3D Printing & Additive Manufacturing
SLA, SLS, and metal DMLS for rapid prototyping, fit checks, and functional testing — often within 24 hours. Seamlessly bridge to CNC production.
15+ years precision manufacturing · Shipped to 30+ countries
How We Help
Additive manufacturing accelerates your product development cycle. We offer SLA, SLS, and metal DMLS technologies — complementing our CNC machining for a complete prototype-to-production workflow. No tooling investment, MOQ of 1 piece, and turnaround as fast as 24 hours.
Our engineering team helps you choose the right process: SLA for visual prototypes, SLS for functional nylon parts, and metal DMLS for complex metal components. When your design is validated, we seamlessly transition to CNC production with the same project team and quality standards.
Not Sure Your Design Is Optimized?
Upload your STEP file — an engineer responds within 24 hours with a quote and free DFM manufacturability review.
Why Work With Us
Technical Specifications View full specs
| Parameter | Specification |
|---|---|
| SLA Build Volume | Up to 800 × 800 × 500 mm |
| SLA Layer Resolution | 25μm |
| SLS Build Volume | Up to 340 × 340 × 600 mm |
| SLS Layer Resolution | 100μm |
| Metal DMLS Build Volume | Up to 250 × 250 × 300 mm |
| Metal DMLS Layer Resolution | 30μm |
| SLA Materials | Standard, tough, high-temp, flexible resins |
| SLS Materials | PA12 nylon, glass-filled nylon, TPU |
| DMLS Materials | AlSi10Mg, Ti6Al4V, 316L stainless |
| Prototype Lead Time | 24 hours – 5 business days |
From Drawing to Delivery
A transparent, engineer-led workflow — reducing risk at every stage of your supply chain.
- 01
Upload Drawings & NDA
Submit STEP, IGES, or PDF via our secure form. Mutual NDA available — your IP is never shared.
- 02
Engineer Review & DFM
A senior engineer reviews tolerances, materials, and process — quote + free DFM feedback within 24 hours.
- 03
Production & In-Process QC
Self-owned factory with in-process inspection on critical dimensions. Progress photos available on request.
- 04
Final Inspection & Global Ship
Optional CMM reports, material certs, and CoC included. DHL/FedEx/sea freight with full tracking.
Key Equipment
- DMG MORI
- Mazak
- Fanuc
- Haas
- Zeiss CMM
Quality & Certifications
Verifiable quality systems — supporting your vendor audits and incoming inspection.
Common Applications
SLA Resin
High-detail visual prototypes, fit checks, and master patterns with 25μm layer resolution.
SLS Nylon
Functional prototypes and low-volume end-use parts — complex internal geometries without support structures.
Metal DMLS
Aluminum, titanium, and stainless steel parts for complex geometries that cannot be machined conventionally.
3D Printing vs CNC — When to Use Which
- Choose 3D printing for: complex organic shapes, internal channels, rapid iteration, low volumes (1–50 pcs), no tooling budget
- Choose CNC for: tight tolerances (±0.01mm+), production volumes, specific mechanical properties, smooth machined surfaces
- Best practice: 3D print for design validation → CNC machine for production = fastest path to market
Why Engineers Worldwide Trust Unique Prototype Technology
Experience, expertise, authority, and trustworthiness — four pillars behind every part we ship.
Ready to Start Your Project?
Dedicated project manager · NDA on request · FAI reports available on first articles.
Related Resources
Frequently Asked Questions
How fast can you deliver 3D printed prototypes?
SLA and SLS parts can ship within 24–48 hours. Metal DMLS typically requires 5–7 business days depending on build volume and post-processing requirements.
Can you transition from 3D print to CNC production?
Yes — this is our recommended workflow. Validate with 3D print, then move to CNC for production-grade tolerances and materials. Same engineering team manages both stages.
What file formats do you accept?
STL, STEP, and 3MF for 3D printing. STL is preferred for SLA/SLS. STEP for metal DMLS with engineering review of build orientation and support strategy.
What tolerances can 3D printing achieve?
SLA: ±0.1mm typical. SLS: ±0.2mm. Metal DMLS: ±0.05mm on well-oriented features. For tighter tolerances, machine critical surfaces after printing or move to CNC.
Do you offer post-processing for printed parts?
Yes — support removal, sanding, dyeing, vapor smoothing (SLA), bead blasting, CNC machining of mating surfaces, and heat treatment for metal DMLS parts.
Ready to Start Your Project?
Upload your CAD files and get a competitive quote within 24 hours — with free DFM feedback.
Request a Quote