Multi-Hollow Nozzle For Additive Manufacturing

MULTI-HOLLOW NOZZLE FOR ADDITIVE MANUFACTURING High Shear Continuous Deposition Without Solid-Liquid-Solid Phase Changes THE PROBLEM As manufacturing moves further away from subtractive methods and into additive procedures such as 3D printing, signif…

MULTI-HOLLOW NOZZLE FOR ADDITIVE MANUFACTURING
High Shear Continuous Deposition Without Solid-Liquid-Solid Phase Changes

THE PROBLEM

As manufacturing moves further away from subtractive methods and into additive procedures such as 3D printing, significant players in critical industries like aerospace, automotive, nuclear, and defense seek processes that yield higher quality products at lower costs in shorter timeframes. Due to the vast array of additive manufacturing processes based on materials types, there is an excellent opportunity to improve techniques by eliminating the need for phase changes to the feedstock.

OUR SOLUTION

Researchers at The University of Alabama have developed a method to continuously deposit multiple tubes of material through a multi-hollow nozzle without first melting the material. This means that the substance can be used to repair, deposit, or clad without forcing a phase change, yielding higher quality products and better results.

THE ADVANTAGES

  • Faster than current technology
  • More uniform deposition
  • Reduces heat typically generated during processing
  • Creates a more stable microstructure
  • Number of holes in nozzle can be changed to alter deposition rate, resolution, & size of deposition
  • Introduces ability to create metal matrix composites or new alloys in real time

Website:

http://ua.technologypublisher.com/technology/45801

Contact Information:

TTO Home Page: http://ua.technologypublisher.com

Name: Lynnette Scales

Title: Administrative Assistant

Department : Office for Innovation & Commercialization

Email: liscales@aalan.ua.edu

Phone : 348-5433