Mariner Endosurgery
Design and development organization focused on medical devices for minimally invasive surgery. Activities include concept validation, rapid prototyping, regulatory filings (including prior 510(k) clearance), intellectual property management, and commercialization support. Projects emphasize intraoperative safety systems, instrument-level devices for hernia repair, and collaborative clinician-driven product development.
Industries
Nr. of Employees
small (1-50)
Mariner Endosurgery
Patents
Organ retention device and system, and use of same for laparoscopic surgery
US-11076843-B2
View DetailsSystem and method for inhibiting injury to a patient during laparoscopic surgery
US-9492070-B2
View DetailsSystem and method for inhibiting injury to a patient during laparoscopic surgery
US-8702592-B2
View Details
Organ retention device and system, and use of same for laparoscopic surgery
US-11076843-B2
View DetailsSystem and method for inhibiting injury to a patient during laparoscopic surgery
US-9492070-B2
View DetailsSystem and method for inhibiting injury to a patient during laparoscopic surgery
US-8702592-B2
View DetailsProducts
LaparoGuard AR
Operating-room safety enhancement that provides patient-specific Safe and Danger Zone annotation, real-time instrument tracking, and AR telestration with audio/visual notifications to support minimally invasive and robotic procedures.
SuturePro
Semi-automated suturing device designed to automate mesh fixation for open, laparoscopic, and robotic ventral hernia repair, aiming to reduce operative time and standardize stitch placement.
Instrument tracker clamp (single-piece replacement)
One-piece clamp design for tracker fixation to mitigate risk of component separation and integrate with existing instrument tracking platforms.
Organ retention netting prototype
Proof-of-principle development of an organ retention device progressed through market assessment, prototyping, and in-situ porcine testing.
LaparoGuard
LaparoGuard AR is an operating room safety enhancement and surgical navigation system that alerts users when tracked instruments enter surgeon-defined Safe or Danger Zones, adding spatial awareness and confidence to laparoscopic and robotic surgical protocols.
Suture Pro
A semi-automated suturing device designed for open, laparoscopic, and robotic ventral hernia repair to automate mesh fixation, reduce operative time, and standardize stitch placement.
LaparoGuard AR
Operating-room safety enhancement that provides patient-specific Safe and Danger Zone annotation, real-time instrument tracking, and AR telestration with audio/visual notifications to support minimally invasive and robotic procedures.
SuturePro
Semi-automated suturing device designed to automate mesh fixation for open, laparoscopic, and robotic ventral hernia repair, aiming to reduce operative time and standardize stitch placement.
Instrument tracker clamp (single-piece replacement)
One-piece clamp design for tracker fixation to mitigate risk of component separation and integrate with existing instrument tracking platforms.
Organ retention netting prototype
Proof-of-principle development of an organ retention device progressed through market assessment, prototyping, and in-situ porcine testing.
LaparoGuard
LaparoGuard AR is an operating room safety enhancement and surgical navigation system that alerts users when tracked instruments enter surgeon-defined Safe or Danger Zones, adding spatial awareness and confidence to laparoscopic and robotic surgical protocols.
Suture Pro
A semi-automated suturing device designed for open, laparoscopic, and robotic ventral hernia repair to automate mesh fixation, reduce operative time, and standardize stitch placement.
Services
End-to-end product conception and development program offering scoping, prototyping, regulatory and commercialization support for clinician-invented medical devices; includes IP filing assistance and project governance.
End-to-end product conception and development program offering scoping, prototyping, regulatory and commercialization support for clinician-invented medical devices; includes IP filing assistance and project governance.
Expertise Areas
- Medical device design and development
- Augmented reality surgical navigation
- Intraoperative instrument tracking
- Minimally invasive surgery safety
Key Technologies
- Augmented reality overlays for surgical displays
- Infrared instrument tracking
- Robotic platform kinematic integration
- Real-time audio/visual notification systems
News & Updates
Company presented the SuturePro semi-automated suturing device at SAGES 2026; early testing results discussed in an Emerging Technologies session.
Awarded an expansive utility patent covering broader claims for intraoperative zone mapping, robotic integration, and future modalities such as AI and imaging-based zone definition.
Filed provisional intellectual property covering open, laparoscopic, and robotic form factors for the SuturePro suturing device.
Expanded R&D footprint and relocated Canadian headquarters to Hamilton Technology Centre to consolidate R&D, logistics, and operations.
Profile covering company origins, technology commercialization path, investment milestones, and regional innovation ecosystem engagement.
Industry feature describing the company's focus on safety in laparoscopy and its AR/tracking-based approach to instrument localization.
Company presented the SuturePro semi-automated suturing device at SAGES 2026; early testing results discussed in an Emerging Technologies session.
Awarded an expansive utility patent covering broader claims for intraoperative zone mapping, robotic integration, and future modalities such as AI and imaging-based zone definition.
Filed provisional intellectual property covering open, laparoscopic, and robotic form factors for the SuturePro suturing device.
Expanded R&D footprint and relocated Canadian headquarters to Hamilton Technology Centre to consolidate R&D, logistics, and operations.
Profile covering company origins, technology commercialization path, investment milestones, and regional innovation ecosystem engagement.
Industry feature describing the company's focus on safety in laparoscopy and its AR/tracking-based approach to instrument localization.