Please stay in touch.

3D printers for filled and fiber reinforced photopolymers

FLUX SERIES 3D PRINTERS

FLUX 3D Printer Series

Fortify’s FLUX Series 3D printers are designed to have unmatched print quality and reliability of filled photopolymers.

Features Include:

CKM (Continuous Kinetic Mixing)
Fluxprint Magnetic Alignment
180 degree viewing windows
10″ LCD Display with Fluxhost (On-board printer controller)

For Viscous and Particle Filled Resins

The FLUX CORE system, powered by CKM, is the industries’ first 3D printing platform for developing and printing particle filled and high viscosity resins. Early applications for the FLUX CORE include filled materials with tunable electromagnetic response for RF (radio frequency) applications.
For Viscous and Particle Filled Resins

For RF applications, a unique low-loss polymer is blended with specialty tunable dielectric additives for printing graded architectures. The high viscosity and fill levels of these materials are a natural fit with the FLUX CORE.
For Viscous and Particle Filled Resins

FLUX CORE

Download FLUX CORE Specifications

FLUX CORE

For Viscous and Particle Filled Resins

The FLUX CORE system, powered by CKM, is the industries’ first 3D printing platform for developing and printing particle filled and high viscosity resins. Early applications for the FLUX CORE include filled materials with tunable electromagnetic response for RF (radio frequency) applications.

For Viscous and Particle Filled Resins

For RF applications, a unique low-loss polymer is blended with specialty tunable dielectric additives for printing graded architectures. The high viscosity and fill levels of these materials are a natural fit with the FLUX CORE.

For Viscous and Particle Filled Resins

Download FLUX CORE Specifications

With Fiber Alignment for Isotropic Z-Axis Properties

Fortify’s FLUX ONE printers incorporate CKM and Fluxprint Z two proprietary technologies that enable engineering additives to be incorporated and aligned for optimized performance in 3D printed tooling applications.
With Fiber Alignment for Isotropic Z-Axis Properties

Fortify’s 3D printed mold tooling sets the new standard for 3D printed mold inserts for quick-turn, prototyping and low-volume injection molding applications. With ceramic fiber reinforcement, tools have much higher strength, stiffness, temperature, stability, and toughness.
With Fiber Alignment for Isotropic Z-Axis Properties

FLUX ONE

Download FLUX ONE Specifications

FLUX ONE

With Fiber Alignment for Isotropic Z-Axis Properties

Fortify’s FLUX ONE printers incorporate CKM and Fluxprint Z two proprietary technologies that enable engineering additives to be incorporated and aligned for optimized performance in 3D printed tooling applications.

With Fiber Alignment for Isotropic Z-Axis Properties

Fortify’s 3D printed mold tooling sets the new standard for 3D printed mold inserts for quick-turn, prototyping and low-volume injection molding applications. With ceramic fiber reinforcement, tools have much higher strength, stiffness, temperature, stability, and toughness.

With Fiber Alignment for Isotropic Z-Axis Properties

Download FLUX ONE Specifications

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

Fortify’s FLUX 3D incorporates CKM to keep fibers in suspension, and Fluxprint 3D for 360 degree fiber alignment using magnetics. This unprecedented level of control opens the aperture for material properties such as optimized stress profiles and directed thermal conductivity. Key applications for the FLUX 3D include thermal management devices and high performance industrial connectors.
With 360 Degree Control of Fiber Alignment to Optimize Material Properties
With 360 Degree Control of Fiber Alignment to Optimize Material Properties

3D alignment enables complex thermal pathways to be patterned into complex parts for applications such as heat sinks, heat exchangers, and high-performance industrial connectors.

FLUX 3D

Download FLUX 3D Specifications

FLUX 3D

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

Fortify’s FLUX 3D incorporates CKM to keep fibers in suspension, and Fluxprint 3D for 360 degree fiber alignment using magnetics. This unprecedented level of control opens the aperture for material properties such as optimized stress profiles and directed thermal conductivity. Key applications for the FLUX 3D include thermal management devices and high performance industrial connectors.

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

3D alignment enables complex thermal pathways to be patterned into complex parts for applications such as heat sinks, heat exchangers, and high-performance industrial connectors.

Download FLUX 3D Specifications

Get Started with FLUX Series

Find out which printer works best for your application

Talk to a Fortify Team Member Today

3D printers for filled and fiber reinforced photopolymers

FLUX SERIES 3D PRINTERS

Flux Core

Flux One

Flux 3D

For Viscous and Particle Filled Resins

For Viscous and Particle Filled Resins

For Viscous and Particle Filled Resins

FLUX CORE

FLUX CORE

For Viscous and Particle Filled Resins

For Viscous and Particle Filled Resins

For Viscous and Particle Filled Resins

With Fiber Alignment for Isotropic Z-Axis Properties

With Fiber Alignment for Isotropic Z-Axis Properties

With Fiber Alignment for Isotropic Z-Axis Properties

FLUX ONE

FLUX ONE

With Fiber Alignment for Isotropic Z-Axis Properties

With Fiber Alignment for Isotropic Z-Axis Properties

With Fiber Alignment for Isotropic Z-Axis Properties

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

FLUX 3D

FLUX 3D

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

With 360 Degree Control of Fiber Alignment to Optimize Material Properties

Get Started with FLUX Series