Bone, Medical Grade Filament, Biocompatible

Laser Sintering Powders with Bone Properties

3D printed scapula made with FibreTuff

An alternative to Nylon for "bone like" models

3D printed skull flap cut at 15,000 RPM

The 3D printing of FibreTuff PAPC biocompatible filaments can be printed with very tight tolerances. In addition, porosity is naturally printed. A bone ring can be identified requiring 2500 HU

3D printed skull flap cut at 15,000 RPM

An alternative to Nylon for "bone like" models

3D printed skull flap cut at 15,000 RPM

The 3D printing FibreTuff biocompatible filaments produced a skull flap. The PAPC is cut at high speeds - 15,000 RPM and the cutter doesn't melt the composition. Further, the novel composition doesn't have heavy radiopaque minerals or additives to promote osteo conductivity. The FibreTuff is biocompatible, absorbent and non resorbable for the most advanced solution for point of care.

An alternative to Nylon for "bone like" models

An alternative to Nylon 12 powder for an improved experience for 3D printing filament or powders for the medical professional. email robert@fibretuff.us for more information and purchase.

Biocompatible 3D Printed Filaments and Powders

FibreTuff compounds can be coated and printed with inks for circuits

3D Printed Electronic Circuit on FibreTuff

3D printing FibreTuff biocompatible filaments for capacitive touch applications. See 3D Printer nScrypt Utilizes FibreTuff's PEEK Alternative PAPC 3D Printing Filaments

Some 3D Printed FibreTuff filaments will require 260C nozzle temps

FibreTuff compounds can be coated and printed with inks for circuits

All FibreTuff biocompatible materials for 3D Printed parts are hydrophilic. These bone models are exposed to water to absorb moisture to increase flexibility and impact. Real bone will react similar when exposed to body fluids.

GeckoTek build plate works well with FibreTuff

FibreTuff compounds can be coated and printed with inks for circuits

GeckoTek build plate works well with FibreTuff

FibreTuff medical grade filament requires a heated build plate or adhesive for 3D Printing. Utilizing EZ-STIK GeckoTek build plate with 225C nozzle temperature and heated bed at 95C with PAPC II is preferred. https://www.geckotek.co/collections/build-plates/products/ez-stik-hot-build-plate

New 3D printable FibreTuff PAPC

Where to buy 3D printable Biocompatible FibreTuff PAPC

FibreTuff Medical Grade MonoFilament and Powder Pricing

Laser Sintering Powders with Bone Properties

3D printed scapula made with FibreTuff

An alternative to Nylon for "bone like" models

3D printed skull flap cut at 15,000 RPM

3D printed skull flap cut at 15,000 RPM

An alternative to Nylon for "bone like" models

3D printed skull flap cut at 15,000 RPM

An alternative to Nylon for "bone like" models

An alternative to Nylon for "bone like" models

An alternative to Nylon for "bone like" models

Talking Additive Podcast with Robert Joyce

Talking Additive

Biocompatible 3D Printed Filaments and Powders

FibreTuff compounds can be coated and printed with inks for circuits

FibreTuff compounds can be coated and printed with inks for circuits

FibreTuff compounds can be coated and printed with inks for circuits

Some 3D Printed FibreTuff filaments will require 260C nozzle temps

FibreTuff compounds can be coated and printed with inks for circuits

FibreTuff compounds can be coated and printed with inks for circuits

GeckoTek build plate works well with FibreTuff

FibreTuff compounds can be coated and printed with inks for circuits

GeckoTek build plate works well with FibreTuff

Ultimaker 3D Printing Summit - April 20, 2021

FibreTuff Photo Gallery

New 3D printable FibreTuff PAPC

Where to buy 3D printable Biocompatible FibreTuff PAPC

FibreTuff Medical Grade MonoFilament and Powder Pricing

Laser Sintering Powders with Bone Properties

3D printed scapula made with FibreTuff

An alternative to Nylon for "bone like" models

3D printed skull flap cut at 15,000 RPM

3D printed skull flap cut at 15,000 RPM

An alternative to Nylon for "bone like" models

3D printed skull flap cut at 15,000 RPM

An alternative to Nylon for "bone like" models

An alternative to Nylon for "bone like" models

An alternative to Nylon for "bone like" models

Talking Additive Podcast with Robert Joyce

Talking Additive

Biocompatible 3D Printed Filaments and Powders

FibreTuff compounds can be coated and printed with inks for circuits

FibreTuff compounds can be coated and printed with inks for circuits

FibreTuff compounds can be coated and printed with inks for circuits

Some 3D Printed FibreTuff filaments will require 260C nozzle temps

FibreTuff compounds can be coated and printed with inks for circuits

FibreTuff compounds can be coated and printed with inks for circuits

GeckoTek build plate works well with FibreTuff

FibreTuff compounds can be coated and printed with inks for circuits

GeckoTek build plate works well with FibreTuff

Ultimaker 3D Printing Summit - April 20, 2021

FibreTuff Photo Gallery

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