The Electronic Wheelchair Scale is professional medical weighing equipment designed for hospital dialysis rooms, rehabilitation departments and nursing homes. It supports three weighing modes: standing, sitting and wheelchair weighing, fully meeting the weighing demands of people with limited mobility.
Thick and stable double armrests are installed on both sides of the scale. Patients with unsteady standing or weak limbs can hold on for support, which greatly reduces risks of tipping over or falling during measurement. An integrated foldable seat is set on the platform. For elderly seniors and postoperative rehabilitants who cannot stand for a long time, they can sit comfortably to weigh when the seat is unfolded, and it will not take up platform space after folding. Integrated silent casters are mounted at the bottom, making the scale easy to push and transfer. Medical staff can move it flexibly to wards, dialysis stations and rehabilitation rooms. One scale can serve multiple areas at the same time to cut procurement costs.
The platform is covered with wear-resistant anti-slip rubber mat, matched with front and rear bidirectional ramps. Wheelchairs can roll on and off directly without turning around, even in narrow cubicles. Guard edges on both sides of the ramp prevent wheels from sliding off. The supporting smart touch display can pre-store multiple tare weights of various wheelchairs. After saving the self-weight data of manual and electric wheelchairs in advance, you can call up the tare weight with one press when weighing patients. The scale will automatically calculate the patient’s net weight, eliminating repeated empty-wheel weighing and manual calculation. It delivers stable and accurate readings and greatly improves efficiency for mass dialysis weighing.
Equipped with anti-slip platform, protective armrests, bidirectional access ramps, movable casters and intelligent tare storage function, this scale is fully developed based on real clinical scenarios. It balances safety, comfort, convenience and measuring precision, becoming an ideal solution for long-term high-frequency weighing work in all types of medical institutions.
