PrinterPrezz Establishes Co-Location Center to Accelerate Additive Manufacturing of Medical Devices

June 11, 2019—FREMONT, CA—PrinterPrezz, Inc., a trailblazer in combining metal 3D printing, nanotechnologies and surgical expertise to design and manufacture next generation medical devices, today announced that it has partnered with UCSF Surgical Innovations, an incubator-accelerator for medtech innovators at UC San Francisco. Together, both groups are focused on bringing advanced medical devices to market faster. The partnership includes: 

  • A co-located innovation facility at PrinterPrezz that provides engineering and manufacturing access, along with an open ecosystem of hardware, software and engineering that facilitates the commercialization of new ideas in less time 
  • Access to the expertise of UCSF clinicians, engineers, trainees, and administrative staff and their knowledge of clinical needs and product performance specifications 
  • A platform for both protection of UCSF intellectual property (IP) and jointly developing new IP, further accelerating research into development of actual products 

Dr. Hanmin Lee, Professor of Surgery at UCSF Benioff Children’s Hospitals and Surgical Innovations’ Clinical Lead, commented, “Our commitment to innovation, research, and new technologies drives us to continuously develop transformative methods of care. UCSF Surgical Innovations’ partnership brings together university research and development expertise with access to outstanding industry design and manufacturing capabilities.” 

Dr. Jeffrey Barry, Assistant Professor of Clinical Orthopaedic Surgery at UCSF, specializing in adult hip and knee reconstruction for arthritis, added, “Building on experience as an arthroplasty surgeon, I have several ideas that I have been developing, and this relationship gives me the opportunity to work with design engineers to further develop, prototype and build new devices with the goal of improving patient care.” 

“We recognize the special role of innovation hospitals in making clinical advancements more accessible to broader patient populations,” said Shri Shetty, CEO of Bay Area-based PrinterPrezz. “We established our co-location center as a foundation for hospital partners to incubate and accelerate ideas from sketches to commercialization quickly. Our joint IP agreement provides our partner hospitals an essential environment to develop their ideas safely. PrinterPrezz provides direct access design and production technologies, allowing UCSF clinicians to develop more ideas than previously possible.” 

PrinterPrezz’s unique co-location center provides key resources to partners including access to technology, IP incubation, and faster commercialization. This opens doors for innovation hospitals to take existing dormant IP and new ideas to market quickly by providing direct access to resources not available inside the hospital.  

About PrinterPrezz 

PrinterPrezz’s mission is to bring more ideas for innovative medical devices to market faster, connecting medicine and manufacturing to become the first Medifacturing™ company in the world. By developing advanced medical devices using processes that combine expertise in 3D printing, orthopaedics, semiconductor and nanotechnologies, PrinterPrezz’s ultimate goal is to provide medical solutions that enable people to enjoy active lives longer. PrinterPrezz’s ecosystem aims to solve challenges for various parts of the medical innovation value chain by providing prototyping, development, and manufacturing services to create life-enhancing medical devices. PrinterPrezz provides customers with access to a variety of 3D printing machines, 3D manipulation software, and 3D scanners as well as advanced manufacturing processes, and surgeon education programs. Medical solutions created by PrinterPrezz are designed to enable more people to live happier and more gratifying lives. For additional information about the company, please visit

About UCSF Surgical Innovations  

UCSF Surgical Innovations’ mission is to accelerate the translation of pioneering medical devices to improve patient care. To accomplish this, the program aims to lower the barriers for surgeon-innovators, focuses on value-based solutions with market viability, and educates trainees in interdisciplinary collaboration and translation. The program acts as a hub for device innovators, providing project consultation, seed grants, hands-on engineering support, and access to a network of device industry professionals. Surgical Innovations is a joint initiative of the UCSF Departments of Surgery and Bioengineering and Therapeutic Sciences. For more information about the program, please visit 


Teresa Thuruthiyil 

PrinterPrezz, Inc.