Galen Robotics CEO to Preview Digital-Surgery-as-a-Service Strategy at BTIG MedTech, Digital Health, Life Science & Diagnostic Tools Conference in Snowbird, Utah, March 18-20
Couples Microsurgical Robots with Big Data Analytics and Machine Learning to Optimize Surgeries with Assistance and Best Practices
BALTIMORE, February 26, 2020 (Newswire.com) - Galen Robotics, the Digital-Surgery-as-a-Service pioneer, today announced that Bruce Lichorowic, the company’s president and chief executive officer, will be speaking at the BTIG MedTech Life Science and Diagnostic Tools Conference on March 17-20, 2020 in Snowbird, UT. Galan Robotics is focused on developing a microsurgical robotic platform capable of delivering cloud-based big data analytics and machine learning to assist in identifying best steps in performing delicate surgeries and offering augmentative assistance during procedures.
“Galen Robotics is building on the value and important results of surgical robots with a robot for microsurgery that captures best-results operational data and feeds it back to others as guided assistance,” said Lichorowic. “We are excited to be able to further preview our strategy, plans and progress at this premier conference.”
For more information about Galen Robotics, please see https://www.galenrobotics.com/.
About Galen Robotics
Galen Robotics is the pioneer of Digital-Surgery-as-a-Service (DSaaS), combining the power of a new microsurgery platform with a system of big data analytics and machine learning to provide advanced surgical assistance in performing delicate or intricate procedures. Galen Robotics was founded in 2016, bringing together Silicon Valley and the leading work in surgical robotics and helping to commercialize the research done in the Laboratory of Computational Sensing and Robotics of Johns Hopkins University. Galen Robotics is headquartered in Baltimore, Maryland.
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Media Contact:
Ben Merritt
Merritt Public Relations
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(561) 715-9228
Source: Galen Robotics
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Tags: Digital Surgery as a Service, Galen Robotics, Hospitals, Johns Hopkins University, microsurgical robotics, Surgeons, surgical robotics