The Evolution of Extrusion.
The official R&D pipeline. Industrial-grade formulations and carbon fiber composites currently undergoing strict metrology testing prior to global release.
ADVANCED POLYMERS
PC
Ultimate thermal stability and unparalleled impact resistance for heavy-duty engineering parts.
PCTG
Superior toughness and massive optical clarity compared to standard PETG. The perfect chemical-resistant industrial workhorse.
PP
Pure Polypropylene. Low density, extreme chemical resistance, and unmatched fatigue life for living hinges and fluid containers.
PEBA
Ultra-high performance thermoplastic elastomer. Lower density than TPU with staggering energy return for aerospace-level dampening and footwear.
HIPS
D-Limonene dissolvable support material perfect for complex dual-extrusion prints, and a tough, impact-resistant structural polymer on its own.
CARBON FIBER COMPOSITES
PA12-CF
Technical nylon infused with precision-milled carbon fiber. Aerospace-grade stiffness, near-zero moisture absorption, and a flawless matte surface finish.
PETG-CF
The legendary printability of PETG bolstered by carbon for maximum rigidity. The go-to stiff workhorse for drone parts and automotive fixtures.
PLA PRO-CF
Print faster. Print stiffer. High-flow crystalline polymer matrix combined with carbon creates the fastest-printing rigid tooling material on the market.
PCTG-CF
Bridges the engineering gap between pure PCTG's flexural strength and ultimate stiffness, creating a high-impact composite that refuses to shatter.
PP-CF
Extremely lightweight, chemical-proof, and structurally rigid. Carbon-infused PP is a game-changer for automotive components exposed to harsh solvents.
TPU-CF
An elite engineering anomaly. Flexible elastomer bolstered by carbon to create semi-rigid, highly abrasion-resistant parts for dynamic industrial loads.
Get Early Access
Join the factory waitlist to get notified the moment these materials clear QA and enter distribution in late 2026.