What you can see at the glasstec 2010

At this year's glasstec we will present our new generation of devices, the
4-circuit vacuum systems for glazing work on construction sites within the EU.

These new vacuum lifters achieve higher device security with a lower number of suction cups. The EU safety standard EN13155 requires that in the event of failure of a vacuum circuit, the remaining vacuum circuits must hold the nominal load with 2-fold safety.
The number of failing suction cups can be reduced through division into four vacuum circuits, so that less suction cups are required than in traditional 2-circuit vacuum lifting devices.

Furthermore, we will present the KOMBI 7441-DS from our wide range of equipment, with which is possible to turn up to 1800 kg heavy panes by motor and swivel hydraulically.
The large number of possible suction cup configurations makes this unit extremely versatile.

We will present the proven 2-circuit vacuum lifting device KOMBI 7211-DS3, with its unique
latching mechanism for easy tilting of heavy loads, as a modern four-cycle vacuum lifting device, with which you can now move up to 1200 kg with a reduced number of suction cups.

And we will also display a four-circuit vacuum lifting device, the KOMBI 7411-DSG5. This new technology can make a difference, especially with curved glass panes.

New items in the Pannkoke program are our lifting trolleys, that can lift your loads to heights of more than 4 m, yet are easy to hold and can even be transported in a van. Additionally to the lifting trolleys we can offer the suitable Pannkoke-2-circuit vacuum lifting devices for your work, with all their benefits.

The two-circuit technology is now also available for in-house vacuum lifting devices for insulated glass and window production, providing many new features. Together with light cranes or swivelling cranes, these vacuum lifting devices boost your production and improve safety.

Our 7225-MDS4/E is of particular interest, since safety in production should also be a key topic in your establishment. Many safety features have been integrated into this device to avoid accidents at work. The device design is based on accident evaluations of a large glass processor, with which an answer was found for nearly every accident risk. The special features when moving three-fold insulation glass were also taken into account.