3D Printing Capabilities
Not your typical manufacturing house. We create custom solutions with materials and processes you may not have considered, then match the right one to your part.
Every major additive process
Extrusion-based polymer printing
Tough, cost-effective functional parts, including fiber-reinforced and high-temp materials.Resin printing
Fine detail, smooth surfaces and tight feature resolution for precision parts.Powder-bed polymer printing
Durable, isotropic nylon-class parts and speedy polyamide builds with no support structures.Metal powder-bed printing
Fast, heat-free metal builds for strong, dense metal parts with minimal post-processing.High-detail polymer builds
Fine feature fidelity, multi-material options, and strong surface finish for assembly-ready parts.Laser powder-bed metal printing
Dense, complex metal components for demanding mechanical applications.Metal extrusion printing
FFF-style metal filament deposition for near-net-shape metal parts and simpler geometry.Wire-welding metal deposition
Large-format, near-net-shape metal parts at production economics.General material characteristics
These categories summarize the core properties we use to match materials to your part's application.
Choose materials by category
Explore the complete material list for each family, with the most common engineering-grade options we offer.
Metals
Strong, heat-resistant and durable; supporting load-bearing parts, fixtures, housings and metal prototypes with alloys like Titanium, 316L, 17-4, H13, Copper and Inconel 718.
Polymers
Good surface finish, chemical resistance, and impact strength; ideal for functional prototypes, jigs, fixtures and end-use parts.
Composites
Enhanced stiffness and strength with reduced warping and thermal expansion; suited for structural components and lightweight assemblies.
Ceramics
High-temperature stability, abrasion resistance and electrical insulation; used for tooling, wear parts and precision electrical components.
Specialty
Custom-engineered materials for flexibility, castability, conductivity, biocompatibility and other advanced functional requirements.
If you don't see the material you need, reach out and we'll help you find it.
Request a material →From prototype to production
Lead times run from 2 business days to about 4 weeks, depending on material and quantity. We confirm your date with the quote.
Functional prototypes
Test-ready iterations that behave like the real thing.
End-use production parts
Components built to ship in your product, in the field.
Jigs, fixtures & tooling
Repeatable shop-floor tooling at a fraction of machined cost.
Low-volume runs
Tens to thousands without the cost of injection tooling.
Bridge manufacturing
Real parts now while hard tooling spins up.
Tight-tolerance parts
Where fit and function leave no room for guesswork.
Machine Shop Collaboration
Through this partnership you have access to:
16 CNC machines
As part of a full machine shop, we tap 16 CNCs for precision machining, hybrid workflows and metal finishing.
Finishing equipment
In-house post-processing (machining, surface finishing, threading and assembly) for parts that ship ready to use.
State-of-the-art QA lab
Dedicated metrology and inspection lab to verify tolerances, material properties and part quality before delivery.
This partnership speeds up development and improves part quality across every part we deliver.
Tell us what you need built.
Upload a file or describe the part and we'll scope the right process.
Get a quote →