Michael Barbella, Managing Editor12.07.22
THINK Surgical Inc. and Definition Health are joining forces to enhance planning for robotic joint replacement procedures.
Specifically, the two companies will work together to develop a seamless, web-based, connected care solution to enhance the experience for surgeons using THINK's robotic technologies. The web-based solution will support all of THINK's robotic products, including new product launches planned for next year. In addition, the web-based solution will incorporate Definition Health's Total Digital Surgery platform which assists hospitals and surgeons in achieving workflow efficiency, improved pre-operative care and virtual follow up for surgical patients.
"We are excited about this collaboration because it will enable a consistent customer experience across of all our products and provide added value options for our customers." THINK Surgical CEO Stuart Simpson said. "We believe this platform will significantly improve surgeon and patient experience with our robotic technology."
Definition Health's platform is widely deployed in the United Kingdom with customers reporting improved profitability for surgical service lines as well as improved patient and provider satisfaction rates. To date, more than 100,000 surgical episodes have been managed by customers using this platform.
"We are delighted to launch our digital platform in the U.S.A. after our national recognition and success in the U.K.," Definition Health Co-Founder/CEO Sandeep Chauhan said. "We look forward to working with THINK and the US surgeon community to help improve care and value-based outcomes for all surgical patients."
THINK Surgical is a privately held technology innovator that develops and markets orthopedic robots. THINK Surgical robots are open platforms providing support for implant brands from multiple manufacturers, enabling the choice of implant to be driven by the surgeon.
Definition Health, is a privately held U.K.-based technology innovator that develops digital solutions for patients undergoing surgical procedures globally. Its platform supports value-based care in the United States and integrates with multiple electronic medical records (EMR) systems.
Specifically, the two companies will work together to develop a seamless, web-based, connected care solution to enhance the experience for surgeons using THINK's robotic technologies. The web-based solution will support all of THINK's robotic products, including new product launches planned for next year. In addition, the web-based solution will incorporate Definition Health's Total Digital Surgery platform which assists hospitals and surgeons in achieving workflow efficiency, improved pre-operative care and virtual follow up for surgical patients.
"We are excited about this collaboration because it will enable a consistent customer experience across of all our products and provide added value options for our customers." THINK Surgical CEO Stuart Simpson said. "We believe this platform will significantly improve surgeon and patient experience with our robotic technology."
Definition Health's platform is widely deployed in the United Kingdom with customers reporting improved profitability for surgical service lines as well as improved patient and provider satisfaction rates. To date, more than 100,000 surgical episodes have been managed by customers using this platform.
"We are delighted to launch our digital platform in the U.S.A. after our national recognition and success in the U.K.," Definition Health Co-Founder/CEO Sandeep Chauhan said. "We look forward to working with THINK and the US surgeon community to help improve care and value-based outcomes for all surgical patients."
THINK Surgical is a privately held technology innovator that develops and markets orthopedic robots. THINK Surgical robots are open platforms providing support for implant brands from multiple manufacturers, enabling the choice of implant to be driven by the surgeon.
Definition Health, is a privately held U.K.-based technology innovator that develops digital solutions for patients undergoing surgical procedures globally. Its platform supports value-based care in the United States and integrates with multiple electronic medical records (EMR) systems.