Revolutionizing production with industrial 3D printing
We've invested in advanced 3D printing technology and an experienced team of engineers and designers to ensure your industrial projects are completed efficiently and to the highest standard. From rapid prototyping to large-scale production runs, our infrastructure scales with your operations.
We understand that the industrial sector is constantly evolving, with new challenges arising every day. From one-off shop aids to recurring production runs, we help manufacturers keep lines moving, reduce tooling costs, and respond quickly when designs or demand change.
Transform your industrial production with scalable 3D printing: reduce costs, decrease lead times, accelerate timelines, and minimize risk. Prototype without tooling, produce parts on demand instead of holding inventory, and scale from a single shop aid to recurring production runs as demand changes, with our engineering team collaborating with yours at every step.
Built for demanding programs.
Bring your ideas to life faster with accurate, functional prototypes to validate designs and speed up product development.
High-quality custom parts with precision and durability across ABS, ASA, polycarbonate, nylon, PEEK, Ultem, and more.
Reduce lead times and manufacturing costs with short and medium-sized production runs that scale on demand.
Lightweight grippers, EOAT, and inspection fixtures printed in carbon-filled nylon, SLS PA12-GF, and HP MJF nylon.
Assembly nests, drill guides, CMM fixtures, and shop aids engineered to your production rate.
Investment-casting patterns, vacuum-form molds, and injection-mold inserts for low-volume production.
Support removal, surface finishing, hardware installation, bonding, and paint: line-ready parts, not raw-built.
DFAM guidance from concept through material selection, build qualification, and inspection plan.
Built on the same AS9100D infrastructure.
High-performance thermoplastic parts in Ultem, PEEK, and Antero on production-grade Stratasys systems.
Explore
Tough nylon and elastomer parts for production enclosures, complex geometries, and end-of-arm tooling, printed without support structures.
Explore
Concept models, functional prototypes, wind-tunnel articles, and design-validation builds, turned around in hours, not weeks, with the same supplier you'll use for production.
Explore
Lightweight, dimensionally stable shop aids printed at a fraction of CNC cost: drill jigs, assembly fixtures, inspection gauges, workholding, and end-of-arm tooling.
Explore
Autoclavable Ultem 1010, Ultem 9085, and polycarbonate layup and trim tools, engineered for efficient, reliable composite manufacturing.
Explore
Pilot, bridge, and low-volume production, plus end-of-life replacement parts, printed on demand.
ExploreEngineered for the world’s most demanding industries.
Functional prototypes, wind-tunnel models, and low-volume motorsport and EV hardware, accelerating design iteration and reducing development costs.
Explore
Production-cell tooling, robotic EOAT, vision-system fixtures, and integration hardware for high-mix automation and robotics cells.
ExploreWorkholding, integration aids, and assembly-line tooling for high-mix production.
Explore
Chemical-resistant brackets, downhole tooling models, gauging fixtures, and reverse-engineered field equipment, built for harsh environments.
Explore
Functional prototypes, surgical guides, and non-implant production hardware for medical device manufacturers.
Explore
From sculptures and kinetic installations to breakthrough product concepts — creative and inventor programs under NDA.
ExploreThe printing technology behind this work.
Production-grade thermoplastic printing: the workhorse of aerospace additive manufacturing.
Support-free nylon printing for production enclosures and complex geometry.
Photopolymer printing for mirror-grade surface finish and tight tolerances.
Qualified on HP MJF? Our SLS cell prints the same nylon geometry with equivalent mechanical properties.
Validated aerospace-grade materials.
The aerospace cabin standard: FAR 25.853 / OSU 65-65 compliant.
Carbon-fiber reinforced nylon: the highest flexural strength of any FDM 3D printing material.
General-purpose, biocompatible nylon: the workhorse SLS material for functional prototypes and end-use production.
Durable nylon-based thermoplastic with exceptional toughness, chemical resistance, and a smooth surface finish.
Heat-resistant FDM polymers for engine-adjacent, thermal-critical, and chemically aggressive service environments, with heat-deflection temperatures up to 419°F.
Ready to take flight?
Let’s build hardware.
Send us your drawings, or just sketch on a napkin, and your program timeline. Our engineers will provide a rapid quote and deliver flight-ready parts built to your requirements and delivered on schedule.