Leaf Healthcare, Inc.
Leaf Healthcare, now part of Smith+Nephew since 2019, specializes in innovative pressure injury prevention solutions through its LEAF Patient Monitoring System. The system leverages wearable sensor technology and digital tools to improve turn protocol adherence, reduce hospital-acquired pressure injuries (HAPIs), and enhance patient care efficiency. Backed by extensive clinical evidence, the company aims to transform pressure injury prevention in healthcare settings with high-tech, data-driven solutions.
Industries
Nr. of Employees
small (1-50)
Leaf Healthcare, Inc.
Pleasanton, California, United States, North America
Patents
Systems and methods for monitoring pressurization related information for managing a person's position
US-12329536-B2
View DetailsSystems and methods for monitoring and/or managing a person's orientation over time
US-12217862-B2
View DetailsSystems and methods for monitoring orientation and biometric data using acceleration data
US-11980449-B2
View DetailsWearable sensor device and methods for analyzing a persons orientation and biometric data
US-11948681-B2
View DetailsSystems and methods for managing a person's position based on a personal health factor
US-11456074-B2
View Details
Systems and methods for monitoring pressurization related information for managing a person's position
US-12329536-B2
View DetailsSystems and methods for monitoring and/or managing a person's orientation over time
US-12217862-B2
View DetailsSystems and methods for monitoring orientation and biometric data using acceleration data
US-11980449-B2
View DetailsWearable sensor device and methods for analyzing a persons orientation and biometric data
US-11948681-B2
View DetailsSystems and methods for managing a person's position based on a personal health factor
US-11456074-B2
View DetailsProducts
Wearable patient monitoring system for turn and mobility management
Integrated system comprising a chest‑worn wearable sensor, facility antenna network, centralized user interface and automated reporting designed to monitor patient position, confirm turn quality, track mobility and document adherence to turn protocols.
Wearable patient monitoring system for turn and mobility management
Integrated system comprising a chest‑worn wearable sensor, facility antenna network, centralized user interface and automated reporting designed to monitor patient position, confirm turn quality, track mobility and document adherence to turn protocols.
Services
Onsite coordination of equipment installation, network deployment and configuration tailored to facility IT infrastructure.
Provision of training materials (checklists, posters, instructional videos) and step‑by‑step guidance for nursing and clinical staff during launch and ongoing use.
24/7 system maintenance, remote troubleshooting and software upgrades to maintain availability and minimize local IT workload.
Access to study summaries, white papers, webinars and a compendium of clinical evidence documenting clinical and financial outcomes.
Free demonstrations and consultation to assess potential clinical impact and financial return for units or facilities.
Onsite coordination of equipment installation, network deployment and configuration tailored to facility IT infrastructure.
Provision of training materials (checklists, posters, instructional videos) and step‑by‑step guidance for nursing and clinical staff during launch and ongoing use.
24/7 system maintenance, remote troubleshooting and software upgrades to maintain availability and minimize local IT workload.
Access to study summaries, white papers, webinars and a compendium of clinical evidence documenting clinical and financial outcomes.
Free demonstrations and consultation to assess potential clinical impact and financial return for units or facilities.
Expertise Areas
- Digital patient monitoring for pressure injury prevention
- Clinical evidence generation and outcomes evaluation
- Health IT integration (ADT/EMR) and clinical dashboards
- Implementation, training and clinical adoption support
Key Technologies
- Wearable orientation and inertial sensors
- Position‑angle measurement and tissue recovery estimation
- Step/ambulation detection and mobility tracking
- Wireless mesh networking with redundant antennas
News & Updates
The hospital adopted the LEAF Sensor to help prevent pressure injuries in mobility-impaired patients, demonstrating the system's practical application.
Coverage of a 75% decrease in pressure injury incidence at Lourdes Health System after deploying the LEAF System.
The wireless, wearable LEAF Patient Monitoring System has been used on over 60,000 patients, significantly reducing pressure injury rates.
Analysis showing how preventing pressure injuries can reduce costs, length of stay, and improve patient outcomes.
Meta-analysis shows patient wearable sensor reduces incidence of hospital-acquired pressure injuries
A comprehensive review demonstrating a 70% reduction in HAPI incidence with the LEAF System.
Clinical evidence shows the LEAF System can reduce the risk of pressure injuries by 94% compared to standard care.
The hospital adopted the LEAF Sensor to help prevent pressure injuries in mobility-impaired patients, demonstrating the system's practical application.
Coverage of a 75% decrease in pressure injury incidence at Lourdes Health System after deploying the LEAF System.
The wireless, wearable LEAF Patient Monitoring System has been used on over 60,000 patients, significantly reducing pressure injury rates.
Analysis showing how preventing pressure injuries can reduce costs, length of stay, and improve patient outcomes.
Meta-analysis shows patient wearable sensor reduces incidence of hospital-acquired pressure injuries
A comprehensive review demonstrating a 70% reduction in HAPI incidence with the LEAF System.
Clinical evidence shows the LEAF System can reduce the risk of pressure injuries by 94% compared to standard care.