Lift tables Manufacturers online

Lift tables are used to move loads safely, ergonomically and efficiently to different heights and are therefore one of the central means of conveying and lifting in industry, logistics, trade and production.

They facilitate work processes, prevent strain on the musculoskeletal system and increase productivity. The variety of designs and drive systems makes lift tables particularly flexible work equipment that can be adapted precisely to specific operating processes.

Below you will find the functionality and types of lift tables, their use and their advantages:

How lift tables work:

The basic task of a lift table is to move a platform vertically in order to raise loads to the desired working height.
The lifting process is carried out by a mechanical system controlled by various drives.

Important functional principles:

1. Mechanical lifting systems:
   Scissor mechanisms are most commonly used, which raise or lower the platform by expanding or contracting.
2. Hydraulic drive systems:
   In most industrial models, a hydraulic power unit provides the lifting.
   The lifting movement is controlled by building up pressure in hydraulic cylinders.
3. Electric or pneumatic drives:
   Alternatively, electric motors or compressed air systems drive the lifting mechanism.
4. Stable guide and frame elements:
   They ensure safe, tilt-stable vertical movement even with heavy loads.

The lift table therefore enables precise, controlled height adjustments, which make transport, assembly and order picking processes considerably easier.

Types of lift tables:

Lift tables exist in numerous designs that differ in terms of mechanics, load capacity, lifting height, mobility and area of application.
The most important types are

1. Hydraulic scissor lift tables:
   The most widely used type. One or more scissor mechanisms are moved by hydraulic pressure.
   These lift tables are extremely robust, can carry heavy loads and are suitable for stationary applications such as loading and unloading machines or conveyor technology.
2. Electrohydraulic lift tables:
   A modern variant in which an electric motor drives the hydraulic pump.
   They offer precise control, high efficiency and are suitable for frequent use in continuous industrial operation.
3. Pneumatic lift tables:
   These models use compressed air instead of hydraulics. They are used in chemical or sensitive production areas where hydraulic fluids are undesirable.
4. Double-scissor and triple-scissor lift tables:
   For high lifting heights - for example to reach galleries, platforms or high workstations - several scissors are arranged one above the other.
   This enables long lifting distances to be achieved with a small footprint.
5. Low-profile or U-shaped scissor lift tables:
   These particularly flat designs allow pallets to be loaded without a pit or ramp.
   U-shaped models even allow a hand pallet truck to be driven into the interior.
6. Mobile lift tables / lift trucks with lift table:
   Here, the lifting function is combined with a chassis.
   Mobile lift tables are often used as ergonomic transport aids that also serve as work tables.
7. Lift tables with roller conveyors or conveyor technology:
   For production and logistics lines, lift tables are combined with roller or belt conveyors to automatically transport loads between levels.
8. Special lifting tables:
   These include stainless steel lift tables for the food industry, lift tables for hazardous areas, customized platform geometries or models with swivel and tilt functions.

Use of lift tables:

Lift tables are used in a variety of industrial and commercial areas because they make work processes safer and more ergonomic. The main applications include

1. Lifting and lowering loads in storage areas:
For example, as an aid in palletizing and order picking.

2. Assembly workstations:
To raise workpieces to an ergonomic height.

3. Machine loading:
For example on presses, CNC machines or packaging systems.

4. Loading and unloading transport vehicles:
If no loading ramps are available.

5. Integration into production lines:
To connect different height levels with each other.

6. Workshops and workshops:
Where heavy components need to be lifted.

7. Medical and laboratory facilities:
Where precise height adjustment is required.

In short: Lift tables are used wherever loads should not or must not be lifted manually.

Advantages of lift tables:

• Lift tables offer economic, ergonomic and safety benefits:
• Ergonomic relief. They prevent unhealthy lifting and bending movements. Employees can work at an optimum working height, which reduces back and joint damage.
• Increased productivity: Ergonomic workflows reduce fatigue and make processes faster and more consistent. Error and reject rates are reduced.
• More safety in operation: Lift tables reduce the risk of accidents as loads are moved in a controlled manner. Mechanical or electronic safety devices supplement this protection.
• Versatility: Thanks to the wide range of models - stationary, mobile, low-profile or high-height - lift tables can be optimally adapted to almost any process.
• High load capacity and stability: Industrial lift tables can safely lift several tons. The robust design ensures a long service life.
• Seamless integration into existing systems: They can be connected to roller conveyors, sensors or control systems and function as part of automated systems.
• Space-saving design: Modern scissor lift tables offer long lifting distances with a compact footprint.

