SMART Cellular
Bedsore
Preventation
Support Surface

Bedsore Prevention

A New Technology

Areas of use

Intensive Care Units
Hospital Services
Palliative Care Centers
Nursing Homes
Home Patient Care
Home Comfort Use

Benefits

Shorten length of stay,
Reduced infection development,
Reduced friction-induced wounds,
Reduced deaths caused by bedsores,
Reduced patient care costs,
Better use of health workforce,
Increased comfort for patient relatives,
Increased motivation of healthcare professionals & patient families,
Improved psychosocial condition of the patient,
improved quality of the health system.

MOBILE
APPLICATION

You can monitor and control the system using tablets or smart phones with Android OS and IOS compatible mobile applications. The system has Wi-Fi and Bluetooth connection and allows remote control with Wi-Fi connection.

SUPERIOR FEATURES

A New Perspective to prevent bedsores

Modular Design
Independent Air Cell Control
Customizable Working Modes
Regional Pressure Control
Intuitive Surface
Full Surface Ventilation
Connectible to Network Systems
Remote Monitoring, Control and Update
Portable
Low Noise Level (less than 50 dB)
Operation and Error Records
Ready-to-Use and Customizable Therapy Modes
Ready-to-Use and Customizable Massage Modes
Compatible with All Beds
Suitable for Home, Hospital, Nursing Homes and Palliative Care Centers
Compatible with Foldable Hospital Beds
Easy Onsite Service

Checkers Therapy &

Tilt Massage Mode

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TECHNICIAL SPECIFICATIONS

190 cm x 90 cm
16 cm Height
72 Independently Controlled Cells
3 x 3 Cell Modules
85-265 VAC Supply Voltage
200W Max. Strength
0.5 kWh Daily Consumption
15 kWh Monthly Consumption
Max. 50dB Noise Level
150 lpm Air Transfer
Wi-fi and Bluetooth Connection
Touchscreen Control Panel

72 INDEPENDENT
CELLS

72 air cells can be controlled independently. It can be disassembled and assembled as blocks of 9. The modular product can be assembled on site just before first use.

VENTILATION FEATURE

One another factor causing bedsore is perspiration and humidity. Humidification of the patient's contact points with the support surface should be prevented by ventilation. For that, the areas where the patient comes into contact with the support surface are ventilated and perspiration is prevented. Ventilation valves are distributed over the entire support surface.