Cobodoc™: Clinician-supervised robotic assistance technologies

Developing future robotic assistance technologies for healthcare

Cobodoc is developing clinician-supervised robotic assistance technologies intended to support future minimally invasive surgical workflows, subject to validation and regulatory clearance.

  •  Designed to support clinician-supervised procedural workflows
  •  Designed with procedural consistency in mind
  •  Future clinical benefits subject to validationFuture clinical benefits subject to clinical evaluation, validation, and regulatory clearance
  •  Workflow benefits subject to development, validation, and clinical evaluation
  •  Designed to support clinician-facing workflow information
  •  Designed to support future clinical workflows in complex procedural environments

Building a responsible surgical robotics company

Innovative Surgical Collaboration: The Cobotic Surgery Team with Cobodoc in the Operating Room

Technology

Clinician-supervised robotic assistance for future minimall…
A Mother Spends Time with her Child During Pediatric Therapy and Cobotics Surgery Treatment

Patients

General information about future robotic assistance technol…
Cheerful Team of Professional Doctors

Clinicians

Development focused on clinician oversight, usability, work…

Explore Cobodoc’s technology roadmap

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Partner with Cobodoc

Advance clinician-supervised surgical robotics technologies

Cobodoc is developing a clinician-supervised robotic assistance platform for complex minimally invasive surgical workflows. The company is currently focused on prototype refinement, validation planning, regulatory strategy, intellectual-property protection, and U.S. development. Cobodoc is seeking qualified investors, accelerators, strategic partners, and non-dilutive funding organizations to support IP filings, engineering development, validation planning, quality-system preparation, regulatory strategy, and U.S. market development. Detailed technical and development information is available to qualified investors and partners under NDA.

  •  Advance prototype refinement and development milestones.
  •  Support software, robotics, surgical-instrument, and medical-device engineering work.
  •  Develop clinical, engineering, regulatory, and operational partnerships.
  •  Evaluate future applications under clinician supervision, validation planning, and regulatory review.