SuessCo crack monitoring of historic buildings
helps to plan refurbishment measures and supports maintenance.





















High-tech sensors for digital crack monitoring of historic buildings and objects.
Historic buildings require careful monitoring. The SuessCo monitoring system offers a reliable solution for the continuous analysis of movements and crack formation in sensitive areas. With the patented magnetic field technology, potential risks can be identified at an early stage and specific remedial measures can be planned. SuessCo crack monitoring of historic buildings ensures greater safety through automatic alarms and the long-term preservation of the historic substance.
Advantages

Motion monitoring
Continuous detection of even the most minimal movements to develop maintenance strategies.

Innovation
Patented magnetic field technology for superior performance.

Flexible
Versatile use for various applications and projects.

Efficiency
Reduce on-site inspections and costs while increasing the safety and service life of your infrastructure.

Precise
Maximum accuracy in all measurements for reliable results.

Reliability
Developed for demanding environments and long-term use over many years.
What our customers say
"Previously, we inspected the bridge bearings on site. With the SuessCo 6D sensors, we always have up-to-date measured values available. That's our advantage, it saves us costs of course and it's higher quality."

Georg Gotthart
Bridge construction technician, ÖBB
Sensor installation in 4 steps

Install reference object

Install the sensor

Activate with magnet

Analyze data
Innovative solutions that convince.
Applications
FAQ
Crack monitoring of historic buildings helps to detect and analyze changes in the building fabric at an early stage. This allows potential structural risks such as crack propagation to be identified in good time and targeted renovation measures to be initiated, which supports the long-term protection of the building fabric.
The SuessCo monitoring system continuously monitors cracks and movements at critical points in historic buildings. The data is recorded digitally and analyzed in real time in order to be able to react immediately to critical changes and ensure the stability of the buildings. This data can also be used to plan maintenance appointments more efficiently.
Digital crack monitoring enables precise monitoring even in areas that are difficult to access and reduces the time and effort required for manual inspections. The detailed graphical display of data and automatic alarms in the event of changes increase safety and support the long-term protection of the building.
Contact
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