Lifting columns (also known as telescopic pillars actuators or telescopic lifting columns) are a smart solution to implement a lifting function in industrial equipment. They are quiet, robust and powerful, and have an attractive design and satisfy the most demanding requirements.
In addition to these individual lifting column modules, we provide LIFTKIT lifting system for robots' seventh axis applications.
We offer a range of different telescopic lifting columns, in addition to various control units and operating switches. We also offer a customised lifting columns service which has enabled us to provide unique, client-specific solutions for a number of technical projects.
Lifting columns product range
CPMA
- Push load up to 2 kN
- Dynamic offset load up to 250 Nm
- Max. linear speed up to 15 mm/s
- Built-in universal power supply with soft start and stop control
CPMB
- Push load up to 2 kN
- Dynamic offset load up to 250 Nm
- Max. linear speed up to 15 mm/s
- Built-in universal power supply with soft start and stop control
CPMC
- Push load up to 4 kN
- Dynamic offset load up to 3 000 Nm
- Max. linear speed up to 25 mm/s
- High offset load capacity
CPMT
- Push load up to 6kN and pull up to 4 kN
- Dynamic offset load up to 1 400 Nm
- Max. linear speed up to 34 mm/s
- Low retracted height and high stroke range
TFG
- Push and pull load up to 2,5 kN
- Dynamic offset load up to 500 Nm
- Max. linear speed up to 15 mm/s
- Pull load capacity with fast movement
THG
- Push load up to 2 kN
- Dynamic offset load up to 1 000 Nm
- Max. linear speed up to 15 mm/s
- Slim and compact design
TLC
- Push and pull load up to 4 kN
- Dynamic offset load up to 2100 Nm
- Max. linear speed up to 11 mm/s
- Plug and play AC version
TLG
- Push load up to 4 kN
- Dynamic offset load up to 2800 Nm
- Max. linear speed up to 33 mm/s
- Rigid and stable, 2 or 3 sections
TLT
- Push load up to 5 kN
- Dynamic offset load up to 1 000 Nm
- Max. linear speed up to 42 mm/s
- Very small built-in size
TXG
- Push load up to 1,5 kN
- Dynamic offset load up to 210 Nm
- Max. linear speed up to 17 mm/s
- Aesthetic design with rounded shape
FRE
- Guiding aluminum tube system
- 2 or 3 sections available
- 7 square sections available
- Universal hollow guiding system
CPSM
- Max dynamic force 5 kN
- Max linear speed 100 mm/s
- High stiffness and high eccentric load
- Optional brake and dampening system
Control units for linear actuators
- Fitted with a 110 or 230 V AC or 24 V DC power supply
- 2, 3, 5 or 6 output channels 24 V DC, max. 18A, 30A for DC input
- Up to 3 control gear connections
- Rechargeable battery or removable rechargeable battery and wall charging station optional
Operating switches
- Up to 10 console switches
- DIN7, FCC or HD15 connectors
- Up to IP67
- Display for stored functions available as an option
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Frequently asked questions
Lifting columns are mechanical devices designed to raise and lower objects or loads efficiently and safely. These columns are commonly used in various industrial and automated applications, such as height-adjustable desks, worktables, and medical equipment. Thanks to their flexibility and ease of use, lifting columns have become a valuable solution to enhance ergonomics and increase productivity across different industries.
When selecting the right lifting column, it is essential to consider some important factors. It is necessary to: assess the maximum weight of the load the column will be lifting, making sure it has adequate capacity; consider the physical dimensions and compatibility with the desired application; and check the technical specifications, such as lifting speed and maximum stroke, to ensure that they meet the needs of the project. Finally, check the build quality, materials used, and reliability of the lifting column manufacturer to ensure safe and durable operation.
Lifting columns differ mainly into electric and hydraulic, offering more precise control and greater load capacity, respectively. Two-stage and three-stage variants allow a wider vertical travel for specific applications. Choosing the ideal lifting column depends on specific speed, capacity and design requirements to achieve the most suitable lifting solution.
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