Pressure sore Pillow for Treatment and Prevention
The Stimulite® contoured pillows, made with thermoplastic urethane cells (high tech material) and a comprehensive pressure management and ventilation system, allow for better skin ventilation than any other pillow. With five different options and various sizes to address every possible case. A pillow for individuals at high risk of pressure sores with an anatomical seat that increases seating stability. Ideal for very thin individuals who need body support.
Specifications of the Pressure Sore Pillow
- Height: 7.5 cm
- Weight: 1.50 kg
- Maximum user weight: 120 kg
The 6+ Benefits of Stimulite® Pressure Sore Pillow
| Lightweight | The lightest pillow on the market |
| Breathable | Allows better skin ventilation than any other pillow, with air circulating over 93% of the contact surface |
| Total Pressure Management | Relieves pressure, reduces friction and shearing forces with three degrees of resistance (lengthwise, widthwise, and vertically) |
| Positioning | Specially designed for those in need, offering excellent body support |
| Non-bursting | Unlike previous pillows that often failed, Stimulite® pillows do not burst as they do not trap air but let it circulate |
| Recyclable | Stimulite® pillows are 100% recyclable |
Standard Dimensions
- 36x41 cm
- 41x41 cm
- 41x46 cm
- 46x41 cm
- 46x46 cm
Comprehensive Pressure and Ventilation Management System
Skin Protection
Moisture softens the skin, making it vulnerable to pressure, increasing the risk of ulcers. Thanks to the perforated Stimulite® honeycomb cells, air circulates within the pillow, and moisture evaporates, keeping your skin dry.
Friction Reduction
The stability and friction of a pillow are determined by the durability of its material. Excessive durability increases friction, while low durability decreases stability. The at least two-layer thermoplastic urethane minimizes friction forces without affecting stability. The upper layer has lower rigidity to minimize skin friction, while the lower layers are reinforced to achieve optimal stability.
Decompression
The cellular structure of the pillow provides uniform distribution of resulting pressure. With the varying rigidity of the pillow’s different layers and the three degrees of resistance (lengthwise, widthwise, and vertically), pressure is distributed over a larger area.