Fischer’s services cover the entire supply chain from planning and construction to building operation.
Its digital offers comprise building information modelling (BIM) services, digital scanning for existing structures, and automated construction via the BauBot robot. The company also integrates IoT-enabled products for efficient building monitoring.
Fischer’s BIM services include digital twins of its products, predefined smart components, and customised BIM engineering solutions like Field to BIM and BIM to Field. Through a partnership with Hemminger Ingenieurbüro GmbH & Co. KG, innovative scanning processes provide detailed geometry, material data, and surface condition information, enabling precise as-built models. These models can be compared with digital plans to identify deviations and tolerances, boosting efficiency, reducing waste, and supporting advanced robotics like the BauBot.
The fischer BauBot automates drilling, cleaning, and soon marking and fixing installation, improving efficiency while minimising physical strain and injury risks on-site. Additionally, fischer Construction Monitoring combines sensor-integrated fasteners with intuitive applications, enabling remote monitoring of fastening points and structures. This enhances safety, reduces downtime, streamlines maintenance, and extends building service life.
Moreover, fischer's FiXperience design software empowers customers to plan applications using fischer products with precision and cost efficiency. The software enables comprehensive and realistic planning of fastening points and base plates, combining the spring model with the Finite Element Method (FEM) for advanced design capabilities
Looking ahead, fischer will continue offering online and in-person training sessions. . In 2025, fischer’s in-person seminars will focus on metal construction, plumbing, heating and cooling, wood construction, solar protection applications, railings, anchorages in sealing surfaces (according to Germany’s water resources act) and post-installed rebar connections.