Galen Robotics
Galen Robotics aims to extend surgical assistance into microsurgery by developing assistive technology that enhances precision and human-machine cooperation in the operating room. The company focuses on democratizing microsurgery through its Galen platform, which works with standard surgical instruments to improve stability and ergonomics in minimally invasive procedures. It is engaged in FDA clearance processes and collaborates with research institutions like Johns Hopkins University to explore future applications. The company's mission is to make surgeons' lives easier and improve patient outcomes by providing innovative, cost-effective surgical robotic solutions as a service.
Industries
Nr. of Employees
small (1-50)
Galen Robotics
1100 Wicomico St, Suite 725, Baltimore, MD 21230
Products
Cooperative surgical assistive robotic platform for microsurgery
A third‑hand surgical assist system designed to work with standard surgical instruments to provide tool stabilization, improved ergonomics, memorized entry-path replay, and integration with data-capture systems for downstream analytics.
Cooperative surgical assistive robotic platform for microsurgery
A third‑hand surgical assist system designed to work with standard surgical instruments to provide tool stabilization, improved ergonomics, memorized entry-path replay, and integration with data-capture systems for downstream analytics.
Services
Cloud-hosted delivery of surgical-assist capabilities, analytics, and machine learning to provide per-case or subscription access to a microsurgical assist platform and associated data services.
Collection and analysis of procedural telemetry and surgeon motion data to generate best-practice guidance, training materials, and model-driven intraoperative suggestions.
Cloud-hosted delivery of surgical-assist capabilities, analytics, and machine learning to provide per-case or subscription access to a microsurgical assist platform and associated data services.
Collection and analysis of procedural telemetry and surgeon motion data to generate best-practice guidance, training materials, and model-driven intraoperative suggestions.
Expertise Areas
- Microsurgical robotics
- Digital surgery / Surgery-as-a-Service (DSaaS)
- Surgical data analytics and machine learning
- Robotic motion control and path replay
Key Technologies
- Cooperative robotic control
- Motion-control algorithms and path memory/replay
- Cloud-based big-data analytics
- Machine learning for surgical guidance
News & Updates
Galen Robotics announced a bridge round into its Series B financing to bolster materials acquisitions and manufacturing capacity, following FDA approval.
Bruce Lichorowic participated in a panel discussion at the Life Science Intelligence USA ‘23 Emerging Medtech Summit, discussing the evolving nature of surgical robotics.
Galen Robotics received the ‘Best of Baltimore’ award for the second consecutive year, recognizing its contributions to medical robotic equipment manufacturing.
An article discussing FDA’s draft guidance on good machine learning practice for medical devices, emphasizing safety and reliability.
An article exploring how collaborative robotics can advance surgical procedures and improve outcomes.
An analysis of how the pandemic has accelerated the adoption of surgical robotics as a service model.
Galen Robotics announced a bridge round into its Series B financing to bolster materials acquisitions and manufacturing capacity, following FDA approval.
Bruce Lichorowic participated in a panel discussion at the Life Science Intelligence USA ‘23 Emerging Medtech Summit, discussing the evolving nature of surgical robotics.
Galen Robotics received the ‘Best of Baltimore’ award for the second consecutive year, recognizing its contributions to medical robotic equipment manufacturing.
An article discussing FDA’s draft guidance on good machine learning practice for medical devices, emphasizing safety and reliability.
An article exploring how collaborative robotics can advance surgical procedures and improve outcomes.
An analysis of how the pandemic has accelerated the adoption of surgical robotics as a service model.