In many glass processing companies, the laminating process still involves intensive manual labour. This means physically demanding tasks, a high risk of errors and a significant time investment. But it doesn't have to be that way: targeted automation provides employees with effective support.

Foil cutting is a challenge in laminated glass production. Manual cutting of the foil not only carries a high risk of injury, but is also time-consuming and costly. How to ensure reproducible quality for laminated glass? LiSEC offers an answer.

How many cutting bridges do you need for the fastest laminated glass cutting? LiSEC says two - but they have to work together in a special way. Dynamic load balancing ensures the highest possible utilisation of two sequentially arranged bridges - and thus achieves peak performance almost unmanned: up to 140 m² laminated glass cut / h in series production, and up to 75 m²/h in regular insulating glass production. How does it work?

Growing demand for better burglary and noise protection as well as new national standards such as DIN 18008 require the processing of ever larger quantities of laminated glass. To keep pace with these demands, we are introducing an innovative laminated glass cutting system that cuts more glass in less time - with less waste and fewer labour requirements. Are you ready to take your production efficiency to the next level?

The machines no longer set the pace alone. Increasing automation is expanding the sphere of influence of software-controlled intralogistics. Planning and optimization software is taking the place of a production manager who plans and tracks the route of the panes through the production. The software manages, controls, and monitors the production processes and provides ongoing status feedback. The pacemaker is the sorting buffer, which makes it possible to combine conflicting priorities in production. How does today's unmanned production work?