Extrude Hone at the Paris Air Show Hall H3 Booth D29

Bruno

AFM, MICROFLOW, and COOLPULSE™ finishing solutions for inner and outer metal 3D printed component surfaces.

 

For many years Extrude Hone has helped the aerospace industry to improve surfaces.

Now Extrude Hone continues that mission to address the new challenges surrounding 3D printed components.

Surface improvement for metal 3D printed parts is always a challenge and getting the right solution brings a component within the realms of being truly functional.

EXTRUDE HONE® TECHNOLOGY DAYS FREE INVITE

Bruno

EXTRUDE HONE® TECHNOLOGY DAYS FREE INVITE

Holzgünz Germany, May 17- 18, 2017

  • International Speakers:

    Offering visitors the opportunity to hear from Universities, Institutes and key players from the 3D Printing world from different angles.

  • Demonstration:

    Live finishing performance using 3D printed samples, and with the following technologies: COOLPULSE™ , AFM, Dynamic ECM, PECM.

  • World Premiere:

    COOLPULSE™
    by EXTRUDE HONE®, introducing THE solution for 3D printed part finishing.

 

Register Free
COOLPULSETM

Enhanced Finishing Solution for metal 3D printed components

Bruno

Additive Manufacturing

There is extreme interest revolving around Additive Manufacturing. Fully functioning cars were produced using Additive Manufacturing techniques during the 2016 IMTS Show in Chicago – demonstrating the process benefits of the AM Technology.

Additive manufacturing (known also under DLMS; SLM; AM, ALM, 3D Printing) is a process of building parts and components layer by layer, connecting powder particles via an energy source.

COOLPULSETM

COOLPULSE ™ by Extrude Hone at Technology Days.

Bruno

Technology Days are coming soon to Extrude Hone.  Featuring COOLPULSE ™.

May 17th-18th in Holzgünz Germany!

  • 3D printed Turbine wheel in Inconel 718 surface finishing.
  • Awesome results and fast processing.
  • Up skin Rz down from 44.92µm to 7.35µm Ra down from 6.82µm to 1.86µm
  • Down skin Rz down from 83.88µm to 16.07µm Ra down from 11.95µ to 3.51µm

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