Repositioning a care recipient is one of the most physically demanding tasks in nursing and home care. Moving a patient up in bed, turning them to relieve pressure, or transferring them from a bed to a chair all require caregivers to bend, twist, and lift — and repeated strain takes a real toll on the body. Two families of equipment have been developed to make patient handling safer and easier: hug moving devices and lateral transfer devices. Although both are used in patient handling, they work on very different principles and suit different situations. This article compares the two so you can choose the right tool for your care setting.
What is hug moving?
Hug moving is a patient transfer and mobility assistance device that supports a care recipient from the front and guides them through a natural standing and transfer motion. Instead of lifting the body with a sling, a hug moving device lets the user keep their feet on the floor, lean forward naturally, and rise into a supported standing position before being moved to a chair, toilet, or bed. Because nothing has to be attached to the body, setup is quick, and the user stays engaged in the movement rather than being passively lifted. For caregivers, this means far less bending and lifting during sit-to-stand transfers and short-distance moves, which is why many facilities now choose a
patient lift for routine mobility support.
What are lateral transfer devices?
Lateral transfer devices are designed for a different task: sliding a patient sideways across a surface. Common examples include transfer boards, draw sheets, and air-assisted lateral transfer mattresses. A transfer board bridges the gap between a bed and a stretcher so a patient can be slid across without being lifted. An air-assisted mattress inflates a thin layer of air beneath the patient, dramatically reducing friction so one or two caregivers can glide the patient sideways with much less effort. These devices are most useful when a patient is lying down and cannot bear weight — for example, moving from a bed to a stretcher, or repositioning a bedridden patient to prevent pressure injuries.
Key differences at a glance
- Direction of movement: hug moving assists sit-to-stand and standing transfers, while lateral transfer devices handle horizontal sliding while the patient is lying down.
- User capability: hug moving works best for people who can bear some weight and follow instructions; lateral transfer devices suit fully dependent patients.
- Caregiver effort: hug moving reduces strain during standing transfers, while air-assisted lateral transfer devices can cut the pull force caregivers need by up to 80–90%.
- Setup time: hug moving needs no sling or harness; air-assisted mattresses require a blower to be connected.
- Space: hug moving needs floor space to maneuver; lateral transfer devices work in tight spaces.
- Dignity and comfort: hug moving keeps the user standing and engaged; lateral transfer keeps the patient lying flat.
When to choose hug moving
- The person can bear some weight and follow simple instructions.
- The task is a sit-to-stand transfer, such as from bed to chair or chair to toilet.
- You want to reduce back strain during standing transfers.
- Quick, sling-free setup matters in a busy routine — a patient transfer lift can be ready in moments.
When to choose lateral transfer devices
- The person is bedridden or cannot bear weight.
- The task is a bed-to-stretcher transfer.
- You need to reposition a patient in bed to prevent pressure injuries.
- Space is too tight for a standing transfer.
Can they work together?
In many facilities, the two approaches are complementary rather than competing. A hug moving device handles sit-to-stand and standing transfers, while lateral transfer devices handle horizontal moves for bedridden patients. Building a care plan that includes both lets caregivers match the tool to the task and to the person, which is the safest and most efficient way to work.
Hug moving and lateral transfer devices solve different halves of the same problem. Hug moving supports natural standing transfers with less caregiver strain and more user dignity, while lateral transfer devices make horizontal sliding safe and easy for patients who cannot bear weight. For most care settings, the right answer is not one or the other but a thoughtful mix of both. If you are evaluating
patient lifts for home use or for a facility, consider the mobility level of the people you care for, the space you have, and the tasks you perform most often — then choose the tool that fits each one.
