What Is a Patient Lift? A Plain-Language Guide

Last verified: October 6, 2026. A patient lift, also called a mechanical lift, patient transfer lift, or Hoyer-style lift, is a device that raises and moves a person who cannot safely stand or transfer on their own, for example from a bed to a chair, a wheelchair, a commode, or a bathtub. Instead of relying on staff or family members to carry the person’s weight, the lift does the lifting, usually with a sling that supports the person’s body. Patient lifts are a central piece of safe-handling programs in hospitals and long-term care, and they are also used in homes. This guide explains what a patient lift is, who uses one, the main types, how it differs from related equipment, and what procurement and research-administration readers should know.

What Is a Patient Lift?

A patient lift is a mechanical or powered device that supports a person’s weight while they are raised, moved, and lowered. The usual arrangement has three parts: a base or frame, a lifting mechanism with a boom or arm, and a sling or seat that goes around the person and attaches to the lifting arm with straps or clips. The lifting mechanism may be an electric motor with a hand control, a hydraulic pump operated by the caregiver, or in some designs a motor in a ceiling or overhead track.

The idea is simple: the lift takes the load. The caregiver guides the person and the equipment, positions the sling, checks the attachments, and steers, but the machine, not the caregiver’s back, carries the weight. That is why lifts are a core piece of equipment in programs that aim to reduce injuries to caregivers as well as to patients.

Why It Exists: The Problem a Patient Lift Solves

Moving a person who cannot bear weight is physically demanding. Caregivers who lift or drag patients by hand are at high risk of back and shoulder injuries, and manual handling can also injure the patient through falls, skin tears, or pulled joints. As more patients are heavier or less able to assist, and as staff shortages make it harder to have enough hands, the risk of unsafe manual handling grows.

A patient lift addresses both sides of the problem. For the patient, it offers a smoother, more controlled movement, with a sling supporting the body. For the caregiver, it replaces heavy lifting with a controlled mechanical action. Many health systems have adopted safe patient handling programs that rely on lifts and other assistive equipment as a first choice for any transfer where a person cannot bear most of their own weight.

Who Uses a Patient Lift

• Patients and residents — people who cannot stand or bear weight, or who need more help than one or two people can safely give, for reasons such as paralysis, severe weakness, obesity, advanced illness, or recovery from major surgery.
• Nurses, aides, and therapists — who use lifts for transfers, repositioning, and sometimes to help a person stand up as part of therapy.
• Long-term care staff — where many residents need help with transfers several times a day.
• Home caregivers — family members and home health aides, who may be trained to use a portable lift for a person living at home.
• Rehabilitation programs — which use lifts and overhead tracks in therapy gyms to support patients during early movement.
• Research and clinical sites — those that enroll participants with significant mobility limits may need a lift available for transfers to exam tables, scanners, or chairs.

Types of Patient Lifts

• Floor-based (mobile) lifts — a wheeled frame with a mast and boom, rolled to the bed or chair. They are the most familiar type and can be moved from room to room. They may be hydraulic (a hand pump raises the boom) or electric (a motor and a hand control). Their legs are often adjustable so the base can be widened to fit around a chair or wheelchair.
• Ceiling lifts and overhead track systems — a motor runs along a track mounted to the ceiling or a freestanding frame, so there is no floor equipment to maneuver. They take up no floor space and are convenient for a patient who is moved often, but require installation and a structure that can support them.
• Sit-to-stand lifts — support a person who can bear some weight and help them rise from a seated position, using a sling or a strap around the back and a footplate or a platform. They suit people who have some leg strength but cannot stand without help.
• Standing or raising aids — support frames and devices that assist in standing and sometimes walking. These overlap with the sit-to-stand group.
• Bath and pool lifts — made for use in a tub, a shower, or a pool, often with materials that tolerate water.
• Stair and vehicle lifts — a separate group of equipment that moves a person up stairs or into a vehicle; they are a distinct product category from the lifts described here.
• Bariatric lifts — reinforced designs with higher weight ratings and wider bases for heavier patients.

The sling is as important as the lift itself. Slings come in many designs, including full-body slings, sit-to-stand slings, hygiene slings with an opening for toileting, and slings made of different materials. The correct sling depends on the person and the task, and it must be compatible with the lift being used.

