Heavy lifting is not always just about weight.
A load may be manageable on a clear, level floor but become considerably more difficult when stairs, restricted access, awkward positioning or repeated handling are involved. In these situations, the way a load needs to be moved can be just as important as how much it weighs.
That is where mechanical lifting aids can make a significant difference.
The Health and Safety Executive (HSE) advises employers to avoid hazardous manual handling where reasonably practicable and consider whether processes can be mechanised. Where manual handling cannot be avoided, employers should assess the risks and reduce them as far as reasonably practicable.
For engineering, maintenance and infrastructure teams, the right lifting equipment can reduce the physical demands placed on employees while giving them greater control over heavy or awkward equipment.
But where do mechanical lifting aids make the biggest difference?
- Moving Heavy Equipment Up and Down Stairs
Stairs can quickly turn an otherwise straightforward handling task into a much more challenging one.
The operator needs to manage not only the weight of the load but also changes in height, restricted movement and the potential for the load to become unstable. HSE guidance specifically identifies steps, stairs and steep slopes as factors to consider when assessing carrying tasks and recommends considering mechanical solutions to reduce manual carrying.
A powered stairclimber can help reduce the need to physically carry heavy equipment between levels.
The Ninja Electric Powered Stairclimber, for example, is designed to transport loads of up to 170kg and can operate on steep and spiral staircases. It also offers single-step and continuous-step modes, allowing the operator to adapt how the equipment moves depending on the staircase and task.
This can be particularly useful when moving equipment such as batteries between floors, where conventional trolleys or lifters may not be suitable for the complete route.
- Handling Heavy Batteries
Battery handling presents several challenges at once.
Batteries can be heavy, difficult to grip and awkward to manoeuvre, while installation and maintenance work can require them to be moved into very specific positions.
The challenge is therefore not simply getting the battery from one location to another. Teams may need to:
- remove batteries from an existing installation
- transport them through a site
- negotiate changes in floor level
- raise them to the required installation height
- position them accurately within a cabinet or system
ACES supplies mechanical lifting aids and specially adapted equipment for battery handling as part of its work supporting critical infrastructure.
Combining a lifter with an appropriate battery end effector can help create a handling solution suited to the load itself. Rather than expecting an operator to manually support and position a heavy battery, the equipment can assist with the lifting and control required throughout the task.
This is where selecting the right attachment becomes just as important as choosing the lifter.
- Working in Restricted or Confined Areas
Not every heavy item is moved around a large warehouse with plenty of space.
Plant rooms, telecommunications sites, server rooms and other engineering environments can have narrow access routes, equipment positioned close together and very little room to manoeuvre.
These constraints should form part of the manual handling risk assessment. HSE guidance highlights cramped working areas, posture, carrying distance and the characteristics of the load among the factors that should be considered.
Compact lifting equipment can be particularly valuable in these environments.
The Hercules Mobile Lifter has a lifting capacity of up to 120kg and a standard lifting height of 1100mm. Its double swivel front wheels provide 360-degree manoeuvrability, helping operators position loads where space is limited.
Being able to mechanically lift and manoeuvre equipment within a restricted area can reduce the need for employees to adopt awkward positions simply to move a load into place.
And that distinction matters. Manual handling risk is not determined by weight alone. How the load is held, how far it must be moved and the posture required to complete the task can all affect the level of risk.
- Lifting Equipment to Height
Moving something across a floor is one challenge. Raising it into its final position is another.
Installation and maintenance tasks may involve moving heavy equipment from floor level into cabinets, racks or other elevated positions. Without appropriate equipment, this can create situations where workers need to lift while reaching or working at an uncomfortable height.
HSE guidance recommends considering changes that reduce the need to lift loads from floor level or above shoulder height where hazardous manual handling cannot be avoided.
Mechanical lifters can provide more controlled vertical movement.
Where additional lifting height is required, our Zeus Portable Lifter offers an alternative to the Hercules, with a maximum lifting height of 1600mm. The Zeus can also be used with bespoke end effectors and accessories to suit different handling requirements.
This ability to both raise and position a load can be particularly useful where equipment must be installed accurately rather than simply transported from A to B.
- Repetitive Handling Tasks
A load does not necessarily need to be exceptionally heavy for a handling task to become a concern.
Repetitive movement can also contribute to musculoskeletal problems, particularly where employees regularly handle loads in awkward positions. HSE guidance notes that repeated handling of smaller loads can contribute to injury over time.
That means businesses should look beyond occasional heavy lifts when reviewing their manual handling processes.
Consider tasks that happen every day or every week.
Could a load be moved using equipment instead of being repeatedly carried? Could a lifter keep items at a more suitable working height? Could an attachment make the load easier to control?
Removing even one regular manual handling task from a process can reduce the cumulative physical demands placed on employees.
The Right End Effector Can Change the Task
One of the biggest advantages of mechanical lifting equipment is that the lifter itself does not necessarily have to dictate what can be handled.
An end effector is an attachment designed to interface with a particular load or application. ACES currently offers multipurpose, battery, air circuit breaker (ACB), portable air conditioner (PAC22) and hi-lift end effectors, alongside bespoke options for specialist requirements.
This allows the lifting system to be adapted around the equipment being moved.
For unusual, difficult-to-grip or specialist components, that can make a considerable difference. Instead of relying on employees to compensate for the shape of the load with additional manual effort, the lifting solution can be configured to suit the task.
Mechanical Lifting Aids Should Be Part of the Risk Assessment
Mechanical equipment should not simply be introduced because a load appears heavy.
The starting point should always be the task itself.
Consider:
- What is being moved?
- How heavy and awkward is the load?
- How often is the task completed?
- What route does it need to travel?
- Are stairs or changes in level involved?
- Is access restricted?
- How high does the load need to be lifted?
- How accurately does it need to be positioned?
- Is the current method relying on two or more people simply because no mechanical solution is available?
From there, businesses can determine whether the existing method remains appropriate or whether the task could be redesigned or mechanically assisted.
Training remains important too. HSE guidance makes clear that training alone does not make an unsafe manual handling process safe. Employers should first make the operation as safe as reasonably practicable, with training supporting the measures already in place.
Finding the Right Lifting Solution
Mechanical lifting aids can make the greatest difference where the task involves more than simply picking something up. Stairs, awkward loads, restricted access, repetitive tasks and precise positioning can all increase the demands placed on the person carrying out the work.
ACES supplies mechanical lifting aids for engineering and industrial environments, including solutions for batteries, switchgear, portable air-conditioning units and other heavy or awkward components. Bespoke end effectors can also be developed where a standard attachment does not suit the application.
If you are reviewing a manual handling task and are unsure which lifting solution would be most appropriate, speak to the ACES team about the load, environment and handling requirements involved.
