FuseBox & FlashFuse: Making Isotropic Printing a Reality
The first step in the FlashFuse™ process is attaching a Fusebox™ to a printer. With this addition the printer is now compatible with FlashFuse™ Filament, making isotropric prints possible on any FuseBox™ enabled platform.
The second step in the FlashFuse™ process is printing with FlashFuse™ Filament. FlashFuse™ Filament is coated in energy-responsive carbon nanotubes and utilized to complement the Fusebox™, ensuring your parts are printed with the strength you need.
The Essentium Difference
Essentium & BASF
BASF and Essentium are combining their core strengths to provide a range of polymer filament solutions that overcome the traditional interlayer weakness of 3D printed parts. Combining BASF’s strengths in chemistry with Essentium’s FlashFuse™ technology, together they will be able to provide high quality solutions for functional additive manufacturing. This partnership will allow customers to create highly functional, high quality parts produced by Fused Filament Fabrication.
FuseBox™ & FlashFuse™ are the groundbreaking technologies that are changing 3D printing for good. FlashFuse™ is an electric welding process utilizing a hardware device, FuseBox™, that combines nanomaterial technology and advanced 3D printing techniques to solve the Z-strength issue that has plagued FDM printed parts since inception. For the first time in FDM, functional printing has become a reality.
Essentium employs a team of in-house material scientists and chemical engineers dedicated to creating the best filament offerings. Sourcing quality materials and creating innovative filament is one reason why customers love printing with Essentium filament. In addition, we rely heavily on customer feedback through our EssentiumBeta program which provides free developmental filament for feedback testing.