About this item

• ♿Base Width Adjustment for Wheelchair Access: The sit to stand lift features a foldable seat for effortless operation. By simply rotating the seat pads, the seat pad flips open, allowing patients to stand on the footplate; stand assist patient transport unit then securely locks when the seat pad is closed. The chassis legs of our lift assists are controlled by a foot pedal, making this transfer aid easy for wheelchair users to access and ensuring a compact design for maneuvering through narrow spaces.
• ♿Innovative Stand Assist Technology: The MediHoist Stand Assist Lift revolutionizes patient mobility, offering a simplified solution for transfers between beds, wheelchairs, toilets, and chairs. Designed for users with some lower limb mobility,this sit to stand standing transfer lift reduces caregiver strain and encourages patient activity, making it an ideal lift assist device for home or healthcare settings.
• ♿High-Capacity and Safe Design: Engineered to support up to 500 lbs, the MediHoist Patient Transfer Lifter is perfect for bariatric patients, ensuring fall prevention and enhanced safety for both patients and caregivers.The sturdy build of our patient transfer lifter minimizes injury risks during transfers, providing a reliable standing transfer lift solution for various care environments.
• ♿Ergonomic Comfort and Support: With an ergonomically designed knee pad and seat, the MediHoist stand assist patient lift ensures maximum comfort during use. The armrests of our transfer devices are wrapped in soft foam, offering a secure and comfortable grip that eases fatigue, making it a compassionate choice for a patient transport unit for the elderly and disabled.
• ♿Safety and Mobility Enhanced: Equipped with a brake system on its wheels, the MediHoist Standing Transfer Lift ensures stability when stationary, locking securely to safeguard against unwanted movement. When mobile, the brakes of our sit to stand patient transport units easily disengage, allowing smooth and effortless transportation across various surfaces.