Air Mattress

Arrangement : 20 air cells Material Cover : StretchedPU,rypora,Velour Cells : Nontoxic compoung PVC Base : Nylon/PU, dark gray Dimension (L x W x H) : 203 x 88 x 17, 80" x 35" x 7" Custom size Available Weight : 1.44kg or 3.2lb Input Voltage : AC110/240v 50/60 Hz Output Air Pressure : 800 ~ 1400 mmH2O Air output : 5~8 Liter/min Weight range : 110 ~ 340Kg, 250 ~ 750 lbs Power Rating : 28W Flow Rate : 30LPM Noisy : 45dB Caredigm air mattress introduces innovative comfort for the sound sleep. Unlike the market existing mattresses of materials e.g. metal coils, PVC foaming, memory foam or latex, Caredigm air mattress keeps its original shape with an almost unlimited life cycle while it can conform to the contrours of each individual. Among human sleep sensitivities, based on DB of human interactions to the pressures on the skin during sleep, systematic and technological approaches to the physiological sleep signals and the sleeping postures were made. Automatic air controlling system maintains the optimal pressure distribution pattern and sleeping postures by different figures, therefore, physically and mentally comfortable sleep is led. This functional air mattress can widen its professional area from the sleep comfort to the medical treatment for pressure ulcers. (FDA registered, US patent pending) Divided in 20 sections (based on single size). Each section has 9 air cells. Total 180 air cells act for the optival sleep comfort. Each section is from 1 mold shaping without high frequency pressed or bonded seams. (cost effective & simple manufacturing process benefit) Comprises control program and 20-sectioned mattress. (distribution of body pressure measurable and air inflation-deflation adjustable.) 1) Continual survey of pressure distribution pattern during sleep. 2) Comparing surveyed result with existing DB by figures. 3) Automatic adjustment of air inflation-deflation of each section of total 13~20. 4) Maintenance of optimized pressure distribution pattern and sleep postures. When pressure distribution and sleep postures suggested under automatic mode are not comfortable. 1) Measuring the best comfortable pressure distrbution pattern for individuals. 2) Accumulating result in individual DB. 3) Maintaining optimized pressure distribution pattern and sleep postures.

Maintaining optimized pressure distribution pattern and sleep postures.