In Belgium, men are generally allowed to lift up to 25 kg and women up to 15 kg at work, but these are guidelines, not absolute limits. The actual limit depends on several factors, such as posture, frequency, distance, and the employee’s physical condition. In this article, we answer the most frequently asked questions about safe lifting at work, the Belgian lifting standard, and how to prevent back pain.
What does Belgian law say about lifting weights?
Belgian law does not set absolute maximum weights for manual handling, but it does require employers to assess and mitigate the risks associated with heavy lifting. The Code on Well-being at Work requires employers to conduct a risk assessment for every task involving the manual handling of loads by employees. Common guidelines are 25 kg for men and 15 kg for women.
In practical terms, this means that if these guideline values are exceeded, an employer must take technical or organizational measures, such as using lifting aids or adjusting work methods. The legislation is therefore not only focused on the maximum weight you are allowed to carry yourself, but on managing the overall risk associated with manual handling. Employers who fail to do so risk penalties during a labor inspection.
Does it make a difference whether you're a man or a woman when it comes to lifting?
Yes, the Belgian guidelines for lifting at work make a distinction based on gender: the guideline for men is 25 kg, and for women, 15 kg. This difference is based on average physiological differences in muscle strength and skeletal structure between men and women.
However, these guidelines are not fixed rules that apply to everyone. Age, physical condition, training background, and specific working conditions all play a role. In some situations, a young, fit woman can safely lift more than the guideline suggests, while an older man with back problems would be better off staying well below the 25-kg limit. The guidelines are therefore a starting point for risk assessment, not an end point.
What factors determine whether a load is too heavy to lift?
Whether a load is too heavy to lift depends not only on the weight itself, but on a combination of factors that together determine the lifting risk. Even a 10-kg load can be too heavy under the wrong conditions, while 20 kg may be manageable under ideal conditions.
The most important factors are:
- Weight of the load: The heavier it is, the greater the strain on the spine and muscles.
- Lifting frequency: Repeated lifting, even of light loads, adds up and increases the risk of back problems.
- Lifting height and distance: Lifting from the ground or above shoulder height is more strenuous than lifting at waist height. The farther the load is from the body, the greater the leverage on the back.
- Shape and grip: An irregular, slippery, or large load is harder to handle than a compact object with good grips.
- Work environment: Confined spaces, slippery floors, extreme temperatures, or vibrations increase the risk.
- Employee's physical condition: Fatigue, existing back problems, or a lack of physical fitness increase the risk of injury.
A thorough risk assessment takes all these factors into account and considers the total physical strain over an entire workday, not just the weight of a single load.
What are the consequences of lifting heavy loads in the workplace?
Lifting heavy loads in the workplace leads to musculoskeletal disorders in the short or long term, with back pain being the most common. Back pain caused by lifting is one of the leading causes of absenteeism in the industrial and logistics sectors.
The consequences for the employee range from acute muscle pain and sprains to chronic herniated discs, degeneration of the intervertebral discs, and long-term disability. In addition to the back, the shoulders, knees, and wrists are also vulnerable to injury from improper lifting or lifting heavy loads.
The consequences for employers should not be underestimated either. Higher absenteeism due to illness, lower productivity, an increased risk of workplace accidents, and potential liability in the event of a labor inspection are all immediate risks. Investing in ergonomic work practices as a preventive measure is therefore economically sound: fewer absences due to back problems caused by lifting result in a more stable and productive workplace.
When is a lifting aid required or recommended?
The use of a lifting aid is mandatory when a risk assessment shows that manual handling cannot be performed safely within the legal framework. In practice, the use of a lifting aid is strongly recommended whenever loads exceed the guideline values, the lifting frequency is high, or ergonomic conditions are unfavorable.
Typical situations in which a lifting aid is necessary or strongly recommended:
- Loads weighing more than 25 kg (men) or 15 kg (women) that are lifted on a regular basis
- Lifting at difficult heights, such as from the ground or above shoulder height
- Repetitive lifting over extended periods
- Irregular or unwieldy loads, such as sheets, drums, or rolls
- Employees with a higher-risk profile, such as older adults or those with pre-existing conditions
Depending on the application, a variety of solutions are available, ranging from vacuum lifters and hoists for sheets and boxes to mobile lifters for pallets and heavy loads. Using the right equipment not only reduces the risk of lifting injuries but also increases efficiency on the job site.
How do you lift properly to prevent back pain?
Lifting correctly to prevent back pain means minimizing the strain on the spine by optimizing posture, technique, and environmental factors. The basic principles of ergonomic lifting are easy to learn and make a big difference in the long run.
Follow these steps for safe lifting:
- Estimate the load: Check the weight before lifting. Ask for help or use a lifting aid if the load is too heavy.
- Stand firmly: Place your feet shoulder-width apart next to the load and ensure you have a stable base.
- Bend your knees, not your back: Squat down by bending your knees and keep your back straight. Use the strength of your leg muscles, not your back.
- Keep the load close to your body: The closer the load is to your torso, the less strain is placed on your spine.
- Don’t twist your back: If you need to turn around, do so by moving your feet, not by rotating your torso while holding a load.
- Lift smoothly and with control: Avoid jerks or sudden movements. Lift slowly and set the load down carefully.
In addition to using the proper technique, it is also important to take regular breaks when performing repetitive lifting tasks and to set up your workstation ergonomically. Lifting at waist height is always preferable to lifting from the ground or above shoulder height. Also review the guidelines for each type of material to understand which situations require extra attention.
How Logitrans Handling Helps Ensure Safe Lifting at Work
At Logitrans Handling, we understand that ergonomic lifting goes beyond just proper technique. When loads exceed the recommended limits or working conditions increase the risk, we offer concrete, customized solutions. Our approach is practical and fully tailored to your specific work situation.
- Free workplace analysis: Our specialists will analyze your work environment and identify lifting risks in the workplace.
- Wide product range: From vacuum lifters and mobile lifters to pallet trucks and pulling aids, we have the right solution for every lifting application.
- Demonstration area in Drongen: You can test our lifting solutions with your own materials to ensure that the system you choose is right for your needs.
- Training and support: Upon installation or delivery, we can provide training upon request to ensure that your employees know how to use the device correctly right away.
- Maintenance Contracts: We ensure that your material handling equipment remains in top condition to ensure maximum safety and business continuity.
Would you like to know which lifting solution is best suited to your work environment? Feel free to contact us for a no-obligation consultation or a free workstation analysis.
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