Industrial-Strength Parts.
Right on Your Desktop.

Print continuous-fiber-reinforced composite parts that deliver aluminum-level strength, stiffness, and durability — without the cost or lead time of machining.

Our flagship desktop 3D printer combines a precision aluminum unibody chassis, dual-extrusion Continuous Fiber Reinforcement technology, and engineering-grade materials to produce functional prototypes, tooling, jigs, fixtures, and end-use parts that are ready to use the same day.

Key Benefits

Engineered for real-world performance, not just prototypes.

Aluminium-strength performance

Continuous carbon fiber reinforcement produces parts with tensile strength up to ~800 MPa and modulus approaching that of 6061-T6 aluminum (many times stronger and stiffer than standard ABS or nylon).

True continuous fiber

Dual-nozzle system lays continuous strands of carbon fiber, fiberglass, aramid (Kevlar-type), or high-strength high-temperature fiberglass into a tough thermoplastic matrix.

Fully integrated Linux computer

Rigid aluminum unibody frame, precision linear motion, and hardened extrusion system designed for thousands of print hours with minimal maintenance.

Excellent surface finish & accuracy

Closed-cell infill + micro carbon-fiber-filled base materials deliver precise, professional-looking parts straight off the printer.

Easy to use & maintain

Kinematic coupling print bed (repeatable to ~10 µm), quick-access wear components, intuitive touchscreen, and out-of-filament detection.

Core Features

Continuous Fiber Reinforcement (CFR) Technology

Second-generation dual-extruder system: one nozzle deposits the base thermoplastic while the second precisely embeds continuous fiber reinforcement. Optimize fiber placement for strength where it matters most.

Precision Mechanical Design

Unibody aluminum chassis for maximum rigidity and thermal stability
Ultra-flat gantry and precision-ground components
Fully enclosed build chamber
Kinematic (magnetic) print bed — removable and replaces with high repeatability, no adhesives required in most cases

Versatile Material Platform

Base filaments:

Micro carbon-fiber-filled nylon (excellent stiffness, surface finish, chemical & heat resistance)

White nylon

Precise PLA (for low-cost prototypes)

Smooth TPU 95A (flexible parts)

Continuous fibers:

Carbon fiber (highest strength & stiffness)

Fiberglass (cost-effective reinforcement)

Aramid fiber (outstanding impact & toughness)

HSHT fiberglass (high strength + elevated temperature performance)