Anyone who has special window shapes such as slanted, triangular, or trapezoidal windows is familiar with the problem: standard roller shutters are unsuitable for these geometries. This is exactly where Schanz Rollladensysteme comes in. The company offers tailor-made solutions that not only fit perfectly in terms of appearance, but also impress in terms of functionality. At the Heim und Handwerk trade fair in Munich, we spoke to Daniel Götz about the special features of these innovative roller shutter systems.
A particular highlight of Schanz roller shutter systems is the counterweight technology—a technique that makes it possible to install roller shutters on slanted windows. While conventional roller shutters typically run from top to bottom, a completely different principle is used here: the roller shutter moves from bottom to top to adapt to the shape of the window. The origins of this technology date back around 40 years, when company founder Schanz Senior realized that there were no suitable shading solutions for windows with special shapes. So he began to develop a method that would allow even windows with unusual architecture to be shaded safely and effectively. The solution: the widest horizontal line of the window—i.e., the lower frame—is used as the basis for guiding the roller shutter upwards from there. This technique not only ensures a perfect fit, but also improves the thermal insulation and energy efficiency of buildings.
Schanz offers various control options that can be individually adapted to suit your needs and comfort requirements. Whereas in the past many roller shutters were operated by hand crank, today almost all models are equipped with electric motors. 99% of all Schanz roller shutters installed today are fully automatic and can be controlled by wall switch or remote control. Unlike other manufacturers, however, Schanz does not rely on solar energy, but on classic electric motors that ensure reliable and low-maintenance operation. The radio control system is particularly popular, as it allows the roller shutters to be conveniently controlled at the touch of a button or even via a smart home system. For example, timers can be programmed to open and close the roller shutters automatically depending on the time of day or the position of the sun.
Schanz Rollladensysteme operates not only regionally but also internationally. The company originally comes from the greater Stuttgart area, but now supplies all of Germany, Austria, and Switzerland. By focusing on customized solutions, Schanz has established itself as a leading provider in this niche market. Although the market for such special solutions is smaller than for standard roller shutters, there is constant demand. Homeowners with modern architecture or listed buildings in particular benefit from the customization of these roller shutters. The systems are ideal for dormers, conservatories, or narrow, high windows, which are often difficult to cover with conventional solutions.
Custom-made products come at a price – but they also offer a durable and efficient solution. The cost of a Schanz roller shutter system depends on various factors, including size, design, and additional control options. For smaller systems, prices start at around €1,500 including installation. Depending on the window size and additional requirements, the cost can rise to between €3,000 and €4,000 per system. When comparing this to standard roller shutters, which are often cheaper, it is important to remember that conventional solutions are not even an option for many special window shapes.
cInvesting in a custom-made roller shutter system is therefore worthwhile not only for aesthetic reasons, but also in terms of energy efficiency, thermal insulation, and living comfort. If you have a dormer, a skylight, or a window with an unusual shape, Schanz Rollladensysteme has the perfect solution for you. With innovative technologies, decades of experience, and an individualized consulting approach, Schanz ensures that even challenging window shapes can be optimally protected and shaded.