Unlock Material Innovation: Exploring Binder Jetting as a Research Platform for Ceramic and Metal Powder Systems

In the realm of scientific exploration, precision, repeatability, and material versatility are paramount. When the University of Applied Sciences and Arts of Southern Switzerland (SUPSI) integrates a technology into its research workflow, these factors take center stage. Rather than focusing on high-volume production, the emphasis lies on leveraging technology for rigorous scientific inquiry. This is precisely why one of SUPSI’s labs is embracing binder jetting as a dynamic research platform.

For years, laser-based 3D printing systems have dominated academic research. However, for researchers pushing the boundaries of material science, binder jetting emerges as a compelling and innovative alternative. This technology offers a unique cold-process environment, transforming the printer into a precision instrument capable of handling ceramic and metal powders with unparalleled control. The advantages are manifold, particularly in the areas of material development, process exploration, and experimental flexibility. This makes binder jetting exceptionally well-suited for academic and research settings.

SUPSI and Arc Impact: A Synergistic Collaboration for Binder Jetting Advancement

To truly grasp the transformative potential of binder jetting, it’s essential to examine the collaborative efforts of institutions that bridge the gap between theoretical research and practical engineering applications. A shining example of such collaboration is the partnership between the University of Applied Sciences and Arts of Southern Switzerland (SUPSI) and Arc Impact.

SUPSI’s pioneering work with binder jetting underscores its capabilities as a sophisticated instrument for scientific discovery. In collaboration with Arc Impact, SUPSI is meticulously investigating the intricate mechanical and chemical parameters that govern the success of cutting-edge powder systems. This collaborative approach is driving innovation and expanding the horizons of what’s possible with binder jetting technology.

Are you eager to delve deeper into the applications of binder jetting in research? 3Dnatives invites academic professionals, materials scientists, and researchers to an insightful webinar: “Binder Jetting as a Research Platform for Ceramic and Metal Powder Systems,” taking place on Wednesday, February 25th, at 4 PM CET / 10 AM EST. Secure your spot and Register HERE.

This webinar is meticulously crafted for an audience seeking a comprehensive technical understanding of binder jetting’s research applications. Esteemed guest experts from Arc Impact and SUPSI will dissect the mechanical and chemical advantages that position binder jetting as an invaluable tool in the laboratory setting. The session will culminate in a dynamic Q&A session, providing attendees with a unique opportunity to directly address their specific research challenges with the leading experts in the field. This interactive format ensures that participants gain actionable insights and practical knowledge.

Meet the Visionaries: Speakers at the Binder Jetting Webinar

Federico Ferrari, Regional Technical Manager at Arc Impact

Federico Ferrari brings a wealth of experience to the table, holding a degree in mechanical engineering from the prestigious University of Parma. With over eight years immersed in the world of metal Additive Manufacturing (AM), specifically L-PBF and binder jetting, Federico has honed his expertise across diverse sectors. His career trajectory includes roles in innovative startups and service bureaus, culminating in his current position as Regional Technical Manager for metal and ceramic binder jetting solutions at Desktop Metal since 2022. Federico’s deep understanding of the technology and its applications makes him a valuable asset to the webinar.

Giovanni Bianchi: Senior Research Engineer at The University of Applied Sciences and Arts of Southern Switzerland (SUPSI)

Giovanni Bianchi is a seasoned Mechanical Engineer from SUPSI, specializing in materials technology. At SUPSI’s Hybrid Materials Laboratory, he has dedicated 16 years to developing cutting-edge experimental equipment for the characterization and production of porous ceramic materials. Since 2014, Giovanni has focused on applied research in near-net-shape routes for ceramic matrix composites and additive manufacturing, with a particular emphasis on binder jetting of refractory materials. His expertise spans a wide range of materials, from ceramics to metals and carbon-based systems. Giovanni’s extensive experience in developing and applying binder jetting technology makes him a key contributor to the webinar.

Benjamin Groth: Research Scientist at Arc Impact

Dr. Groth brings a strong academic background to his role as a Research Scientist at Arc Impact. He holds a PhD in Materials Science from Rutgers University, where his research centered on residual stress analysis of dense carbide materials. Dr. Groth joined Arc in January of 2021 (previously ExOne, before the DM/Arc acquisition), with the primary objective of developing capabilities in printing and densifying ceramic materials for a diverse range of end users and applications. Prior to his current role, Dr. Groth spent 9 years as a Senior Research Engineer for a leading refractories company, where he developed metal treatment, transfer, and holding products, as well as researching sensor technologies to aid aluminum metal casting. His broad experience and deep understanding of materials science make him a valuable speaker at the webinar.

Julia Steiner: Content Specialist at 3Dnatives

As a Content Specialist for 3Dnatives, Julia Steiner is dedicated to producing informative content across all facets of additive manufacturing. From the latest cutting-edge research and emerging technologies to business developments and real-world applications, Julia’s work encompasses the breadth of the field. Through her in-depth reporting and close collaboration with 3D printing companies, researchers, and industry experts, she has developed a comprehensive understanding of the global AM ecosystem and its diverse industrial applications. Julia’s expertise in communicating complex technical information makes her a valuable moderator for the webinar.

Expand Your Research Horizons with Binder Jetting

If your research endeavors involve exploring novel material compositions or creating intricate ceramic and metal geometries, binder jetting offers the experimental latitude necessary for advanced research. By leveraging this innovative technology, you can unlock new possibilities and push the boundaries of what’s achievable in your lab. Binder jetting’s ability to handle diverse materials and create complex designs makes it a crucial tool for modern materials science. Don’t miss the opportunity to join the conversation and discover how this groundbreaking platform can elevate your lab’s capabilities. Register for the free webinar HERE.

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