Ursa Major, 3D printed munitions, and AM turnkey are the subjects of the upcoming 3D printing news.

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Title: The Expanding Influence of 3D Printing Technology: From Rockets to Munitions

Introduction:

In this blog post, we will explore the exciting developments surrounding 3D printing technology in different industries. From Ursa Major securing additional funding to produce more 3D printed rockets to the weaponization of additive manufacturing (AM), and the implementation of the AM Turnkey program by EOS, these advancements continue to revolutionize various sectors. Let’s delve deeper into these stories and consider the implications of 3D printing technology.

Ursa Major’s Continued Success:

Ursa Major, a prominent player in the aerospace industry, has recently made headlines once again. Following their $3 million funding in 2021, the company has received an additional $1.2 million from America Makes. This financial boost will enable Ursa Major to manufacture an increased number of 3D printed rockets. The company aims to produce 30 Hadley engines per year and eventually develop heavy Arroway engines. By leveraging 3D printing, Ursa Major hopes to significantly reduce turnaround times from six months to just one. This expansion highlights the growing significance of additive manufacturing in the aerospace sector.

Utilizing 3D Printing for Unconventional Applications:

While 3D printing has been making remarkable strides in the aerospace industry, it is also finding utility in unconventional applications. In Ukraine, for instance, an 800-gram drone is being utilized to drop anti-personnel munitions. These munitions, which include models like Zaychyk (Rabbit) and Candy Bombs, are made using 3D printed casings. Filled with shrapnel and C4 explosives, these bomb casings have a devastating kill radius of 20 meters. Astonishingly, a team is producing 4,000 of these 3D printed bomb casings per month using desktop 3D printers. The affordability and ease of production have made it possible for these munitions to be made on a large scale.

The Inevitable Weaponization of Additive Manufacturing:

The above example emphasizes a concerning reality – the weaponization of additive manufacturing is becoming increasingly prevalent. We must acknowledge that, as this technology becomes more accessible, different actors will utilize it to produce improvised and iteratively improved munitions, among other devices. The affordability, speed, and accessibility offered by 3D printing make it an attractive option for those seeking to develop weapons. It’s crucial for society to reflect on the ethical implications of this rapid proliferation.

EOS’s AM Turnkey Program:

On a brighter note, EOS, a prominent manufacturer of industrial 3D printers, is launching its AM Turnkey program in Pflugerville, Texas. This program aims to support clients in their journey towards adopting and industrializing additive manufacturing. EOS’ Additive Minds consulting team, along with their engineers and consulting staff, will provide crucial expertise and guidance directly to clients. By offering a comprehensive approach to additive manufacturing implementation, EOS is poised to accelerate its adoption across various industries.

Conclusion:

The advancements in 3D printing technology continue to shape multiple sectors, from aerospace to unconventional applications such as munitions production. The story of Ursa Major’s expansion and EOS’ AM Turnkey program exemplifies the transformative nature of additive manufacturing. However, we must also grapple with the consequences of weaponizing such technology. To fully harness the potential of 3D printing, ethical considerations along with the promotion of responsible practices must accompany its rapid development. Stay informed about the latest news and explore opportunities for yourself in the thriving 3D printing industry.

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