Advanced 3D Printing Technologies
Industrial-grade additive manufacturing solutions for your most demanding projects
Printed in-house in Livonia — 3D printing service in Michigan.
Selective Laser Sintering - Complex geometries without supports
Fused Deposition Modeling - Versatile prototyping and larger parts
Production-ready parts across our SLS and FDM lineup
Explore our advanced additive manufacturing technologies. Each process offers unique advantages for different applications, from rapid prototyping to end-use production parts.
SLSSelective Laser Sintering
Powder-based 3D printing using laser sintering for complex geometries without support structures
Industrial SLS equipment for powder-based printing
Complex geometries achievable with SLS technology
Available Materials
Compatible materials optimized for SLS technology
Key Advantages
Primary benefits of SLS technology
Considerations
Important factors to consider for SLS
Ideal Applications
Perfect use cases for SLS technology
Finishing Options
Available post-processing services
Design Guidelines
Essential design rules for optimal results
FDMFused Deposition Modeling
Thermoplastic extrusion process ideal for prototypes, fixtures, and larger geometries
Professional FDM printing for functional prototypes
Available Materials
Compatible materials optimized for FDM technology
Key Advantages
Primary benefits of FDM technology
Considerations
Important factors to consider for FDM
Ideal Applications
Perfect use cases for FDM technology
Finishing Options
Available post-processing services
Design Guidelines
Essential design rules for optimal results
Full Color SLAFull-Color Photopolymer Jetting New
Photorealistic, full-color 3D printing in a single pass — up to 10 million colors baked directly into the part surface, no painting required.
Photorealistic figurines with smooth color gradients
Multi-color architectural and product models
Available Materials
Compatible materials optimized for Full Color SLA technology
Key Advantages
Primary benefits of Full Color SLA technology
Considerations
Important factors to consider for Full Color SLA
Ideal Applications
Perfect use cases for Full Color SLA technology
Finishing Options
Available post-processing services
Design Guidelines
Essential design rules for optimal results
Investment CastingLost-Wax Investment Casting
Metal parts produced by 3D-printing a burnout pattern, investing it in a ceramic shell, and pouring molten metal. Combines additive design freedom with true metal mechanical properties.
Wax pattern tree — the burnout master for each cast run
Ceramic shell after burnout — ready for the pour
Jewelry-grade molds & precious-metal finish work
Molten metal poured into the invested flask
Finished cast parts: stainless, bronze, aluminum, silver
Available Materials
Compatible materials optimized for Investment Casting technology
Key Advantages
Primary benefits of Investment Casting technology
Considerations
Important factors to consider for Investment Casting
Ideal Applications
Perfect use cases for Investment Casting technology
Finishing Options
Available post-processing services
Design Guidelines
Essential design rules for optimal results
MJFMulti Jet FusionPartner
Powder-bed process that fuses a whole layer at a time rather than tracing it with a laser. Faster than SLS on filled builds, isotropic, and the only route we have to full-color nylon.
Available Materials
Compatible materials optimized for MJF technology
Key Advantages
Primary benefits of MJF technology
Considerations
Important factors to consider for MJF
Ideal Applications
Perfect use cases for MJF technology
Finishing Options
Available post-processing services
Design Guidelines
Essential design rules for optimal results
SLAStereolithographyPartner
A laser cures liquid resin layer by layer. The smoothest surface and finest detail of any process we offer — the choice for appearance models, clear parts and master patterns.
Available Materials
Compatible materials optimized for SLA technology
Key Advantages
Primary benefits of SLA technology
Considerations
Important factors to consider for SLA
Ideal Applications
Perfect use cases for SLA technology
Finishing Options
Available post-processing services
Design Guidelines
Essential design rules for optimal results
SAFSelective Absorption FusionPartner
A production powder-bed process built for repeatability and throughput rather than one-offs. It is how we reach true polypropylene and bio-based PA11.
Available Materials
Compatible materials optimized for SAF technology
Key Advantages
Primary benefits of SAF technology
Considerations
Important factors to consider for SAF
Ideal Applications
Perfect use cases for SAF technology
Finishing Options
Available post-processing services
Design Guidelines
Essential design rules for optimal results
Managed Partner Network
Six additional manufacturing processes available through our managed supply chain. These run on a request-for-quote basis — share your part and we'll confirm pricing, lead time, and certification.
01
CNC Machining
Plastic and metal precision machining
- Lead time:
- From 4 days for standard parts
- Tolerance:
- ±0.05mm / 100mm typical · ±0.025mm / 100mm available
02
Injection Molding
Rapid tooling to full production
- Lead time:
- Tooling from 2 weeks (rapid) · 5–8 weeks (production)
- Tolerance:
- Per-resin SPI tolerances
03
Sheet Metal Fabrication
Laser cutting, bending, welding
- Lead time:
- From 5 days for standard parts
- Tolerance:
- ±0.2mm / 100mm typical
04
Metal 3D Printing
DMLM in flight-grade alloys
- Lead time:
- From 3 days print · post-processing additional
- Tolerance:
- ±0.3mm / 100mm typical · post-machining for tighter
05
Vacuum Casting
Polyurethane casting, tooling-free
- Lead time:
- From 5 days
- Tolerance:
- ±0.3mm / 100mm typical
06
Die Casting
Aluminum, zinc, magnesium alloys
- Lead time:
- From 10 days for production runs
- Tolerance:
- ±0.3mm / 100mm typical (as-cast) · post-machining for tighter
Ready to Get Started?
Upload your 3D files and get instant pricing across all our technologies. Our system will help you choose the best process for your specific requirements.