AMS X

3DPOD 267: 3D Printing the Ukraine War Effort with Jake Volnov, DrukArmy

Formnext

Share this Article

Jake Volnov started DrukArmy to help the Ukrainian war effort. DrukArmy lets individual service members request parts, describe a use case or need, design parts, or order parts. These parts, millions of them, are then 3D printed. A lot of these parts go to make up key components of drones, an essential part of Ukraine´s defenses. 3D printed drone components, along with a lot of sacrifice, have helped the country remain free and will play an important part in every conflict henceforth.

This episode of the 3DPOD is brought to you by Würth Additive Group, industry leaders in digital inventory and physical supply chain solutions. From factory floors to frontline operations, Würth Additive helps manufacturers streamline sourcing and stay production-ready with 3D printing, on-demand parts, and smart inventory strategies.

 



Share this Article


Recent News

What’s Pushing 3D Printing Into Rail Production?

AM Demand Signals: Global Grid Resilience, Part 2



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

EOS Joins the MAT‑H2 Consortium

EOS is joining the MAT‑H2 consortium. MAT is an EU-funded group that aims to do research into a hydrogen-led economy. The thinking is that hydrogen will be a clean energy...

Where the Money is Going, Part Two: Why All Roads Lead to AI

In Part One of this article, Vanesa Listek expertly described the major themes driving infrastructure investment so far this decade, illustrating how the same concerns are driving both public and...

DTU 3D Prints New Fuel Cell Design With 5x Power Boost

Technical University of Denmark (DTU) researchers have used Lithoz ceramics 3D printing to make more efficient hydrogen fuel cells. With a part made from Lithoz Yttria Fully Stabilized Zirconia (8YSZ),...

Fraunhofer ILT Tests 3D Printed Titanium Reactors to Generate Hydrogen Onboard Heavy Vehicles

The Aachen-based Fraunhofer Institute for Laser Technology (Fraunhofer ILT) is to research titanium aluminide hydrogen reactors and heat exchangers. The hope is that lightweight, better-performing 3D printed components will make...