Emergency Room

15,000,000+

intubations are performed annually in the United States.

2 Million+

intubations are emergently performed.

Complications

can happen in seconds.

Cardiac arrest,

hypoxemia, hypotension, dysrhythmia…

Video Laryngoscope – Enhanced Visualization – Clinical Benefits

The video laryngoscope emerged in the late 20th century, combining a standard laryngoscope blade with a video camera to provide enhanced visualization. This innovation significantly improved airway management and intubation success, particularly in complex cases.

Video Laryngoscope Enhanced Visualization

Enhanced Visualization

Problem – Obstructed Vision in Soiled Airways

The camera view on a video laryngoscope can become obstructed by bodily fluids, a common issue in soiled airways that may delay the critical, life-saving procedure of intubation. Any delay in securing the airway on the first attempt—also known as ‘first-pass success’—can increase patient morbidity and mortality.

SOLUTION: The IVOS BOSS G4™

IVOS Medical, Inc. is developing a single-use, custom-molded video laryngoscope sheath designed to enhance intubation safety, particularly for high-risk patients.

This disposable sheath is compatible with existing video laryngoscope platforms and incorporates innovative features to improve functionality in challenging intubation scenarios.

IVOS BOSS G4

The integrated Breathing Optimization and Suction System (BOSS) enables continuous suction by accommodating various suction options, effectively clearing aspirate and debris from the esophagus and trachea. Additionally, the sheath offers independent oxygen delivery, ensuring a clear tracheal view for precise tube placement and improved first-pass success rates.

VIDEO OF BOSS G4 CLEARING ASPIRATION
FROM VIEWER

BOSS continuously clears the viewing window during intubation, reducing patient risks associated with aspiration and camera visualization occlusions that can delay the procedure. By minimizing the time patients go without oxygen, it improves both the safety and success rates of critical interventions. This capability is vital in emergency, perioperative, and intensive care settings, where achieving first-pass intubation success is paramount.

IVOS Medical’s BOSS platform empowers healthcare providers and first responders, raising the standard of care in intubation and enhancing outcomes in emergency intubation situations.

Our Mission

IVOS Medical is dedicated to revolutionizing airway management with innovative products that equip providers and first responders to excel in challenging emergencies. Guided by clinical expertise and a commitment to improving patient outcomes, we optimize intubation results with cutting-edge technology.

 

 Intubation, Optimized.

 

IVOS Management Team:

Airway Experts and 50+ Years of Med-tech Experience

Gabriel Punsalan

CRNA, MS

Co-founder/CEO

Certified Registered Nurse Anesthetist (CRNA) and operational Team Leader in the Department of Anesthesiology at UC Irvine. Airway expert and technology co-inventor at University of California, Irvine Medical Center.

Francis Duhay

MD, MBA

Vice President of Business Development

30+ years in medical device space. Former Chief Medical Officer of Edwards Lifesciences and SVP of Olympus Corp.

Michael Magnani

MS, MBA

Commercialization Advisor

20+ years of medical device and global product commercialization experience and has served as CEO of two Class II/III medical device startups. Past President of Clinical Laserthermia Systems Americas.

Blake Sama

MS

Mechanical/Biomedical Engineer

10+ years of experience in medical device industry. Experience includes SVP of Operations & Engineering.

ABOUT IVOS

IVOS Medical, Inc. is an innovative medical device company focused on advancing airway management technology, especially for difficult intubations.

Founded by CEO Gabriel Punsalan, CRNA, MS, IVOS is currently developing the BOSS G4™, a single-use, custom-molded video laryngoscope sheath designed to enhance safety and precision during intubations, particularly in high-risk situations.

Supported by the University of California Irvine Medical Center and NIH Seed Fund, IVOS Medical draws on substantial clinical expertise and research backing. With over $1.9 million in non-dilutive NIH funding, IVOS is committed to setting new standards for emergency intubation, improving both efficiency and patient safety.

At the heart of the BOSS G4 is the Breathing Optimization and Suction System (BOSS™) platform, a patent-pending technology that provides continuous, targeted suction to clear bodily fluids and improve visibility of the trachea, facilitating precise tube placement. The device also allows independent oxygen delivery, a feature that facilitates higher first-pass success rates during critical emergency intubations.

Investors are invited to join IVOS Medical in reshaping emergency medical care by supporting the development of our life-saving technology.

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IVOS MEDIA CONTACT:

Joe Waldygo, President

TopSpin Communications
E: joe@topspinpr.com
C: 480-363-8774

Obstructed Vision in Soiled Airways

0-11 sec:

The initial insertion of the video laryngoscope resulted in obstruction of the camera view due to fluids in the oral cavity. The device was removed from the mouth, and the lens was manually cleaned to restore the camera to baseline functionality before being reinserted.

12-21 sec:

Once the video laryngoscope was reinserted into the oral cavity, critical time had already been lost, as the simulated patient remained apneic and gastric fluids continued to enter the lungs.

22-30 sec:

A Cormack-Lehane grade 1 view was achieved after aggressive suctioning with a Yankauer suction catheter. This provided clear visualization for the healthcare provider to insert the endotracheal tube using indirect visualization.

Obstructed Vision in Soiled Airways

0-13 sec:

The video laryngoscope is equipped with the IVOS BOSS G4™ system. The device integrates gas flow into the handle to continuously provide a clear camera window throughout the entire intubation process, without requiring removal of the device from the patient’s mouth.

14-27 sec:

The G4’s integrated suction channel removes oral cavity fluids and reduces the potential for aspirate to enter the lungs. Maintaining a clear view of the airway in an emergency setting can increase first-pass success, thereby reducing morbidity and mortality in patients.

28-37 sec:

The patient remains apneic for only a minimal amount of time while the healthcare provider inserts the endotracheal tube into the trachea and secures the airway for lifesaving ventilation.