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MedTech · Robotic Surgery

Mock-OR validation for a next-generation surgical robot

AI-generated illustrative scene of a surgical team performing robot-assisted surgery

30+ critical use errors identified before design freeze.

Context

Leading medical device manufacturer developing a next-generation surgical robot for minimally invasive procedures.

Challenge

Validate that surgeons could safely operate the device console in high-stress OR environments, with particular focus on critical use errors in instrument insertion and hand-control calibration.

How we helped

Identified critical use errors in surgical workflows. Designed a mock-OR protocol with sterile-field fidelity to surface real-world pain points. Supported summative validation aligned to IEC 62366-1 and ISO 14971.

The impact

  • •Identified 30+ critical use errors across formative phases
  • •Majority of identified errors mitigated through design controls
  • •Supported successful FDA 510(k) submission with HFE/UE file

Methods

  • Think-Aloud Protocol
  • Task-Based Usability Testing
  • Use-Related Risk Assessment (URRA)
  • IFU & Documentation Review
  • Mock-OR Study

Tools

Specific tools are not listed for this engagement.

Standards & research foundations

  • IEC 62366-1
  • ISO 14971
  • AAMI HE75
  • FDA HFE Guidance
  • FDA 510(k)