Pressure relief cushions are important for those who spend their time sitting in wheelchairs. These long periods of sitting cause compression of skin and tissue between bones and the surface of a chair, resulting in circulation problems. Use of these products can help to keep the skin healthy, reduce shear force and help with stability.
When skin and tissue are compressed between bone and the chair, the blood cannot circulate properly and oxygen and nutrient supply to the cells decreases. Weight bearing bones near the skin surface, like the buttocks, are particularly at risk. This may result in ulcers that can be very serious, leading to hospitalization and surgery. Shear force occurs when the skin and tissue are pulled in different directions, such as when an individual slides down in the chair.
Each and every individual will have different requirements when it comes to choosing a cushion. A clinical professional will be able to assist with making the right choice. Specific factors such as how much time is spent in a chair, how much the user moves around, stability of posture and nature of a disability must all be taken into consideration.
The proper combination of cushion and wheelchair is also important as there are various depths and sizes of cushions for purchase. The size of wheelchair, position of armrests and height of chair back all matter when it comes to choice. An individual does not want to sit too high or too low in the chair.
Different materials such as gel, foam, air and water are used in these products. This is because they are able to conform to the shape of the body, distributing weight and allowing for optimum blood flow. They all have this in common but when it comes to cost, weight, heat conduction and stability there are different advantages and disadvantages.
A foam cushion is one of the least expensive options and it comes in a range of densities and varying degrees of memory. If the foam is cross cut, contoured or convoluted, it allows greater conformity so that the surface moves with the user. As it is relatively inexpensive and easy to cut, a therapist can experiment with shapes without incurring too much expense. On the downside it does wear down more quickly than other materials, losing its shape and becoming compressed.
Static air cushions use air-filled balloons or pathways for channeling the air. An air alternating cushion works with a pump that allows rows of air cells to inflate and deflate. The main drawback of an air cushion is that it requires regular maintenance to ensure the correct degree of inflation.
A gel cushion conforms well to body shape and movement, providing good weight distribution. It is also suitable for those who often feel hot and sweaty as it helps to keep the skin feeling cool. However, it is heavy in weight which makes it unsuitable for users who often have to be lifted in and out of the car or the wheelchair.
Pressure relief cushions vary in cost, depending on materials used and complexity of construction. Various facts need to be considered when making a purchase including durability, ease of cleaning, comfort and effectiveness. A more expensive item may be more cost effective in the long term.
When skin and tissue are compressed between bone and the chair, the blood cannot circulate properly and oxygen and nutrient supply to the cells decreases. Weight bearing bones near the skin surface, like the buttocks, are particularly at risk. This may result in ulcers that can be very serious, leading to hospitalization and surgery. Shear force occurs when the skin and tissue are pulled in different directions, such as when an individual slides down in the chair.
Each and every individual will have different requirements when it comes to choosing a cushion. A clinical professional will be able to assist with making the right choice. Specific factors such as how much time is spent in a chair, how much the user moves around, stability of posture and nature of a disability must all be taken into consideration.
The proper combination of cushion and wheelchair is also important as there are various depths and sizes of cushions for purchase. The size of wheelchair, position of armrests and height of chair back all matter when it comes to choice. An individual does not want to sit too high or too low in the chair.
Different materials such as gel, foam, air and water are used in these products. This is because they are able to conform to the shape of the body, distributing weight and allowing for optimum blood flow. They all have this in common but when it comes to cost, weight, heat conduction and stability there are different advantages and disadvantages.
A foam cushion is one of the least expensive options and it comes in a range of densities and varying degrees of memory. If the foam is cross cut, contoured or convoluted, it allows greater conformity so that the surface moves with the user. As it is relatively inexpensive and easy to cut, a therapist can experiment with shapes without incurring too much expense. On the downside it does wear down more quickly than other materials, losing its shape and becoming compressed.
Static air cushions use air-filled balloons or pathways for channeling the air. An air alternating cushion works with a pump that allows rows of air cells to inflate and deflate. The main drawback of an air cushion is that it requires regular maintenance to ensure the correct degree of inflation.
A gel cushion conforms well to body shape and movement, providing good weight distribution. It is also suitable for those who often feel hot and sweaty as it helps to keep the skin feeling cool. However, it is heavy in weight which makes it unsuitable for users who often have to be lifted in and out of the car or the wheelchair.
Pressure relief cushions vary in cost, depending on materials used and complexity of construction. Various facts need to be considered when making a purchase including durability, ease of cleaning, comfort and effectiveness. A more expensive item may be more cost effective in the long term.
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