Lift tables are available in many sizes, capacities, and lifting heights to suit a wide range of industrial applications. During the selection process, there are 5–6 main questions that help determine the base model, along with several secondary considerations to properly equip the lift table for the specific application.
Lifting Height
Lift tables are often used as ergonomic work positioners, in automated production lines, and to service multiple levels. Select the amount of vertical travel that best suits the application, as standard hydraulic scissor lift tables range from 2’ up to 15’ of vertical travel.
Generally, the greater the required travel distance, the higher the cost of the lift table.
Capacities
Determine the maximum weight to be positioned on the lift table platform. Some users choose to include a capacity “buffer” for future requirements or changing workloads.
Common lift table capacities range from 1,000 lbs. to 40,000 lbs. as standard. As capacity increases, overall system cost typically increases as well.
Platform
Select the platform size that best suits the application. Lift table platform sizes are available for single pallet handling applications up to large adjustable height work platforms designed to accommodate multiple operators working safely on at elevated heights.
Depending on the application, platforms can include:
- Rotating tops
- Tilt tops
- Checker plate decks
- Guard rails
- Interlocked access gates
Installation
Lift tables can be installed in several configurations depending on application requirements:
- Installed directly on the floor surface, with the platform raised above floor level
- Recessed pit installation, where the platform in its lowered position is flush with the finished floor surface
- Portable applications, designed for mobility and flexible use across work areas
Each installation type requires specific design features. For example:
- Pit-installed units may include bevelled toe guards or electric toe sensors
- Portable units may include floor locks, lockable casters, or push bars
Power Requirements / Controls
Most lift tables operate using an electro-hydraulic system, where an electric motor powers a hydraulic pump to raise the platform.
Hydraulic power units are available for a wide range of incoming power supplies and are typically offered with various horsepower ratings. Higher horsepower generally results in faster lifting speeds and is typically available in 3-phase power configurations.
Common control options include:
- Handheld push-button pendants
- Guarded foot pedals
- Coil cord push-button Hand Held Pendants
- Wall-mounted control panels
Summary
Lift tables are available in a wide range of sizes, lifting heights, and capacities. A clear understanding of the application is essential in selecting the right hydraulic scissor lift table for safe, efficient, and ergonomic operation.
Contact Pentalift for More Information
For assistance selecting the right lift table for your application, please contact the Pentalift Sales Department. Our experienced team can help determine the most suitable lift table solution based on your requirements.