Construction systems - Import export

The wastewater in the sewers is an ideal source of energy when combined with heat pumps and cooling machines, for heating and cooling of buildings. Per our experience, the minimal requirements for such a plant include: a wastewater flow of approx.. 10 l/s a wastewater temperature level of about 10°C a power requirement from 100kW (for heating and cooling from ca. 50kW). During the course of conveying wastewater to the sewage treatment plant, there are many possibilities for exploiting thermal energy. Wastewater can also be used many times over consecutively as energy source. Despite new inflows, or the confluence into larger canals, but also through heat influx from cooling systems, the change in temperature of the wastewater is mostly marginal. Innovative cities have ready energy guidelines (energy plans), based on which you can orient yourself to find out whether there is a suitable wastewater canal in your near vicinity (maximally approx. at a distance of 200 m).

Watch movements are among the most complex, most precise and most elaborate mechanical objects that can be produced. Since the development of the first rotary transfer machine for watch components in 1953, Imoberdorf has always pursued the goal of constructing systems that set new benchmarks with regard to productivity, flexibility and precision - and that are compact in construction and design at the same time. This enables boards, crowns and other watch parts to be manufactured with high precision, flexibility and in large quantities. Your quality standard is our trademark.

A safety lock opens up a world where technical precision is combined with intelligent design – and if need be, electronics – in a very small space in such a way that unauthorised opening is extremely difficult if not impossible. In terms of precision, productivity and flexibility, Imoberdorf rotary transfer systems are constructed so they can manufacture components for door locks in large quantities with extreme precision and short cycle times. The keyword is precision.