Fusion Robotics Receives 510(k) Clearance for Spinal Navigation and Robotics System

Fusion Robotics LLC, a spinal robotics and navigation company has received 510(k) clearance to market its 3D imaging compatible navigation and robotic targeting system for spine surgery in the U.S. market.

ECRI and oneSOURCE Plan Alerts Management Collaboration

ECRI and oneSOURCE Document Management Services have announced a joint collaboration focused on improving medical device safety and responsiveness of health care facilities.

TransEnterix Announces Name Change, Introduces a New Category of Surgery

The name change reflects the company’s broader vision of shaping the future of surgery by integrating computer vision and machine learning with surgical robotics.

Fujifilm Systems Integration Leads AIA-Accredited Course

During this one hour course, participants will learn about the importance of continuing to digitize systems and processes in the OR, the role digitization plays in ensuring that various technologies used during procedures are connected and accessible, and why it’s important to understand this evolution as architects and equipment planners.

Recovery Force Receives Prestigious $1.8M Grant from National Institutes of Health

Recovery Force, LLC, a med tech innovation company, has received a $1.8 million grant from the National Institutes of Health (NIH) to complete development and clinically validate its flagship product, the Mobile Active Compressions (MAC) calf device. The innovative device is designed to prevent occurrences of Deep Vein Thrombosis (DVT) while facilitating faster patient mobility and recovery as well as collection of meaningful data for nurses and physicians.

The prestigious grant was awarded through NIH’s highly competitive Small Business Innovation Research (SBIR) process and builds off efforts from a previous $244,000 grant from NIH, which demonstrated the need for a new way to address DVT prevention and patient adherence. DVT is a life-threatening condition that affects between 350,000 to 600,000 people annually and is associated with $6B in yearly healthcare costs.

“The NIH award will help Recovery Force gather clinical evidence to accelerate commercialization of our groundbreaking MAC device,” said Matt Wyatt, founder and CEO of Recovery Force. “Most important, the grant will fortify our efforts to improve patient outcomes and reduce healthcare costs by bringing a completely portable product to market that’s more comfortable than and half the size of existing DVT prevention sleeves.”

Recovery Force uses a completely different approach from the decades-old methods for preventing DVT. Instead of relying on cumbersome tubes and wires that connect patients to electrical power and loud pumps, Recovery Force has engineered a completely mobile technology that combines breathable, lightweight fabrics in a comfortable form factor that doesn’t require bladders, pumps, cords or electrical stimulation. The quiet, wireless and rechargeable solution delivers a dramatically improved experience and quality of life after surgery, sports performance or other activities.

”Success under the previous NIH grant validated the strong need for vast improvements in DVT prevention from both the patient and healthcare system points of view,” said Jason Bobay, COO of Recovery Force. “There’s strong demand for a new technology to better address DVT and leverage patient mobility data in deterring other hospital-acquired conditions and events.”

The $1.8 million NIH award will enable Recovery Force to complete the design of its device and begin testing on patients in two major hospital systems—Eskenazi Health, a partner with Indiana University School of Medicine and Boston-based Tufts Medical Center. “I am excited to lead the clinical testing of this innovative device,” said Dr. Karen K. Giuliano, a nurse researcher and associate professor at Northeastern University, who is leading clinical testing at both hospitals. “While our initial testing will focus on enhancing mobility and addressing DVT risk for patients after total joint replacement, the MAC device has the potential to reduce DVT risk as well as significantly improve mobility and care for almost any patient.”

Recovery Force’s initial involvement with healthcare experts and clinicians as well as the gathering of patient feedback has contributed greatly to early momentum for this disruptive device. In 2018, the company announced a collaboration with Mayo Clinic to assist Recovery Force in developing, assessing and validating next-generation active compression technology. Recovery Force also announced it was working with manufacturing solutions provider Jabil to benefit from the company’s proven healthcare expertise in bringing its next-generation wearable medical technology to market.

With this latest NIH grant, Recovery Force is well positioned to accelerate product development, testing and research. The company expects the first MAC calf device to be commercially available to hospitals and at-home patients by early 2020.



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