The sustainable management of existing structures requires more than a one-off inspection or technical study. Owners of buildings, infrastructure, and industrial assets need reliable data, in-depth analyses, and substantiated maintenance strategies to maximize the lifespan of their structures.
Therefore, Sanacon brings together specialized expertise within a single ecosystem. Through Medexon, BETON+, Sanacon, and DIMCOST, we guide structures throughout their entire lifecycle. From inspection and data collection to technical research and engineering, as well as asset management and investment planning.
Medexon supports owners, managers, and engineering firms in inspecting, documenting, and digitizing existing structures. Using advanced inspection technologies, we collect reliable and objective data that forms the basis for further analysis, engineering, and asset management. This allows you to quickly gain insight into the actual condition of your assets, even in hard-to-reach or high-risk locations.
With drone inspections, Medexon quickly, safely, and in detail captures hard-to-reach structures. Bridges, facades, chimneys, silos, roofs, and industrial installations can be inspected without scaffolding, aerial work platforms, or traffic disruption. The collected images form an objective basis for further analysis, damage assessment, and technical decision-making.
Medexon deploys specialized indoor drones for enclosed spaces and hard-to-reach locations. This allows inspections to be safely carried out in tanks, ducts, pipes, tunnels, sewers, technical rooms, and industrial installations without exposing employees to risks. As a result, inspections are performed more efficiently, safely, and often at a lower cost.
Using advanced reality capture techniques, Medexon converts inspection data into accurate 3D models and digital twins. These digital representations provide owners and managers with a complete and up-to-date picture of their structures and infrastructure. The models support inspections, damage follow-up, renovation projects, engineering studies, and asset management throughout the entire lifecycle of a structure.
BETON+ collects the data needed to correctly assess structures. Using specialized measurement and research techniques, we support engineering studies, renovation projects, and damage investigations with objective and reliable data.
BETON+ investigates the quality, composition, and degradation of concrete and other building materials. Based on sampling, laboratory research, and specialized analyses, insight is gained into the current condition of a structure.
Using advanced measuring equipment, BETON+ locates reinforcement, prestressing cables, pipes, and other internal elements without damaging the structure. This forms an important basis for renovation, repair, and stability studies.
Core drilling, tensile tests, compression tests, and other testing techniques provide crucial information about the actual material properties of a structure. These results support further engineering and decision-making.
Sanacon translates inspection data and research results into technical insights and concrete solutions. By combining expertise in existing structures with scientific substantiation, we help owners make informed decisions regarding maintenance, repair, and renovation.
A correct solution starts with a correct diagnosis. Sanacon investigates the causes of damage, degradation, and performance loss in concrete, steel, timber, and masonry structures.
Based on calculations, modeling, and checks, Sanacon assesses the safety, load-bearing capacity, and residual capacity of existing structures. This creates an objective basis for renovation, repurposing, or reinforcement.
Sanacon develops technically sound repair strategies aimed at maximizing service life and optimizing the use of maintenance budgets. Technical, economic, and operational constraints are taken into account in this process.
DIMCOST converts inspection data, research results, and degradation models into actionable insights for asset owners. This enables maintenance measures to be objectively prioritized and budgets to be deployed strategically.
DIMCOST centralizes inspection data, damage patterns, and technical information in a single platform. This creates a clear overview of the current condition of individual assets or entire portfolios.
Advanced models predict the likelihood of degradation and damage development in the future. This allows risks to be identified and managed in a timely manner.
DIMCOST supports asset owners in developing maintenance plans, investment scenarios, and multi-year budget forecasts. In this way, technical decisions are linked to strategic objectives.
