Consumers who use a wheelchair on a regular basis are at risk of developing injuries related to poor circulation, which is something the Kalogon Orbiter cushion system is focused on changing. The cushion system works much in the same way a conventional one does, but features an adjustable design that will respond to the needs of the user. The smartphone-connected system lets the user customize the five areas on the cushion to greatly alleviate pressure on the lower body.
The Kalogon Orbiter cushion system will continuously change throughout the day to reduce the instance of discomfort or injury from being sustained and harnesses the power of a machine learning algorithm. The unit has enough built-in power to support 14 to 16-hours of use per charge.
Adaptive Wheelchair Cushions
The Kalogon Orbiter Reduces Pressure for Those in Wheelchairs
Trend Themes
1. Adaptive Cushion Systems - Innovative cushion systems that adjust to meet specific user needs and prevent injury and discomfort.
2. Smartphone-connected Medical Devices - Medical devices that can be adjusted and monitored through a smartphone application, offering greater customization and ease of use.
3. AI-powered Health Monitoring - Health monitoring systems that use machine learning algorithms to anticipate and prevent injuries before they occur, using data collected from everyday use.
Industry Implications
1. Healthcare - The healthcare industry can utilize adaptive cushion systems to improve patient outcomes and reduce healthcare costs by preventing injury and the need for additional medical care.
2. Mobility Products - Mobility product companies can use smartphone-connected devices to improve user experience and differentiate themselves in the market by offering advanced customization and ease of use.
3. Artificial Intelligence - AI companies can explore opportunities in healthcare by developing predictive injury prevention algorithms based on data collected from smart medical devices such as the Kalogon Orbiter cushion system.