Vacuum liftingtools
A vacuum lifter is a lifting device that grips loads using suction cups and vacuum technology. Instead of hooks, chains, or clamps, vacuum technology is used to safely lift and position large, often fragile or difficult-to-handle products.
Main advantage compared to conventional lifting devices: faster, more ergonomic, and safer work with less risk of product damage.
Applications of vacuum lift :
Vacuum lifters are used in many sectors and for a variety of materials and applications.
1. Roof and facade installation
Special panel lifters have been developed for the installation of sandwich panels and trapezoidal sheets on roofs and facades. Designed for:
- Long, heavy panels
- Indoor and Outdoor conditions (wind, rain, temperature)
- Horizontal and vertical installation
They provide safe handling at height and increase the installation speed.
2. Glass and Façade Construction
In glass and façade applications, glass vacuum lifters are used with:
- Multiple suction plates for even pressure distribution
- Tilt and swivel functions for precise positioning
- High safety standards due to the fragile and heavy nature of glass
These systems provide maximum control when installing panes, glass façades, and façade elements.
3. Sheet Material (Steel, Aluminum, Plastic)
In workshops and production environments, vacuum lifters are used for:
- Steel and aluminum sheets
- Plastic and composite sheets
- Loading of cutting tables, laser cutting machines, punching machines, and bending presses
The focus here is on speed, repetitive work, and ergonomics. Vacuum lifting reduces physical strain and increases productivity.
4. Prefabricated concrete and stone elements
For prefabricated concrete elements and smoothly finished stony products, heavier vacuum lifters are used. Important here:
- Sufficient lifting capacity
- Suitable suction plates for rough or porous surfaces
- Robust construction for industrial use
This allows large elements to be safely moved without mechanical clamps.
5. Wood and panels
Vacuum lifters are also very suitable for wooden sheet materials (e.g., plywood, OSB, sandwich constructions) and interior panels, among other things for:
- Large sheets that are difficult to lift by hand
- Serial production and furniture manufacturing
- Time pressure and high ergonomic requirements
Vacuum technology allows faster work with a lower risk of damage.
6. Custom solutions up to 60-ton capacity
If you cannot find what you are looking for in our standard portfolio, we are happy to assist you with our years of expertise and develop a special handling solution for your application.
Whether it involves heavy loads up to 60 tons, highly customized dimensions, special materials, or other challenges, we have already helped many satisfied customers solve their specific handling tasks with tailor-made products. For example, for lifting and handling bags, canisters, and pipes.
Product choice: which vacuum lifter for your application?
Not every vacuum lifter is suitable for every situation. Important selection criteria are:
1. Weight and dimensions of the load
The lifter is tailored to: Maximum weight of the load - Length, width, and thickness of the load - Center of gravity and stability during lifting .
This ensures that there is always a sufficient safety margin relative to the WLL.
2. Surface and material
The surface largely determines whether vacuum lifting is possible The choice of suction pads and seals is tailored to the material.:
- Smooth, dense material (glass, coated panels, steel sheet): very suitable
- Lightly structured or coated surfaces: usually feasible with appropriate suction pads
- Porous or very rough materials: only suitable with specially developed systems
3. Indoor or outdoor use, and environmental conditions
For outdoor use on construction sites, different requirements apply than in a factory hall. Therefore, robust, weather-resistant systems with high safety requirements are used for roof and facade projects:
- Weather resistance (rain, sun, temperature)
- Wind load on large panels
- Protection of components against dust, dirt, and impact
4. Power supply and integration
Depending on the work environment, choices can be made for:
- Battery-powered vacuum lifters (flexible, ideal on construction sites)
- Mains-powered systems (230/400 V) in production environments
- Systems that are directly connected to a crane, overhead crane, forklift, or other lifting device(s)
The vacuum lifter is adapted to the existing lifting equipment and power supply.
5. Frequency of Use and Ergonomics
For intensive use, higher requirements apply to:
- Durability and ease of maintenance
- Operation (ergonomic handles, logical controls)
- Additional features such as tilting, rotating, or fine adjustment
The higher the frequency of use, the more important these factors become.
6. Safety, Reliability, and Maintenance
When working with lifting equipment, safety is central. Important aspects include:
- Double protections and check valves in the vacuum system
- Clear visual and/or acoustic warnings in case of vacuum loss or low battery voltage
- Compliance with relevant standards and guidelines
- Options for periodic inspection, maintenance, and service
This ensures that vacuum lifters remain safe to use in both the short and long term.
Professional customized advice:
Optimize your lifting operations with the powerful vacuum lifting equipment from Mennens! At Mennens, we understand that every industry has unique needs. That is why we offer a comprehensive range of vacuum lifters, perfectly tailored to various industrial applications. Our range includes different capacities and sizes, so you are guaranteed to find the ideal vacuum lifter that meets your requirements.
Do you want more information or need help with your choice? Then contact us.
Our staff are ready to assist you with professional customized advice. With their extensive knowledge and experience in lifting technologies, they guide you through the selection process and ensure that you find the perfect vacuum lifter for your project.
