From FDM concept models to SLS production-grade polymer assemblies — industrial additive manufacturing with 24–48 hour turnaround and engineering-certified materials.
What We Offer
We operate multiple additive technologies under one roof — choose the process that best matches your material requirements, resolution, and budget.
Cost-effective thermoplastic extrusion for functional prototypes, jigs, fixtures, and large structural parts in ABS, PLA, PETG, and ASA.
High-resolution resin printing with layer heights to 25 µm. Ideal for fine-detail prototypes, dental models, and jewelry masters.
Powder-bed fusion of Nylon 12, glass-filled nylon, and TPU for functional end-use parts without support structures or warping.
HP Multi Jet Fusion for isotropic, watertight Nylon parts with excellent surface finish and consistent mechanical properties in all three axes.
Continuous Liquid Interface Production for production-grade elastomers, rigid urethanes, and EPX resins with injection-molding-like surface quality.
Vapor smoothing, dyeing, painting, priming, sanding, and machining of printed parts to achieve functional tolerances and production surface finish.
Technology Guide
Each additive technology has distinct strengths. Our engineers will help you select the optimal process during review.
Best for large functional parts, low-cost prototypes, and tooling. Layer lines visible but acceptable for most mechanical applications. Widest material selection including high-performance materials like PEEK and Ultem.
Low Cost Large Parts PEEK / Ultem Jigs & FixturesBest for high-resolution visual models, dental guides, and clear parts. Smooth surface finish out of the machine. Resins span rigid, flexible, high-temp, and castable formulations.
Fine Detail Clear Resin Dental 25 µm ResolutionBest for functional assemblies, complex geometries, and low-volume production runs. No support structures needed. Nylon 12 and glass-filled variants provide excellent mechanical strength.
No Supports Functional Parts Nylon 12 Complex GeometryBest for isotropic mechanical properties, watertight housings, and production quantities. Faster than SLS for comparable part quality. Excellent for consumer products and medical device housings.
Isotropic Watertight Production Scale MedicalOur Process
From file upload to finished part, our streamlined workflow gets your parts printed and shipped fast.
Upload your STL, STEP, or OBJ file. Select technology, material, and finish. Receive an instant automated quote or request human review.
Our additive engineers review wall thickness, overhangs, support strategy, and tolerances. You receive a confirmed quote and build time within 4 hours.
Parts are built, cleaned, cured, and post-processed per your finish spec. Batches are organized for traceability by order number and material lot.
Dimensional verification, surface finish check, and careful packaging. Worldwide shipping with DHL, FedEx, and freight options. AS-BUILT report on request.
Material Library
We maintain an extensive certified material inventory across all our additive platforms, from commodity thermoplastics to aerospace-grade polymers.
Technical Data
Typical parameters by technology. Dimensional accuracy depends on geometry, material, and orientation.
| Parameter | Specification |
|---|---|
| FDM Standard Tolerance | ±0.010" (±0.25 mm) or ±0.2% (whichever is greater) |
| SLA Standard Tolerance | ±0.005" (±0.127 mm) for features under 4" |
| SLS / MJF Tolerance | ±0.007" (±0.18 mm) or ±0.15% |
| Min Wall Thickness (FDM) | 0.040" (1 mm) |
| Min Wall Thickness (SLA) | 0.020" (0.5 mm) |
| Min Wall Thickness (SLS/MJF) | 0.030" (0.762 mm) |
| Max Build Volume (FDM) | 36" × 24" × 36" (914 × 610 × 914 mm) |
| Max Build Volume (SLA) | 33" × 22" × 19.7" (838 × 559 × 500 mm) |
| Max Build Volume (SLS) | 15" × 13" × 18" (381 × 330 × 457 mm) |
| Layer Resolution (SLA) | 25–100 µm |
| Lead Time — Standard | 3–5 business days |
| Lead Time — Rush (24–48hr) | Available for qualifying geometries and quantities |
| Minimum Order | 1 piece, no MOQ |
Markets We Serve
Additive manufacturing powers innovation across every sector — from concept validation to production-ready assemblies.
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