Our Advantages
Simple enough for anyone to use. Comprehensive enough for experts to deliver advanced care.
Rapid Initiation in
Mission-Critical Situations
Removing Limitations to Accessibility
Our team aims to remove limitations not only on cost, but also on the extensive training in order to deliver lifesaving care today.
The problem
When ventilators are not available, doctors must resort to Bag Valve Devices (BVDs), manual devices that require an operator to manually squeeze air at a constant interval to deliver patient breaths.
Ventis Medical: Breathing Life into Healthcare
Ventis Medical’s mission is to empower emergency medical teams with innovative respiratory technology that makes lifesaving care broadly accessible.
Our company was founded in Princeton, NJ under the clinical guidance of Dr. Glenn W Laub – a cardiac surgeon who was inspired to address this need after witnessing patients in distress as they labored to breathe while they waited for clinicians to bring and set up ventilators. Since then, the team has brought an innovative flagship product, the HeroVent, through FDA clearance and to market. The HeroVent is portable and rugged, incorporating the latest technology and advanced features -- making it well suited for emergency scenarios, especially EMS where manual ventilation has documented clinical challenges.
Efficiency
Settings automatically configured for common emergency situations
Quality Care
Delivers invasive & non-invasive ventilatory modes (incl. AC and SIMV), with volume and pressure support. FiO2 and EtCO2 monitoring available
Minimal Control of Ventilation
No patient feedback
Easy to deliver incorrect ventilation
Accurate control of volume and pressure
Extensive monitoring of the patient's volume, pressure, FiO2, and EtCO2, including graphs
Consistent delivery of therapy
The Solution
An advanced ventilator with intuitive controls and advanced capabilities.
Ease of Use
Graphical user interface empowers medical personnel to deliver emergency and transport care
Design
Designed & assembled in the USA with leading turbine-based technology, and compatible with non-propriety accessories to maximize flexibility
Portability
Reliable, rugged and lightweight with battery power for transport
Our Team
Our team is led by veteran medical device entrepreneurs and clinical specialists with over a century of combined industry experience successfully bringing lifesaving products to market, with over 30 patents.
Ventis Medical’s CEO Glenn W Laub, MD is a cardiac surgeon and entrepreneur, having most notably co-founded and served as the CEO of Defibtech LLC. At Defibtech, Dr. Laub introduced a novel class of award-winning AEDs that fundamentally changed the defibrillator landscape, after being inspired by the opportunity to improve survival rates of sudden cardiac arrest by improving availability of AEDs. Karen Laub started her career as a registered nurse, and has spent over 30 years building companies alongside her husband Dr. Laub, including ultrasonic blood flow monitors, and novel drug delivery therapy to treat malignant pleural effusions.
The leadership team also includes Giovanni Meier, who served as the former CTO and VP Engineering of Defibtech LLC where he spent 16 years. Our software development is led by Bob Gory, who alongside Giovanni was instrumental in the design and development of Defibtech’s Lifeline ARM and View Defibrillators.
Glenn Laub
CEO
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Karen Laub
President
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Giovanni Meier
CTO
Bob Gorry
Software
Engineering Lead
Kevin Veenstra
VP Sales & Marketing
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Dave Cutler
Clinical Specialist
Taylor Laub
Co-Founder
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David Laub
Co-Founder
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Steve Jacobson
Co-Founder
The HeroVent is proudly designed & assembled in the United States, and manufactured in adherence to rigorous standards.
Emergency & Transport
Ready Features
We want to hear from you!
AC: Assist Control (Volume Control)
SIMV: Sychronized Intermittent Ventilation (Volume Control)
NIV: Non-Invasive Positive Pressure Ventilation
CPAP: Continuous Positive Airway Pressure (Supports BILVL)
Weight
3lb with battery installed
Size
8" x 6.5" x 2.25"
Screen Size
5" diagonal
Ingress Protection
IP 54
Environmental
Operating Temperature: -10C - 40C
Storage Temperature: -40C - 70C
Atmospheric Pressure: 620 - 1060 hPa
MIL-STD-810G Method 51.6 Procedure 4 @ 48"
Meets ISO 80601-2-12: 2020 clause:
• 201.15.3.5.101.1 Shock and vibration (robustness)
• 201.15.3.5.101.2 Shock and vibration for a transit-operable ventilator during operationDisposable Battery
Operating Time: 6 Hours
Rechargeable Battery
Operating Time: 8 Hours
Charge: 3hr (off), 5hr (ventilating)
Standards Met
ES 60601-1:2005+A1:2012
IEC 60601-1-2:2014
IEC 60601-1-8:2006+A1:2012
IEC 60601-1-12:2014
AIM Standard 7351731:2017
ISO 80601-2-12:2011 including
ISO 5356-1:2015
ISO 5367:2014
ISO 80601-2-55:2018 ISO 80601-2-84:2020
Tidal Volume
0 to 2000 ml
Peak inspiratory pressure (PIP)
0 to 90 cmH2O
Fi02
14-100%
EtCO2 with CO2 accessory
0 - 10 кра
Respiratory Rate (RR)
0 to 100 BPM
Tidal Volume
200 to 2000 ml
Respiratory Rate (RR)
0 to 40 BPM
Peak inspiratory pressure (PIP)
15 to 90 cmH20
Positive End Expiratory Pressure (PEEP)
0 to 20 cmH20
Trigger Sensitivity (flow)
OFF, 1 - 9 LPM
Inspiratory Time
0.3 to 5.0 seconds
Tidal Volume
0 to 2000 ml
Respiratory Rate (RR)
1 to 40 BPM
Peak inspiratory pressure (PIP)
0 to 90 cmH2O
FiO2
14-100 %
EtCO2
0 - 10 кра
Inspiratory Time
0.3 to 5.0 seconds
PEEP
+/- 5cmH2O
Apnea
10 - 60s
Accurate control of volume and pressure
Minimal Control of Ventilation
Find out the solution
Extensive monitoring of the patient's volume, pressure, FiO2, and EtCO2, including graphs
No patient feedback
Find out the solution
Consistent delivery of therapy
Easy to deliver incorrect ventilation
Find out the solution