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University of Utah Health Launches ASCENT Surgical Lab for Medical Innovation

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A macro view of a precision 3D printing process in a clean, high-tech laboratory environment, symbolizing rapid prototyping and medical innovation in Utah.
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University of Utah Health launched the ASCENT Surgical Lab within the James LeVoy Sorenson Center for Medical Innovation to accelerate medical technology testing. The facility allows for rapid prototyping and device testing on synthetic tissue or cadavers, reducing development time from weeks to hours.

Key takeaways

  • University of Utah Health launched the ASCENT Surgical Lab to decrease prototyping and testing time for medtech devices.
  • The lab allows for testing new technology on synthetic tissue or cadavers within hours of printing prototypes.
  • The facility includes 10 startup incubators and specialized tools like 3D printers and laser cutters.
  • The space provides a clinical environment for companies to conduct medical technology training.

University of Utah Health recently launched the ASCENT Surgical Lab inside the James LeVoy Sorenson Center for Medical Innovation. The new facility is designed to move medical concepts quickly from initial testing to patient care by providing a space where innovation and clinical care intersect.

Accelerated Medical Technology Development

The ASCENT Surgical Lab provides a high-speed environment for medical technology development. Previously, students and physicians had to compete for limited hospital operating time or use conference rooms to test new devices. Now, the process allows users to print prototypes in incubators and move to the surgical lab to test them on real or synthetic cadavers within the same hour.

Facilitating Interdisciplinary Clinical Collaboration

Bob Carter, MD, PhD, CEO of University of Utah Health and executive vice president of health sciences at the University of Utah, stated that the lab allows individuals to actualize and test ideas in a rapid cycle. He noted that the space enables collaboration between anesthesiologists, neurosurgeons, and robotic surgeons.

Support for Medical School Incubators

The James LeVoy Sorenson Center for Medical Innovation includes ten startup incubators available for lease. These workspaces are utilized by students from the Spencer Fox Eccles School of Medicine in programs such as Bench to Bedside.

Bridging the Gap for Startups

According to Brunson, the facility aims to help companies bridge the valley of death, providing a stage to generate investor interest and secure capital during critical development stages. Startups can access services at a lower cost than alternative spaces, while students may use the space for free.

Advanced Tools and Simulation Capabilities

The facility is equipped with advanced tools including precision laser cutters, metal fabricators, and 3D printers. It also features home simulation rooms designed to mimic houses to test how medical equipment functions in real-life living environments.

Training Opportunities for Medtech Companies

For medtech companies, the lab serves as a clinical environment for training physicians and sales forces using instruments found in standard operating rooms. Taylor Randall, president of the University of Utah, noted that combining a 20-table operating room, an ISO-8 compliant cleanroom, and an in-home design studio creates a unique global innovation environment.

The ASCENT Surgical Lab features ten surgical bays in an open-concept space, with the primary operating bay providing live video feeds to other bays and breakout rooms. The facility is designed to remove barriers for students, surgeons, and startups to accelerate the development of next-generation medical devices.

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