Additively Manufactured Mace from Incus GmbH Enhances Yale University’s Ceremonial Traditions

Monday, 26 August 2024, 17:00

Additively manufactured mace by Incus GmbH showcases innovative technology at Yale University. This remarkable piece was crafted from stainless steel 316L for the School of Engineering, merging tradition with cutting-edge manufacturing processes.
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Additively Manufactured Mace from Incus GmbH Enhances Yale University’s Ceremonial Traditions

The Vision Behind the Mace

At the intersection of tradition and innovation, Incus GmbH has made remarkable strides with their additively manufactured mace. This ceremonial piece, designed by graduate Jacob Eldred, embodies an advanced manufacturing process that highlights the potential of modern technology in traditional applications.

Crafting with Purpose

  1. Material Innovation: Crafted from stainless steel 316L, this mace is not just a ceremonial object but a testament to durability and quality.
  2. Design and Engineering: The meticulous design by Jacob Eldred illustrates how skilled engineering and art can harmonize.
  3. Technological Impact: This project reflects a significant leap in how additive manufacturing can influence conventional objects.

Future of Ceremonial Objects

This unique ceremonial mace signifies a potential turning point in how academic traditions can adapt. It prompts discussions around the future role of technology, particularly additive manufacturing, in academic and ceremonial settings.


This article was prepared using information from open sources in accordance with the principles of Ethical Policy. The editorial team is not responsible for absolute accuracy, as it relies on data from the sources referenced.


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