Hospital Overhead Hoists: 5 Common Myths Healthcare Teams Should Question

Patient transfers are part of everyday life across hospitals, rehabilitation facilities, nursing homes and residential care settings.

But selecting the right moving and handling equipment is rarely as straightforward as comparing lifting capacity and purchase price.

Estates teams need to consider the building. Procurement needs to understand whole-life requirements. Clinical teams need equipment appropriate for the individual. Facilities and engineering teams need to maintain it. And, most importantly, the people being transferred need to feel safe, supported and treated with dignity.

The Health and Safety Executive identifies poor moving and handling practice as a potential cause of musculoskeletal injuries to workers, accidents affecting both staff and the person being moved, and discomfort or loss of dignity for the person receiving care.

Overhead hoists, also known as ceiling hoists or ceiling track hoists, can form part of a healthcare organisation’s moving and handling strategy. However, several assumptions can make it difficult to determine when a ceiling-mounted system is appropriate.

Here are five common myths worth examining before the next equipment specification or capital project.

Myth 1: Mobile hoists are always the cheaper option

The reality: purchase price is only one part of the decision

Mobile patient hoists can be entirely appropriate for many environments. They provide flexibility and can be moved between locations where the space and transfer requirements permit.

An overhead hoist requires a different type of investment because the track system needs to be assessed against the building, room layout and intended transfer route.

That does not automatically make one solution cheaper than the other.

For Estates, Facilities and Procurement teams, the more useful question is:

What will this moving and handling system require throughout its working life?

That assessment could include:

• Initial equipment cost
• Installation requirements
• Available storage space
• Maintenance
• Thorough examinations
• Battery management
• Number of units required
• Room layouts
• Transfer frequency
• Staff workflow
• Expected asset life
• Future changes to the care environment

A mobile hoist may provide the right flexibility in one department, while an overhead system may better suit a frequently used transfer route elsewhere.

The correct choice should follow the needs of the people receiving care and a suitable risk assessment, rather than a blanket assumption about equipment type. HSE guidance similarly states that moving and handling equipment should be introduced following assessment and used in accordance with the individual care plan and manufacturer's instructions.

Myth 2: Ceiling hoists require fewer carers for every transfer

The reality: staffing requirements depend on the person and the transfer

It is tempting to describe ceiling hoists as a route to “single-handed care”.

In practice, healthcare organisations should be much more careful with that claim.

HSE guidance states that the number of carers required for hoisting varies according to:

• The needs of the individual
• The environment
• The specific transfer
• The equipment being used
• How the sling is applied
• The staff carrying out the task

In some circumstances one trained carer may be appropriate. In others, an assessment may determine that two or more carers are necessary.

The value of an overhead hoist is therefore not that it automatically removes a member of staff from every transfer.

Its potential advantage is that the equipment is already positioned within the transfer environment, removing the need to manoeuvre a mobile hoist into position before every use.

For operational teams, that can make workflow worth investigating, particularly in rooms where transfers are frequent.

But staffing should always follow the individual moving and handling assessment.

Myth 3: Overhead hoists are only relevant for bariatric care

The reality: safe working load is only one part of specification

Lifting capacity matters, but it should not be the sole reason for selecting a ceiling hoist.

The appropriate solution depends on the person being supported, the type of transfer, sling compatibility, room configuration and the intended frequency of use.

HSE guidance highlights several common risks associated with hoisting, including selecting the wrong sling size, using the wrong type of hoist or sling for a task, incompatible equipment and inadequate maintenance.

This means a specification should start with questions such as:

• Who will use the system?
• Which transfers need to be completed?
• Where will those transfers take place?
• What safe working load is required?
• Which sling types will be required?
• Does the transfer need to cover one position or multiple areas of a room?
• Is the room used for bathing or other wet activities?
• Will the hoist remain fixed or need to move between compatible tracks?

DDC's current overhead hoist range, for example, includes 200 kg and 275 kg versions and can be configured as a fixed or portable unit with a compatible track system. The product also has an IPX4 wet-environment rating for appropriate use in areas such as bathrooms.

Those specifications are useful only when matched against the actual clinical and environmental requirement.

Myth 4: Ceiling track systems create more problems for Estates teams

The reality: they create different Estates considerations

A ceiling hoist should never be treated simply as another piece of portable equipment.

It becomes part of the room's moving and handling infrastructure.

That means Estates and Capital Projects teams need to consider matters such as:

• Structural suitability
• Track positioning
• Transfer coverage
• Ceiling height
• Doorways and adjoining spaces
• Bathrooms and wet environments
• Access for inspection and maintenance
• Changes to room use
• Future refurbishment plans

LOLER requires lifting equipment to be of adequate strength and stability and to be positioned or installed in a way that reduces foreseeable risks. PUWER also requires equipment to be suitable for its intended use, maintained safely and appropriately inspected.