Lift tables make work processes easier, protect the health of employees and make a significant contribution to increasing efficiency. Thanks to the variety of available designs and drive systems, a suitable solution can be found for almost any application - from compact mobile lift trucks to large heavy-duty lift tables.
Their robust design, reliability and flexibility make lift tables a long-term and economical investment for ergonomic and safe workplaces.

Here you will find an overview of the most important points to consider when purchasing lift tables:

Purchasing lift tables is a demanding task that goes far beyond simply selecting a lifting device. Lift tables influence work processes, safety, ergonomics, productivity and maintenance costs. Incorrectly designed models can lead to breakdowns, accidents or inefficient processes. Professional purchasing therefore takes into account technical performance data, safety requirements, standards, ergonomic factors, material quality, maintenance access and long-term availability. The following points provide comprehensive guidance for expert, economical and safe procurement.

• The maximum load capacity is the core criterion. It is not only the weight of the load that is decisive, but also its distribution. Point loads or asymmetrical load centers can place a heavy load on the mechanics.
• For continuous industrial applications, a safety reserve should be planned so that the lift table does not reach its performance limits even under full load.
• The lifting range must match the application. A low overall height is crucial for pallet handling so that the lift table can be loaded without a pit.
• Large lifting heights are often required for assembly processes, which is why double scissor or triple scissor models come into consideration.
• Purchasing clarifies the required range in collaboration with production management.
• Scissor lift tables are standard, but not the only option. Pneumatic models are suitable for air-only areas, electro-hydraulic versions are particularly precise, and mobile lift tables offer flexibility.
• The number of scissors also influences stability and lifting height. The mechanism must match the working environment and load profile.
• Hydraulic systems are powerful, but require careful maintenance and high-quality seals.
• Electrohydraulic systems enable smooth, controlled movements.
• Pneumatic models are used in sensitive or oil-free industries.
• Purchasing should clarify which energy supply is available and economical in the company.
• Platform dimensions must match the load size and provide sufficient safety clearance.
• Stability is determined by the frame construction, material thickness, guide elements and scissor geometry.
• Torsional rigidity is essential, especially for large platforms.
• The purchasing department must ensure that the lift table is not prone to tipping during operation.
• Lift tables are subject to strict safety standards, such as EN 1570.
• Professional procurement therefore includes safety features such as overload valves, crush protection bars, mechanical safety bolts, emergency stops, anti-slip devices on the platform and locking devices.
• Only models with full CE conformity and a documented risk assessment are permitted.
• A major advantage of lift tables is the ergonomic relief for employees. This is why operating concepts are important: foot switches, manual controls or radio remote controls.
• Smooth starting and braking processes improve work safety and prevent damage. Height markings or memory positions make recurring processes easier.
• Standard models are made of painted steel, but stainless steel constructions are indispensable for the food, pharmaceutical or chemical industries.
• Purchasing must pay attention to corrosion-resistant surfaces, robust bearing points and durable hydraulic lines.
• High-quality materials avoid expensive repairs and significantly extend the service life.
• Lift tables require regular inspections. Models with easily accessible hydraulic units, lubrication points and easy component replacement are significantly more economical.
• Purchasing should check whether the supplier guarantees long-term availability of spare parts and technical support, ideally including documentation and maintenance plans.
• Lift tables are often integrated into conveyor systems or assembly lines. It is therefore important to check whether they are compatible with roller conveyors, sensors or PLC controls.
• The question of whether a stationary or mobile solution makes sense should also be clarified at an early stage.
• Hygienic design is important for food and pharmaceuticals, and special safety requirements for EX zones. In many sectors, CE, EN standards, ISO certificates and, where applicable, ATEX markings are required.
• Purchasing should request the relevant certificates before concluding a contract.
• Lift tables are heavy equipment that must be transported properly. Safe shipping packaging, clear delivery times, handling specifications and, if applicable, assembly or commissioning services from the manufacturer are important.
• A professional purchasing department compares total delivery costs, not just the unit price.
• The acquisition costs only make up part of the total cost. Energy consumption, maintenance, spare parts, downtimes and service life are also cost-relevant.
• High-quality models are often more expensive, but pay for themselves through reliability and lower operating costs.

Purchasing lift tables requires technical understanding, process knowledge and the ability to weigh up safety and ergonomic aspects. A professional approach takes into account load capacity, lifting mechanism, stability, material quality, standards and integration capability into existing systems. Equally important are ease of use, ease of maintenance and the long-term availability of spare parts. Only through a careful, holistic assessment can lift tables be selected that work safely, economically and reliably over the long term. They therefore make a significant contribution to process optimization, occupational safety and increased efficiency in the company.

Lift tables can be purchased from various suppliers. Comprehensive information about manufacturers and suppliers of Lift tables from all over the world can be found on Exportpages.