Rose Medical Devices
RMD is a medical device company that provides solutions in the medical world resulting from the complete or partial immobility of patients, with an emphasis on pressure ulcers.
The company develops an AI monitoring diagnostic system and a non-invasive dynamic mechatronic surface to define a new standard for a patient body's pressure care.
The database analysis of patients’ immobility translated into an automated mechatronic treatment, creates a significant added value to the medical teams’ decisions enabling an active adjusted treatment plan for each patient.
Detecting organs at risk
Alerts & Reports
The system is divided into two separate modules which are synchronized and transmit information to each other, thereby providing a full system solution that monitors and actives a personal treatment to a patient.
An AI-powered diagnostic system captures and converts precise body pressure measurements into an output signal and provides real-time body infographic insights.
Mechatronic Surface Module
A dynamic surface that monitors a patient's body immobility and organs at high risk to develop pressure ulcers and activates an automated non-invasive pressures depreciation mechanism on these specific organs.
Turning Data Analysis into Mechatronic Treatments
Did You Know?
Pressure ulcers appear within 1 hour of immobility
Annually in the USA 2.5M people in care facilities suffer from pressure ulcers.
Every year In the USA, 60K people die from hospital-acquired pressure ulcers
The USA economy spends $11.6 billion a year on pressure ulcers
Current devices do not target specific organs but basically operate a constant movement airflow which creates a uniform pressure under the patient's body and no pressure depreciation for organs at high risk.
Medical Decisions are not based on precise AI mobility data analysis needed to make evidence-based decisions on improving patient conditions.
Treatment Processes are time-consuming since nurses regularly change patients' posture to avoid constant pressure on their bodies, and care tracking is made manually.
Treatment costs are 2.5 times higher than prevention. As well, hospitals have great exposure to lawsuits and non-reimbursement.
Hospital length of stay is on avg 4-day longer with a total of $17 000 additional incremental charges for the hospital admission.
Mechatronic Surface Module
RMD Mechatronic solution offers effective monitoring and analysis of patient organs at high risk to develop pressure ulcers while integrating an automated non-invasive mechanism that continuously depreciates pressures on these specific organs.
The AI-powered mechatronic surface is divided into individual static and dynamic units.
Each unit contains an integral self-learning microprocessor associated with a relevant electronic piston for analyzing real-time data of the patient’s body.
In accordance, the AI machine operates a preventative active mechanism treatment by adjusting the movement of each appropriate piston, located under the organ at risk.
The surface is designed to be integrated easily on top of any bed. It can be a complementary addition to smart beds or be used as a replacement for mattresses and thus enables to convert any bed into a smart bed.
Targeting specific organs at high to develop pressure ulcers and activating a constant proactive treatment.
24/7 monitoring, recording treatment history, data analysis reports, and alerts.
Medical Decisions are made based on a precise AI analysis.
The mechatronic response is constantly depreciating pressure improving medical care teams' time-consuming.
The Add-on unit converts any bed to a smart bed.
With a high patient turnover by preventing pressure ulcers, the patients' healing time is shorter.
AI-powered diagnostic software that captures and converts precise body pressure measurements into an output signal and provides real-time body infographic information.
The secured cloud-based data monitoring display, alert, and analyze data from surface performance and recorded monitoring scenarios.
The AI generates a big data cross-analysis In order to provide the medical staff precise data insights to make an evidence-based treatment plan to improve the patient condition.
Cross-analysis driving information insights
Improving treatment management process
Improving personalized treatment
Smart beds market value in hospitals and Rehabilitation centers is projected to be USD 1.8 Billion in 2026.
To meet customer demand for cutting-edge smart beds, companies are focused on expanding their product ranges and introducing innovative technologies and new product developments.
The companies have adopted organic as well as inorganic growth to expand their product portfolio and increase their respective market shares across different regions.
RMD solutions can be of great value to smart bed manufacturer key players. It can strengthen both their product portfolio and industry position.
Growth of innovative technology products. Converting any bed to a smart bed with AI-based insights
The add on unit can be an addition to smart beds, or a replacement to all treatment mattresses
Expanding the products portfolio enables companies to penetrate monitoring-based products markets
The add-on unit can be easily integrated into existing production lines and logistics
From Professor Yosef Haik
Head of Sheba Burn Intensive Care Unit
Expert in business operation. Providing a managerial platform for business growth, by formulating a strategic plan for achieving goals.
Udi Ginati is leading the fundraising operations. With 24 years of entrepreneurship experience in the areas of banking.
Prof. Yossef Haik.
Chief of Science
Specialist in Plastic & Aesthetic Surgery. Director of the Plastic Surgery Division and the National Burn Intensive Care Unit at Sheba Medical Center,
Prof. Deal Adel
Director of the Department of Plastic Surgery since 2004, Beilinson, Sharon, and Schneider hospitals, served as visiting professor.
Professor Eli Carmeli
Physiotherapist, academic, lecturer, and researcher in the field of changes in skeletal muscle in old age.
Electronics engineer, led projects in a matrix organization, with a strong background in HW design of Digital, mixed-signal, and power electronics.
Software engineer, experience in planning, architecture, development, algorithms, and project management.
Strategy and business development expert focused on introducing business opportunities to business partners.