High performance lift tables are valued for their ability to handle high cycle rates and operate reliably under heavy use. However, there are several important aspects that need to be considered in their design. Let's examine these using a practical example.
Classic use case of a high performance lift table
The lift table shown plays a central role in a modern conveyor system. Mounted on its platform is a customer-specific adapted, powered roller conveyor designed for transporting goods weighing up to 200 kg. The movement of goods occurs along the narrow side of the platform.
Important aspects in the use of high performance lift tables
Easy integration of sensors and actuators
Since high performance lift tables are often part of an automated system, all consumers and signaling devices are wired on a terminal strip. This facilitates easy integration into the customer-side control of the system.
Greaseable bearings for high cycle rates
Operating in two shifts with a total of 65 cycles per hour requires the use of greaseable bearings. These are crucial for maintaining functionality under demanding conditions. High cycle rates also require short lifting and lowering times, which here amount to about 10 seconds per lifting or lowering operation.
Solid construction for multi-shift operation
A robust and stable construction of the scissor lift table is essential to ensure high availability even in demanding multi-shift operations. A solid construction guarantees smooth material flow and minimizes maintenance efforts and downtime.
