3DPOD 308: Engineering Design with Matthew Shomper, Not a Robot and F13LD

Key Takeaways

• Matthew Shomper is a seasoned expert in 3D printing for medical devices, with a focus on innovative geometries and designs.
• He has developed an implicit lattice engine design tool called F13ld, which is available for consulting and design services.
• F13ld offers advanced design capabilities, including finite element analysis (FEA) optimization and texture creation.
• Assembrix is a leading provider of distributed additive manufacturing solutions, offering secure print and IP protection.

Introduction to 3D Printing in Medical Devices

The field of 3D printing in medical devices has seen significant advancements in recent years, with a growing demand for innovative and customized solutions. Matthew Shomper, a renowned expert in this field, has worked extensively on designing and developing 3D printed medical devices, including implants, spinal cages, and plates.

Expertise in Design and Development

With over a decade of experience, Matthew Shomper has developed a unique expertise in designing and optimizing 3D printed medical devices. His work involves creating complex geometries, cutting-edge designs, and textures, as well as navigating the regulatory approval process, including 510(k) submissions. He has collaborated with surgeons and implant companies to bring his designs from concept to reality.

Comparison of 3D Printing Design Tools

F13ld Design Tool

F13ld is an advanced design tool developed by Matthew Shomper, offering a range of features and capabilities that set it apart from traditional CAD software. With F13ld, users can create complex geometries and customized designs, leveraging the power of implicit lattice engines. The tool also includes FEA optimization, allowing for the creation of optimized designs that meet specific performance requirements.

Distributed Additive Manufacturing with Assembrix

Assembrix is a leading provider of distributed additive manufacturing solutions, enabling organizations to scale production across distributed networks while protecting IP and ensuring secure print. With Assembrix, companies can leverage encrypted workflows, real-time monitoring, and full control over digital manufacturing to streamline their production processes.

Bottom Line

The field of 3D printing in medical devices is rapidly evolving, with a growing need for innovative and customized solutions. Matthew Shomper's expertise and the development of F13ld offer a unique combination of design and development capabilities, while Assembrix provides a secure and scalable solution for distributed additive manufacturing. As the demand for 3D printed medical devices continues to grow, it is essential to stay at the forefront of this technology, leveraging the latest tools and expertise to drive innovation and improvement in patient care. With F13ld and Assembrix, companies can unlock the full potential of 3D printing in medical devices, creating complex geometries, customized designs, and optimized solutions that meet the highest standards of performance and quality.