In practice, an ergonomic lifting solution is a tool that takes over or alleviates physically demanding work for an employee, without compromising work speed or flexibility. The right solution is closely tailored to the specific task, the materials being handled, and the physical environment of the workplace. The questions below will help you understand, step by step, how such a solution is selected, set up, and maintained.
What tasks make a workplace ergonomically risky?
A workplace poses ergonomic risks when employees regularly lift, rotate, or move heavy loads while in awkward positions. Examples include repeatedly bending over to remove boxes from a pallet, tilting barrels, moving heavy sheets, or stacking bags. When these tasks are repeated daily, the risk of back pain, muscle injuries, and long-term sick leave increases significantly.
The most common risk factors are:
- Lifting weights above the recommended limit for repeated manual lifting
- Working with the torso bent or twisted
- Loads that are difficult to grip, such as rolls, drums, or irregularly shaped objects
- Workstations without height adjustment, meaning work is always performed at a single fixed height
- High work frequency with no rest periods between lifting movements
The risk increases as the combination of weight, frequency, and posture becomes more unfavorable. A box-handling workstation where employees bend over hundreds of times a day is at least as risky as a workstation where very heavy loads are lifted only occasionally.
What types of lifting solutions are available for industrial applications?
For industrial applications, there are several types of ergonomic lifting solutions, each designed for a different type of load or work operation. The main categories are vacuum lifters, mobile lifters, pallet trucks, pallet inverters electric tugs. Which category is most suitable depends on the material, weight, frequency of use, and available space.
An overview of the most commonly used lifting aids in the industry:
- Vacuum lifters: ideal for smooth, flat surfaces such as sheets, glass, or cardboard boxes
- Mobile lifts: versatile for lifting and moving a wide variety of loads
- Pallet trucks: for moving pallets horizontally on the shop floor
- Pallet tilters: for changing pallets or accessing the top layer of a stack
- Electric Tugs: for pulling or pushing heavy vehicles or transport equipment
In addition to these individual devices, there are also complete product solutions that combine multiple operations into a single workstation, such as rail systems equipped with a vacuum lifter or hoist.
How is the right lifting solution determined for a workstation?
The right ergonomic lifting solution for a workstation is determined by a thorough analysis of the work task itself: what load is being lifted, how heavy is that load, how often is the task repeated, and in what space does it take place? Only after all these factors have been identified can an effective solution be selected.
A job analysis typically involves the following steps:
- Make an inventory of all lifting operations and their corresponding weights
- Assess the work environment: height, available space, floor type, and obstacles
- Analyze the frequency and rhythm of the actions
- Determine which body parts are under the most strain
- Compare solutions based on ease of use, speed, and security
A workstation analysis prevents the selection of a solution that works technically but is cumbersome in practice. A lifting aid that takes more time to use than it saves will quickly be set aside by employees, leaving the ergonomic problem unresolved.
What is the difference between a vacuum lifter and a mobile lifter?
The main difference between a vacuum lifter and a mobile lifter lies in the way the load is held and moved. A vacuum lifter uses negative pressure to suction the load and is specifically suited for smooth, non-porous surfaces. A mobile lifter uses a mechanical or electric lifting mechanism and is more versatile for loads with a variety of shapes and surfaces.
When should you choose a vacuum lifter?
A vacuum lifter is the ideal choice for handling sheets, glass, cardboard boxes, or other loads with smooth surfaces. It operates quickly and accurately, making it particularly well-suited for workstations with a high handling frequency. Porous or wet surfaces, such as bags containing powder or wet products, are less suitable for vacuum technology.
When should you choose a mobile lift?
A mobile lifter offers greater flexibility when the loads to be handled vary in shape, weight, or surface texture. Mobile lifters are also suitable for workstations where the load must not only be lifted but also rotated or positioned. They are easy to move, making them useful in workplaces where lifting operations take place at different locations.
When is a semi-automatic lifting solution a good choice?
A semi-automatic lifting solution is useful when lifting tasks are so frequent or physically demanding that a manual aid does not provide sufficient relief, but a fully automated system is too costly or too inflexible. Semi-automation takes over the repetitive, heavy part of the work while the employee retains control over the process.
Typical situations in which semi-automation offers added value:
- Pallets must be completely moved or tilted several times an hour
- Employees frequently switch workstations, which makes it difficult to maintain consistent ergonomics
- The production line operates in multiple shifts, causing physical strain to accumulate throughout the day
- A combination of lifting operations is required, which can be performed more efficiently using a single integrated system
In pallet handling, for example, semi-automatic systems such as palletizers or tilters can significantly reduce the time required for certain tasks while also drastically reducing the strain on employees’ backs.
How does a lifting solution remain safe and operational after installation?
A lifting solution remains safe and operational after installation through a combination of regular preventive maintenance, proper user training, and periodic inspection of wear parts. An ergonomic aid that is not properly maintained not only loses its efficiency but can also pose a safety risk to the user.
The most important steps after installation are:
- Preventive maintenance: scheduled inspections of mechanical and electrical components before problems arise
- User Training: Employees learn how to operate the device correctly and safely
- Periodic inspection: visual and technical inspection of lifting and attachment points, hoses, suction cups, or electrical systems
- Rapid response to malfunctions: access to technical support to minimize downtime
A maintenance contract provides structure for this process and ensures that inspections are not skipped during busy periods. More information about maintenance and post-installation service will help you understand which arrangements make sense for your situation.
How Logitrans Handling Helps with Ergonomic Lifting Solutions
Logitrans Handling supports companies from the initial analysis through to the day-to-day operation of their lifting solution. We always operate on the principle that an ergonomic lifting device solves a problem without creating new ones: less physical strain on employees, greater efficiency for the company.
Here's what we offer, specifically:
- Free workstation analysis: We assess the ergonomic risks at your workstation and provide recommendations based on your specific situation
- Wide range of products: from vacuum lifters and mobile lifters to pallet trucks, tilting devices, and semi-automatic systems for every application
- Demonstration Space in Drongen: Test the lifting solution with your own materials before you decide
- Training during installation: We ensure that your employees use the device correctly and safely right away
- Maintenance Contracts: for preventive and proactive maintenance to ensure your system remains safe and operational
Would you like to know which ergonomic lifting solution is best suited for your workstation? Contact us for a no-obligation consultation or a free workstation analysis.
Related Articles
- How much effort does an employee still have to exert when using a lifting aid?
- Does a lifting aid still work if the boxes aren't all the same size?
- Does a vacuum lift really work for all box sizes?
- How much time do I really save by using a lifting aid instead of lifting by hand?
- Can I receive a grant for ergonomic equipment in Belgium?
