EOS, along with DyeMansion and other prominent players in the 3D printing industry, comes together to introduce the Digital Foam Architects network.


Title: Revolutionizing Additive Manufacturing with the Digital Foam Architects Network


In a groundbreaking collaboration, leading 3D printing companies EOS, Arkema, General Lattice, and DyeMansion have joined forces to establish the Digital Foam Architects network. This innovative partnership aims to accelerate the creation and additive manufacturing (AM) of consumer, medical, and industrial products by leveraging the potential of Digital Foam applications. By bringing together experts in the field, the network seeks to push the boundaries of 3D printing and revolutionize the production of foam-like products.

The Power of Digital Foam:

Digital Foam applications offer a unique approach to 3D printing foam-like products, allowing for the design and production of customized features that enhance performance, protection, and lightweighting. Unlike a specific product, Digital Foam is a versatile approach that can be applied to various industries and tailored to meet specific requirements. This approach utilizes EOS’s patent, which focuses on generatively 3D printed objects characterized by a flexible grid-like structure or matrix, with open cells possessing diverse attributes.

The Role of the Digital Foam Architects Network:

The formation of the Digital Foam Architects network formalizes the collaboration between AM experts, working together to bring creative concepts to life. The network encompasses various aspects, including design software, materials, and the complete spectrum of AM hardware components. By leveraging the expertise of the network’s partners, spanning 3D printing, post-processing, and colorization, Digital Foam applications can be seamlessly integrated into the additive manufacturing process.

The Expansion of Digital Foam:

As Digital Foam gains traction as a flexible lattice solution in additive manufacturing, the network anticipates expanding its array of partners to foster further innovation. Arkema, for instance, is committed to supporting the development of new additive manufacturing applications through sustainable material solutions and plans to actively contribute to the network’s growth. The collaboration between EOS and Arkema has already yielded positive results, such as the creation of personalized 3D printed foam inserts for Bauer Hockey helmets.

Application of Digital Foam:

One notable example of Digital Foam’s application is seen in Bauer Hockey’s collaboration with EOS, which resulted in personalized 3D printed hockey helmets. Through Bauer’s MyBauer custom equipment program, the mass market can now access enhanced ice hockey gear that utilizes EOS’s patented 3D printed Digital Foam technology. This process involves scanning the player’s head, creating a digital file, and employing Selective Laser Sintering (SLS) to produce a custom helmet insert. This achievement highlights the potential of mass customization facilitated by Digital Foam.

The Future of 3D Printing:

The Digital Foam Architects network has significantly simplified the process of bringing foam products to market through its Digital Foam program. By providing support in CAD, materials, part qualification, and 3D printing, the network enables the fast-track production of foam 3D printed products, including protective headgear, orthotics, and performance footwear. The future of 3D printing holds immense potential, and initiatives like the Digital Foam Architects network are poised to play a pivotal role in shaping the industry.


The Digital Foam Architects network represents a significant milestone in the advancement of additive manufacturing. By harnessing the power of Digital Foam applications and leveraging the expertise of industry-leading companies, this collaborative effort is set to revolutionize the production of foam-like products. As the network continues to expand and forge new partnerships, the adoption of Digital Foam in various industries is poised to soar, contributing to the ongoing evolution of additive manufacturing.

Original source


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