IVOS Medical


Med‑tech startup developing a single‑use, custom‑molded video laryngoscope sheath that integrates continuous suction and independent oxygen delivery to improve visualization and first‑pass intubation success in emergency and soiled airways. Activities include device design and prototyping, feasibility and manikin testing in partnership with academic clinical centers, NIH SBIR‑funded R&D, and preparations for pre‑commercialization and regulatory clearance.

Industries

Health Care
Medical Device
Medical
Medical Equipment Manufacturing

Nr. of Employees

small (1-50)

IVOS Medical

Dana Point, California, United States


Products

Single‑use video laryngoscope sheath with integrated suction and oxygen delivery

Disposable, custom‑molded sheath designed to fit existing video laryngoscope platforms; incorporates continuous suction capability and an independent oxygen delivery channel to maintain a clear view of the trachea during intubation.


Services

On‑site demonstrations and collaborative feasibility testing with clinical departments and emergency medicine trainees to evaluate device performance in simulated soiled airway scenarios.

Expertise Areas

  • Airway management device development
  • Clinical feasibility and validation studies
  • Medical device regulatory strategy
  • NIH SBIR‑funded R&D program management
  • Show More (3)

Key Technologies

  • Video laryngoscopy
  • Integrated suction channels for airway devices
  • Independent oxygen delivery integrated into airway devices
  • Single‑use custom‑molded medical sheaths
  • Show More (2)

News & Updates

Company selected for the NIH C3i Program to accelerate commercialization of its airway management technology.

Selected as a finalist in the Care in Space Challenge pitch competition for space health innovations.

Product announcement coverage describing the disposable video laryngoscope sheath designed to maintain vision and provide oxygen delivery during intubation.

Reference to a National Emergency Airway Registry study on first‑attempt intubation success among trainees (site links to a June 2023 Annals of Emergency Medicine item).

Awarded approximately $1.9M through an NIH SBIR Phase II grant to support product development and clinical validation.

Awarded NIH SBIR Phase I funding to test feasibility of the airway device technology.

View All News

Similar organizations

Browse all ORGANIZATIONS

JOIN OUR MAILING LIST

Stay Connected with MTEC

Keep up with active and upcoming solicitations, MTEC news and other valuable information.