Surveying of insurance damage

In many projects insurance companies have the problem that the building to be insured is either not completely documented or was documented a long time ago, so that the available data is out of date. 3D laser scanning is an efficient way to detect the current condition of the building and all its details. The 3D data is particularly useful for insurance companies when it comes to the following tasks: Assessment of property value Surveying the inventory in 3D Calculation of areas In fact the 3D data is of particular importance in the case of damage. A new survey of the damaged object can be carried out and by using software, the condition before and after the damage can be compared and visualised directly. The amount of damage can be quantified much more precisely in comparison to a quantification without the use of 3D data.

Due to many successful projects we possess a wealth of experience in this field. In the following a selection of applications: special machinery, textile industry, automotive industry, aviation industry, special equipment manufacturing, packaging industry, power and drive technology, machine and plant engineering as well as shipping industry.

Zoller + Fröhlich has developed the Z+F PROFILER® 9012 and the Z+F PROFILER® 9020 laser scanners for mobile mapping applications, which can be flexibly integrated into the mobile mapping systems of almost all MMS providers. Railway applications on vehicle (train, etc.) and trolley platform Light space applications, for the inventory of tunnel tubes (railway and road), vegetation, signs and safety corridors Road applications (MMS) for road maintenance, traffic infrastructure detection, and general object acquisition Because of the high data capture rate, Z+F laser scanners operate accurately even from mobile platforms, at speeds of up to 120 km/h (approx. 75mph).

Z+F 3D phase based laser scanners enable a detailed condition and damage assessment. Due to the high sampling rate as well as a range resolution of less than 1mm and a measurement accuracy of millimetres, even the most delicate structures and details can be documented. The surveyed status, damage, structures and details are stored in a database which allows the reconstruction of the complete object or parts of the object at any given time in the future.