How a Patient Lift Differs from Related Equipment

• Patient lift vs. gait belt — a gait belt is a strap that gives a helper a hold on a person who can bear some weight and participate in the movement. A patient lift moves a person who cannot bear weight, and carries the load mechanically.
• Patient lift vs. hospital bed — a hospital bed adjusts height and position, which can make a transfer easier, but it does not move the person off the bed. A lift does.
• Patient lift vs. transfer board — a transfer board is a smooth board that bridges two surfaces so a person can slide across; it relies on the person’s own effort or manual help and is not a lifting device.
• Patient lift vs. slide sheet — a slide sheet reduces friction for repositioning in bed, but does not lift.
• Patient lift vs. wheelchair — a wheelchair carries a person who is seated; a lift is used to move the person into or out of the chair, bed, or commode.

Practical Relevance for Research Administration and Procurement

• Capital and recurring costs. Lifts are a capital item, and slings are a recurring purchase. Slings wear out, are sometimes assigned to one patient, and need to be laundered, so the long-term cost often exceeds the cost of the lift itself.
• Fixed vs. portable. Overhead track systems cost more up front and involve building work, but they save floor space and staff effort. Portable lifts are more flexible and are cheaper to start, but need storage space and room to maneuver.
• Compatibility. Slings and lifts from different makers are not always interchangeable, so purchasing decisions should consider the whole system. A mismatch is a safety concern.
• Weight ratings and room layout. The lift must be rated for the patients it will serve, and the room must have enough space for the lift to approach the bed, chair, or commode.
• Training and competency. Staff need to be trained and checked in using each type of lift, so purchasing usually includes a training plan. Facilities often incorporate this into a wider fall-prevention and safe-handling program; see the fall prevention program guide for context.
• Maintenance and inspection. Lifts have batteries, motors, hydraulics, and moving parts, and are generally on a scheduled inspection program. A lift that is out of service is a bottleneck for care.
• Home use. A lift for home use may be rented or bought. The decision is described in the rent vs. buy home medical equipment guide, and coverage varies by payer.
• Supply checklists. Lifts and slings feature in supply planning for long-term and rehabilitation settings, where they are usually listed alongside other transfer and mobility equipment.

The Short Version

A patient lift is a mechanical device that raises and moves a person who cannot transfer safely on their own, usually with a sling, so the machine rather than the caregiver carries the weight. Floor-based, ceiling track, sit-to-stand, bath, and bariatric types serve different needs. A lift is not the same as a gait belt, a transfer board, or a wheelchair, although it is often used with them. For institutions, the main questions are cost of slings and upkeep, compatibility, room layout, training, and maintenance.

This page offers general information only. It is not clinical or safety training. Always follow your institution’s procedures and the manufacturer’s instructions for any specific lift and sling, and use only trained staff for transfers.

Frequently Asked Questions

What is a patient lift used for?

A patient lift is used to raise and move a person who cannot stand or transfer on their own, for example from a bed to a chair or commode. It carries the person’s weight so that caregivers do not have to lift by hand.

What is a Hoyer lift?

Hoyer is a brand name that has become a common way to refer to a floor-based mobile patient lift with a sling. In everyday speech, the name is often used for any similar lift, whatever its maker.

What is the difference between a floor lift and a ceiling lift?

A floor lift is a wheeled device that is rolled to the patient and can be moved between rooms. A ceiling lift runs on a track fixed above the room, so it needs installation but has no floor equipment to maneuver and is always ready to use.

What is a sit-to-stand lift?

A sit-to-stand lift helps a person who can bear some weight to rise from a seated position, using a support around the back and a footplate or platform. It is meant for people with some leg strength, not for those who cannot support any weight.

Do patient lifts require special slings?

Yes. A lift is used with a sling, and slings come in several designs for different tasks and body types. The sling must be compatible with the lift and suit the person, and the choice is made by trained staff according to the manufacturer’s instructions.

Can a patient lift be used at home?

Yes. Portable lifts are used in homes, often rented or bought for a person being cared for there. Caregivers should be trained, and the room needs enough space for the lift to approach the bed, chair, or commode.