The question is therefore not whether ceiling tracks create “more work”.

The better question is whether the planned infrastructure supports the required transfers safely and efficiently throughout the room's expected use.

That makes early collaboration between clinical teams, Moving and Handling specialists, Estates, Facilities and the equipment provider particularly important.

Myth 5: Once installed, an overhead hoist largely looks after itself

The reality: installation is only the beginning of equipment management

Fixed equipment can sometimes create a false sense of permanence.

A ceiling-mounted hoist still requires appropriate inspection, maintenance, staff training and asset management.

Under LOLER, lifting equipment used to lift people is generally subject to thorough examination at least every six months unless a competent person's written examination scheme specifies an alternative interval. These examinations are separate from routine servicing and maintenance requirements.

PUWER also requires workplace equipment to be maintained in an efficient state and good repair, with adequate information and training provided to those who use or manage it.

For Facilities, Engineering and Compliance teams, that means considering:

• Equipment identification
• Safe working load markings
• Inspection records
• Sling identification and compatibility
• Planned maintenance
• Pre-use checks
• Staff training
• Fault reporting
• Availability of replacement equipment
• Responsibility for maintaining tracks and hoist units

HSE specifically advises that hoists and slings should be identifiable so staff can verify that the equipment has received the appropriate thorough examination.

Do overhead hoists support infection prevention?

They can support a more accessible floor environment, but a ceiling hoist should not be presented as an infection-control solution in itself.

Moving the hoist mechanism away from floor level can reduce floor obstruction and may make access for environmental cleaning easier. DDC identifies increased available floor space as one of the practical benefits of its overhead system.

However, effective infection prevention still depends on:

• Appropriate cleaning procedures
• Cleaning and inspection of slings
• Hand hygiene
• Correct equipment use
• Local infection prevention policies
• Staff training

The location of a hoist does not remove those responsibilities.

What should Procurement and Estates consider before specifying a hospital overhead hoist?

For healthcare decision-makers, a useful specification should look beyond the product itself.

1. Individual and clinical requirements

The equipment should be appropriate for the people likely to use it, the transfers required and the relevant moving and handling assessments.

2. Safe working load

The specified capacity should reflect realistic patient or resident requirements without assuming that one capacity is appropriate across an entire estate.

3. Room and track coverage

Teams should identify whether the requirement is for bed-to-chair transfers, bathroom transfers, repositioning or movement across a larger room.

4. Fixed versus portable configuration

Some environments may benefit from a permanent hoist unit, while others may require a detachable unit capable of operating across compatible track systems.

5. Sling compatibility

The hoist, spreader bar and sling need to form an appropriate and compatible system for the individual and task.

6. Wet-environment requirements

Where transfers involve bathrooms or other damp environments, equipment suitability and relevant ingress-protection specifications should be considered.

7. Training

Staff must receive adequate information, instruction and training in the equipment they are expected to use.

8. Inspection and maintenance

The procurement plan should establish responsibility for servicing, LOLER thorough examinations, record keeping and responding to defects.

9. Building and installation requirements

Estates teams should assess the proposed track route, supporting structure, ceiling conditions and access before installation.

10. Whole-life operational requirements

Purchase price should be considered alongside maintenance, inspection, utilisation, room requirements and expected equipment life.

Who should be involved in an overhead hoist decision?

Overhead-hoist procurement is rarely best handled by one department.

Depending on the organisation and project, the evaluation may involve:

• Estates and Facilities
• Capital Projects
• Procurement
• Moving and Handling specialists
• Nursing and clinical teams
• Health and Safety
• Occupational Therapy
• Engineering and maintenance
• Quality and compliance
• Finance
• Infection Prevention
• Frontline carers

Crucially, the people who will operate the equipment should be involved before the final specification is agreed.

Their experience can identify practical issues that may not be visible on a technical drawing, including positioning, accessibility, sling application, transfer routes and workflow.

The better question is not “mobile or overhead?”

There is no single patient-hoist configuration that is right for every ward, bedroom or healthcare organisation.

Mobile hoists have an important role. Ceiling track hoists have an important role. Some environments may require both.

The more useful approach is to establish what the person, staff and environment actually require before choosing the equipment.

For healthcare organisations evaluating overhead hoists, that means combining the individual moving and handling assessment with Estates planning, equipment compatibility, staff training, LOLER requirements and long-term maintenance.

A well-specified system begins with the transfer that needs to happen, not the product that happens to be available.