Company Filing History:
Years Active: 2021
Title: Innovator Spotlight: Sarah Bennedsen
Introduction: Sarah Bennedsen, based in Somerville, MA, is an accomplished inventor known for her innovative contributions to additive fabrication technologies. With a passion for improving manufacturing processes, she has secured a patent that addresses significant challenges in the field.
Latest Patents: Sarah's notable patent, titled "Techniques for mixing in additive fabrication and related systems and methods," focuses on enhancing the efficiency of additive fabrication devices. The invention details a mixer designed for the detection and removal of materials that may inadvertently interfere with the production process. Specifically, it addresses the issues of liquid photopolymer adhering to surfaces within the device, which could lead to unsuccessful outcomes in additive manufacturing. The mixer is designed to be coupled with a movable structure, enabling it to traverse along at least one axis in the fabrication device, effectively ensuring a smooth production process.
Career Highlights: Sarah has made a significant impact in her role at Formlabs, Inc., a company renowned for its advancements in 3D printing technology. Her single patent demonstrates her capability to innovate and solve practical problems within the industry.
Collaborations: Throughout her journey, Sarah has collaborated with talented individuals like Jack Moldave and Christian Reed, contributing to a dynamic work environment that fosters creativity and innovation. These collaborations play a crucial role in driving the development of cutting-edge technology at Formlabs, Inc.
Conclusion: With her groundbreaking work in additive fabrication, Sarah Bennedsen exemplifies the spirit of innovation that drives progress in the manufacturing industry. Her patent not only showcases her technical expertise but also highlights the importance of collaboration in achieving pioneering solutions. As she continues her efforts at Formlabs, Inc., her influence will undoubtedly shape the future of additive manufacturing.