The BEAR Implant is the first medical technology to clinically demonstrate that it can restore the native ACL without having to replace or reconstruct it. Understanding the anatomical complexities surrounding the ACL, coupled with a basic understanding of how the body heals itself, helped Miach's founder unlock the key to the new approach.
Orthopedic leaders from Aesculap, Camber Spine and Gramercy Extremity Orthopedics share the ways that their teams have stayed aligned and maintained productivity throughout the pandemic.
A well-planned DFM process can ensure function, reliability and quality so that orthopedic device companies meet their product goals.
Ted Bloomfield of Orchid Orthopedic Solutions shares best practices. His previous work as a design engineer and project manager gives him a good understanding of how design translates, and how manufacturing should correspond.
As 3D printing of orthopedic implants and instruments evolves, so too will the technology used to design and manufacture products. We reached out to experts to discuss design, software, materials and post-processing.
The benefits of design for manufacturability (DFM) extend well beyond collaboration with manufacturing engineers. To ensure products are developed in alignment with organizational goals, leadership should leverage a DF(x) philosophy to manage myriad considerations that define successful and profitable products. These considerations often get lost or overlooked early in the design process.
