Forging digitalgeometry intophysical parts.
A specialized additive manufacturing and rapid prototyping studio — high-precision 3D printing and scanning for engineering and reproduction work.
The fine print
| Maximum build volume | 256 × 256 × 256 mm |
|---|---|
| Max heat deflection temperature | Up to 485 °F / 252 °C |
| Minimum layer height | 0.05 mm |
| Materials | PPA-CF · PPS-CF · PPS-GF · PETG-CF · PA12-CF · PC · PC-CF/FR · ASA-CF/GF · ABS · PETG · PLA · TPU · PA6-CF · PA12-CF · PA612-CF · and more |
| Scanning | Intricate geometry · near-exact reproduction |
| Lead time | 72 hours |
What we do
Additive Manufacturing
Expert FDM/FFF printing focused on high-performance, engineering-grade, and fiber-reinforced materials.
Scanning & Reverse Engineering
High-fidelity 3D scanning for intricate part reproduction, exact 1:1 copies, and durable digital archiving of legacy components.
Rapid Prototyping
Iterative design support that compresses your development cycles — from first concept to validated, shippable part.
Concept to component
Scan & Capture
Digitize legacy or reference parts with high-fidelity scanning.
Design & Engineer
CAD refinement, tolerancing, and material selection for the job.
Print & Validate
Production on engineering printers with dimensional verification.
Deliver
Inspected, finished components shipped direct to your door.
The difference
Rigorous quality control
Documented, tightly controlled processes at every stage — from material handling to final inspection — for consistent, traceable, repeatable parts.
Material mastery
Specialized in abrasive, composite, and carbon-fiber-reinforced filaments most shops avoid.
End-to-end workflow
From scanning a broken legacy part to delivering a reinforced replacement — one shop.
Agile response
Small-scale focus means rapid pivots, personal attention, and direct engineering support.
Dimensional verification
Every part checked against the model before it ships — no surprises on arrival.
Reproduction fidelity
Typical turnaround