models and short-run production.
Print durable parts for aerospace, automotive, robotics, medical devices and industrial machinery without waiting for tooling.
Move from CAD to physical iteration quickly with SLA detail, FDM speed and MJF/SLS strength for functional testing.
Create high-fidelity models where detail, surface quality and accurate geometry matter for communication or evaluation.
Select by material family, surface finish, strength and production intent. SLM is highlighted for metal end-use parts; MJF, SLS, SLA and FDM cover nylon, resin and plastic requirements.
Selective Laser Melting builds fully dense metal parts for demanding thermal, structural and lightweight applications. It is the best choice when your prototype needs to behave like a real production metal component.
Choose from metals, nylons, resins and thermoplastics. The right material depends on load, heat, chemical exposure, surface quality and cost target.
Strong, heat resistant and production ready for structural components.
Durable, lightweight polymers for functional prototypes and small batches.
Smooth, accurate and detailed for appearance models and master patterns.
Cost-effective thermoplastics for fast iteration and large-format parts.
| Material | Process | Key properties | Typical applications |
|---|---|---|---|
| 316L Stainless Steel | SLM | Corrosion resistant, strong, weldable | Medical, marine and industrial components |
| Titanium TC4 | SLM | Lightweight, high strength, biocompatible | Aerospace, medical and high-performance parts |
| Aluminum AlSi10Mg | SLM | Lightweight with good thermal performance | Heat sinks, brackets and housings |
| Nylon PA12 | MJF / SLS | Durable, impact resistant and lightweight | Clips, fixtures, housings and batch parts |
| Standard / Tough / Clear Resin | SLA | High detail and smooth surface quality | Visual prototypes, masters and clear models |
| PLA / ABS / PETG / PC | FDM | Fast, affordable and widely available | Concept models, fixtures and large prototypes |
Final tolerances depend on material, geometry, build orientation and finishing. For critical interfaces, we can add CNC finishing after printing.
| Process | Typical tolerance | Layer thickness | Best use | Lead time |
|---|---|---|---|---|
| SLA | +/-0.1 mm or +/-0.1% | 25-100 um | High-detail resin and smooth surfaces | 2-5 days |
| MJF | +/-0.3 mm or +/-0.3% | 80 um | Production nylon parts | 3-5 days |
| SLS | +/-0.3 mm or +/-0.3% | 100 um | Complex nylon parts without supports | 4-6 days |
| FDM | +/-0.3 mm or project-specific | 100-300 um | Fast, economical plastic prototypes | 2-4 days |
| SLM | +/-0.1-0.2 mm | 20-50 um | Functional metal parts | 5-8 days |
As-printed parts are fast. Finished parts can be smoother, stronger, coloured, branded or ready for assembly.
Creates a uniform matte texture and reduces visible layer or powder marks.
Improves appearance and surface feel from satin to high-gloss finishes.
Primer, colour matching, protective coating and presentation-grade finishes.
Reliable 3D printed parts need more than a machine. We combine file review, process control, finishing checks and final inspection.
Wall thickness, feature size, support risk, orientation and process fit are reviewed before production.
Parts are produced with validated machine parameters and checked through post-processing.
Dimensional inspection, visual inspection and measurement reports are available when required.
Files are handled securely and NDAs are available for sensitive product development projects.
Questions about process selection, pricing, tolerances or confidential files? Start here.
Choose SLM for production metal parts, MJF or SLS for strong nylon components, SLA for smooth high-detail resin parts, and FDM for economical plastic prototypes. If you upload a CAD file, we can recommend the best process based on geometry, strength, finish and budget.
STL and STEP/STP are preferred. We can also review OBJ, IGES and other common CAD formats. STEP is usually best when the part has precise mechanical features, while STL is widely used for mesh-based 3D printing.
Pricing depends on material, part volume, build orientation, quantity, surface finish and shipping speed. Upload your file to get a geometry-based quote instead of a rough estimate.
Simple plastic or resin parts can ship in as fast as 24 hours. Nylon production parts usually take 3-6 business days, while SLM metal parts typically take 5-8 business days. Finishing can add extra time.
Yes. We review printability, wall thickness, feature size, orientation, support risk and finishing requirements before production. For demanding projects, our team can suggest process or material changes before you commit.
Yes. CAD files are handled securely and never shared or reused. An NDA is available on request. For confidential projects, contact [email protected] before uploading files.