RSS

The LiSEC Rack Shuttle System with hybrid glass storage combines the advantages of mobile glass racks with a large loading volume with the flexibility of a Rack Shuttle System. It enables uninterrupted reloading, ideal for applications with high throughput, short cycle times and a small variety of glass types. This ensures efficient and trouble-free operation.

How is the Rack Shuttle System designed?

The Rack Shuttle System consists of dedicated compartment rack storage systems for the glass racks and a reloading position.

How does LiSEC RSS work?

As soon as an order is entered into the control system of the glass cutting system, the glass transport shuttle brings the required glass pack to the unloading point. The mobile glass rack is removed from the compartment rack storage system and transported to the unloading station. The required number of raw glass sheets is removed there.

The glass rack is then either transported automatically back into the storage system or temporarily stored at an available unloading station.

 If a glass pack has been completely used, the glass rack can be brought to the loading station, where the system operator can reload it without interrupting operation. This achieves maximum output with minimum downtime. After loading, the glass pack is stored in the compartment rack storage system again.

Who is the Rack Shuttle System suitable for?

The Rack Shuttle System is designed for glass processing companies with a small number of glass types but high throughput.

What advantages does the system offer?

The Rack Shuttle System combines high storage capacity with short access times and enables efficient supply of glass cutting lines where there is a small variety of glass types. Uninterrupted reloading allows glass racks to be reloaded during ongoing operation, minimising downtime and maximising system availability. The compact design reduces the space required in the storage area, while flexible configuration enables optimum adaptation to individual production requirements. This ensures high throughput and cost-effective material flow.