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Lift transfer chairs are not mobility aids and do not meet the requirements for autonomous propulsion: • Rear wheel design • Handwheels (only found in wheelchairs) • Central center of gravity layout Therefore, the vast majority of lift transfer chairs are not suitable for user self-propelled movement.

Patient Fall Risk The most common risks stem from: • Unlocked casters • Unstable seating posture • Inaccurate transfer position • Sudden movement during use • Unfastened seatbelt If a patient tilts or slides during lifting, they may fall from the patient lifter, resulting in serious injury.

In a lift transfer chair, the hydraulic system is a mechanical system that uses fluid pressure to achieve smooth lifting. If the lift transfer chair cannot adjust its height, it cannot achieve "barrier-free, low-risk" transfers.

Most lift transfer chairs on the market have a nominal load-bearing capacity of: ✔ 100KG or ✔ 120KG or ✔ 150KG They typically won't be lower than 100KG or higher than 150KG.

Lift transfer chairs are not suitable for long-term use as wheelchairs. Reasons: • Not suitable for prolonged sitting • Wheels not suitable for long-distance movement • Insufficient stability • No self-propelled function • Insufficient comfort

No. From a structural, safety, design purpose, and ergonomic perspective, sleeping in a lift transfer chair is neither recommended nor permitted. The correct uses of a lift transfer chair are: ✔ Safe transfer ✔ Short-term sitting ✔ Assisted movement ✔ Improved care efficiency

In most cases, an electric lift transfer chair is very suitable for the elderly. It not only significantly reduces the risks of movement for the elderly but also makes it easier and safer for caregivers to complete transfers.

A lift transfer chair is a professional assistive mobile device designed specifically for people with limited mobility, the elderly, people with disabilities, post-operative patients, and those requiring nursing assistance.

Yes, a lift transfer chair falls under the category of medical devices, and it must comply with relevant medical device standards or regulatory requirements in different countries and regions.

Hydraulic lift transfer chairs use a hydraulic cylinder as the power core, achieving lifting and lowering through pressure changes in the hydraulic system. Manual chairs typically use a mechanical structure for lifting and lowering. They do not rely on hydraulic or pneumatic pressure, but instead use human power to drive the mechanical structure to raise or lower the seat.