Sentec AG
Sentec is a Swiss-American medical device company specializing in respiratory care. Since its founding in 1999, Sentec utilizes a deep-tech approach founded on advanced science and avant-garde technologies for respiratory patients across care areas. The company provides healthcare professionals worldwide with non-invasive, continuous monitoring and effective therapeutic solutions, aiming to enable less invasive care through innovative technology. Sentec is committed to high-quality products, supporting clinicians, and delivering effective patient care, with a workforce of over 300 employees and operations in Switzerland, the US, Hungary, Germany, and Australia.
Industries
Nr. of Employees
medium (51-250)
Patents
Sensor belt and positioning aid for electro-impedance tomography imaging in neonates
US-11793418-B2
View DetailsDevice for application of a sensor to a measurement site, a sensor head, a kit of an application device and sensor and use of an application device for optical measurement of physiological parameters
US-10105065-B2
View Details
Sensor belt and positioning aid for electro-impedance tomography imaging in neonates
US-11793418-B2
View DetailsDevice for application of a sensor to a measurement site, a sensor head, a kit of an application device and sensor and use of an application device for optical measurement of physiological parameters
US-10105065-B2
View DetailsProducts
Transcutaneous CO2/SpO2 bedside monitoring system
Continuous bedside monitoring device that noninvasively measures transcutaneous CO2, SpO2, and pulse rate to support ventilation management and reduce arterial blood sampling.
Electrical impedance tomography bedside system
Bedside EIT system providing real-time, regional lung ventilation images using a wearable belt sensor to guide ventilator settings and assess lung recruitment without ionizing radiation.
Percussive ventilation device family (hospital and home models)
Range of percussive ventilation devices for airway clearance and lung recruitment with configurable amplitude/frequency settings, venturi-based percussive flow modulation, workflow-focused connectors, and home-use variants with built-in compressors.
Sensor attachment consumables (adhesive rings, supports, clips, gels, wraps)
A portfolio of consumable attachment solutions optimized for mature and fragile skin, high-humidity environments, and adhesive-free options for the smallest patients; includes single-use contact gel for sensor performance and infection control.
Transcutaneous CO2/SpO2 bedside monitoring system
Continuous bedside monitoring device that noninvasively measures transcutaneous CO2, SpO2, and pulse rate to support ventilation management and reduce arterial blood sampling.
Electrical impedance tomography bedside system
Bedside EIT system providing real-time, regional lung ventilation images using a wearable belt sensor to guide ventilator settings and assess lung recruitment without ionizing radiation.
Percussive ventilation device family (hospital and home models)
Range of percussive ventilation devices for airway clearance and lung recruitment with configurable amplitude/frequency settings, venturi-based percussive flow modulation, workflow-focused connectors, and home-use variants with built-in compressors.
Sensor attachment consumables (adhesive rings, supports, clips, gels, wraps)
A portfolio of consumable attachment solutions optimized for mature and fragile skin, high-humidity environments, and adhesive-free options for the smallest patients; includes single-use contact gel for sensor performance and infection control.
Services
Provision of webinars, whitepapers, clinical brochures, evidence summaries, safety briefs, and case studies to support clinical adoption and training.
Implementation checklists, protocol development packets, pocket guides, and onsite/remote planning assistance to integrate monitoring and therapy into unit workflows.
Onsite or unit-level product demonstrations and trial evaluations to allow clinical teams to assess device performance, workflow fit, and correlation with reference measurements.
Training resources and regional customer service for distributors, including technical documentation and access to product materials.
Onboarding, remote assistance, and customer care services for patients and caregivers using home airway clearance and ventilation-support devices.
Provision of webinars, whitepapers, clinical brochures, evidence summaries, safety briefs, and case studies to support clinical adoption and training.
Implementation checklists, protocol development packets, pocket guides, and onsite/remote planning assistance to integrate monitoring and therapy into unit workflows.
Onsite or unit-level product demonstrations and trial evaluations to allow clinical teams to assess device performance, workflow fit, and correlation with reference measurements.
Training resources and regional customer service for distributors, including technical documentation and access to product materials.
Onboarding, remote assistance, and customer care services for patients and caregivers using home airway clearance and ventilation-support devices.
Expertise Areas
- Continuous transcutaneous CO2 and oxygenation monitoring
- Regional lung monitoring using electrical impedance tomography
- Percussive ventilation therapy and device design
- Neonatal and pediatric respiratory monitoring and protocol implementation
Key Technologies
- Continuous transcutaneous CO2 monitoring (tcPCO2)
- Pulse oximetry and pulse rate monitoring
- Electrical impedance tomography (EIT)
- Percussive ventilation using venturi-based flow modulation
News & Updates
Ella lives with nemaline myopathy, a rare genetic disorder affecting approximately 1 in 50,000 births. This condition weakens the skeletal muscles responsible for movement, making everyday tasks like walking, speaking, swallowing, and even breathing uniquely challenging.
How IPV therapy can make a difference for patients by mobilizing secretions, resolving airway issues, and supporting better outcomes.
Overview of clinical studies highlighting the efficacy and safety of IPV therapy across diverse patient populations.
An article explaining the benefits and implementation of kangaroo care for premature and full-term infants.
An article highlighting how continuous CO2 monitoring supports NICU nurses in patient advocacy.
A whitepaper on the impact of pain procedures in the NICU and strategies to mitigate adverse effects.
Ella lives with nemaline myopathy, a rare genetic disorder affecting approximately 1 in 50,000 births. This condition weakens the skeletal muscles responsible for movement, making everyday tasks like walking, speaking, swallowing, and even breathing uniquely challenging.
How IPV therapy can make a difference for patients by mobilizing secretions, resolving airway issues, and supporting better outcomes.
Overview of clinical studies highlighting the efficacy and safety of IPV therapy across diverse patient populations.
An article explaining the benefits and implementation of kangaroo care for premature and full-term infants.
An article highlighting how continuous CO2 monitoring supports NICU nurses in patient advocacy.
A whitepaper on the impact of pain procedures in the NICU and strategies to mitigate adverse effects.