Hamilton Medical
Hamilton Medical is focused on the development, manufacturing, and training for advanced respiratory support technologies. The company provides intelligent ventilation systems, high flow oxygen therapy, noninvasive ventilation, and educational platforms for healthcare professionals. Their offerings emphasize patient safety, data-driven decision making, and regulatory compliance across intensive care, transport, neonatal, and emergency settings.
Industries
N/A
Hamilton Medical
Via Crusch 8, 7402 Bonaduz, Graubünden, Switzerland
Patents
Emergency ventilator with removable common cover for simultaneously covering filter and battery compartment
2026-06-16 • US-12653973-B2
View DetailsPortable respiratory device having power supply via power grid and electricity storage device
2026-06-02 • US-12642929-B2
View DetailsVentilator comprising operating device having haptic feedback
2026-05-19 • US-12629490-B2
View DetailsConnection component for a tracheal cannula, in particular for protecting against an unintentional closure of same
2026-05-19 • US-12629492-B2
View DetailsEmergency ventilator with a fan which is cooled in a conductive and convective manner
2026-05-05 • US-12616811-B2
View DetailsMethod for carrying out a P/V maneuver which automatically prevents an overdilation of the lungs, and ventilation device designed to carry out the method
2026-05-05 • US-12616809-B2
View Details
Emergency ventilator with removable common cover for simultaneously covering filter and battery compartment
2026-06-16 • US-12653973-B2
View DetailsPortable respiratory device having power supply via power grid and electricity storage device
2026-06-02 • US-12642929-B2
View DetailsVentilator comprising operating device having haptic feedback
2026-05-19 • US-12629490-B2
View DetailsConnection component for a tracheal cannula, in particular for protecting against an unintentional closure of same
2026-05-19 • US-12629492-B2
View DetailsEmergency ventilator with a fan which is cooled in a conductive and convective manner
2026-05-05 • US-12616811-B2
View DetailsMethod for carrying out a P/V maneuver which automatically prevents an overdilation of the lungs, and ventilation device designed to carry out the method
2026-05-05 • US-12616809-B2
View DetailsProducts
Devices providing invasive and non-invasive ventilation therapy for patient populations in diverse clinical, emergency, and transport settings.
Digital platform for clinical simulation and training in ventilation scenarios, waveform interpretation, and device use.
Device providing adjustable high flow nasal oxygen therapy with integrated humidification and automated FiO2 adjustment for adult, pediatric, and neonatal patients.
Devices providing invasive and non-invasive ventilation therapy for patient populations in diverse clinical, emergency, and transport settings.
Digital platform for clinical simulation and training in ventilation scenarios, waveform interpretation, and device use.
Device providing adjustable high flow nasal oxygen therapy with integrated humidification and automated FiO2 adjustment for adult, pediatric, and neonatal patients.
Services
Delivery of online and in-person education for healthcare professionals and technicians on mechanical ventilation, advanced ventilatory techniques, and device operation.
Production and global distribution of mechanical ventilators and consumables for various clinical and transport settings.
Provision of service packages, technical support, and maintenance for ventilation devices to maximize operational availability.
Delivery of online and in-person education for healthcare professionals and technicians on mechanical ventilation, advanced ventilatory techniques, and device operation.
Production and global distribution of mechanical ventilators and consumables for various clinical and transport settings.
Provision of service packages, technical support, and maintenance for ventilation devices to maximize operational availability.
Expertise Areas
- Mechanical ventilation
- Patient-ventilator interaction
- Waveform analysis
- Critical care respiratory management
Key Technologies
- Microprocessor-controlled ventilation
- Advanced waveform analysis
- Proximal flow and pressure monitoring
- Esophageal pressure monitoring
Key People
Chief Executive Officer
Product Owner Emergency and Transport
Product Manager
Service Engineer
Head of Marketing Communications
Chief Executive Officer
Product Owner Emergency and Transport
Product Manager
Service Engineer
Head of Marketing Communications
News & Updates
Discussion of challenges, diagnosis, and solutions for double triggering in mechanically ventilated patients using waveform analysis and automated synchronization.
Practical guide to identifying and resolving ineffective patient efforts during mechanical ventilation.
Clinical study of the use of airway pressure and flow waveforms for detecting patient efforts versus esophageal pressure measurement.
Guidance on monitoring driving pressure during assisted ventilation as a means to prevent lung injury, including plateau pressure measurement procedures.
Study on the relationship between prehospital end-tidal CO2 levels and 30-day mortality in severe traumatic brain injury, showing clinical importance of capnography-guided ventilation.
Overview of measurement techniques for intrinsic and total PEEP during mechanical ventilation.
Discussion of challenges, diagnosis, and solutions for double triggering in mechanically ventilated patients using waveform analysis and automated synchronization.
Practical guide to identifying and resolving ineffective patient efforts during mechanical ventilation.
Clinical study of the use of airway pressure and flow waveforms for detecting patient efforts versus esophageal pressure measurement.
Guidance on monitoring driving pressure during assisted ventilation as a means to prevent lung injury, including plateau pressure measurement procedures.
Study on the relationship between prehospital end-tidal CO2 levels and 30-day mortality in severe traumatic brain injury, showing clinical importance of capnography-guided ventilation.
Overview of measurement techniques for intrinsic and total PEEP during mechanical ventilation.