IVOS Medical provides a single-use video laryngoscope sheath that actively clears bodily fluids and debris from the airway. This system ensures a consistently clear view for endotracheal intubation, improving first-pass success rates and patient safety.
Funding
$3.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
During endotracheal intubation, bodily fluids and debris can obstruct the video laryngoscope's camera view, delaying critical procedures and increasing patient risk. This compromised visualization, particularly in soiled airways, can lead to a decrease in first-pass success rates, potentially impacting patient outcomes.
Solution
IVOS Medical has developed the BOSS G4™, a single-use video laryngoscope sheath designed to enhance intubation safety and efficacy. This sheath integrates a Breathing Optimization and Suction System (BOSS) that actively clears the airway of fluids and debris, ensuring a consistently clear view for precise endotracheal tube placement. The system also allows for independent oxygen delivery, further supporting optimal visualization and patient ventilation. By addressing the challenge of airway soiling, the BOSS G4™ aims to improve first-pass success rates and reduce patient morbidity in emergency and critical care settings.
Target Audience
The primary target audience includes anesthesiologists, emergency medicine physicians, critical care providers, and first responders who perform endotracheal intubations in diverse clinical environments.
Features
- Single-use, custom-molded video laryngoscope sheath compatible with existing video laryngoscope platforms.
- Integrated Breathing Optimization and Suction System (BOSS) for continuous clearance of bodily fluids and debris from the airway.
- Accommodates various suction options to maintain a clear viewing window during intubation.
- Independent oxygen delivery channel to support patient ventilation and improve visualization.
- Designed to enhance first-pass success rates in challenging intubation scenarios.
- Patent-pending technology focused on improving visualization and reducing procedure time.