
In this context of digital revolution, fischer, world leader in fastening systems, in cooperation with the Viennese start-up BauBot, specializing in mobile automation solutions that recently joined the group, has developed a fastening robot of the same name. The BauBot robot has been gradually launched in Germany, Austria and the Netherlands since 2023. Building on these first convincing experiences, fischer is introducing the BauBot on the French market at the end of 2024, a solution that promises to transform the construction sector.
The BauBot fastening robot (Bau for construction, Bot for robot) is designed to optimise productivity by minimising the time spent on repetitive tasks and reducing the risk of human error. This robot, combined with a digital construction model, guarantees exceptional precision in drilling and anchoring on large construction sites. It provides unique support to construction workers in the field. This fully automated super assistant, which performs the workload of 5 men, takes care of marking the drill holes, drilling, cleaning and installing fischer fastening solutions in floors, ceilings and walls. Thanks to precise drilling and careful installation of the anchors at the location defined by the BIM model, errors are excluded.
Additional costs and delays in project planning are eliminated. The use of BauBot on construction sites also represents a major advance in safety and well-being, reducing the risk of accidents, stress factors related to delays and thanks to an integrated drilling dust extraction system, it contributes to a clean working environment.
BauBot marks the beginning of a new era for the construction industry. By integrating cutting-edge technologies and addressing contemporary challenges such as profitability, safety and labour shortages, it offers a promising glimpse into the future of the sector, more efficient, safer, healthier.
BauBot: the robot that automates drilling and fastening tasks in construction
With its execution capacity, the BauBot carries out fastening tasks with unmatched speed, precision and consistency (with a tolerance of +/-1 mm). It takes care of marking drill holes, drilling, cleaning as well as installing fischer fastening solutions in floors, ceilings and walls.
The BauBot weighs 1,2 tonnes, is 90 cm wide and works 5 times faster than a construction worker.
BauBot's exceptional technical skills
The BauBot moves autonomously on two robust tracks. It has a 3,1 m long pivoting arm and can reach a height of 5 m. This arm allows it to carry out drilling and anchoring work on the floor, wall or ceiling with a 360° radius, covering a working area of 30m2 from a stationary position. The overall accuracy of the anchor location is +/- 1 mm. With its tracks, it overcomes possible obstacles and once it arrives at the workplace, four telescopic feet stabilize the horizontality of the base and secure its position. Thanks to this self-leveling function, the robot can always align itself and carry out its work even on uneven terrain. The BauBot is protected against dust and water and has an IP65 rating, so it can also work outdoors in the rain.
When working, it can be equipped with a fastener magazine containing up to about 150 pieces. It works until the operator fills its container. First it drills a hole, vacuums it, then inserts studs, dowels, bulbs, etc. This cycle lasts about half a minute.
- Increased productivity through automation of work processes.
- High precision with a tolerance of +/-1 mm.
- Clean and safe environment thanks to automatic cleaning of drilling debris.
- Complete documentation in the BIM model.
- 360° working range allows drilling at any angle and fixing anchors to ceilings, walls and floors.
- Capable of reaching a height of over 5 m.
- Capable of drilling holes from 6 to 18 mm in diameter.
- Applicable fasteners: studs, e.g. FAZII, hammer-in anchors, e.g. EAII, chemical ampoules such as RSB with threaded rod, etc.
- Baubot operates in single or three-phase or on battery.
Floor, wall or ceiling, versatility of application
The BauBot is adaptable for various applications, including building services equipment, racks, rails, and many others. It supports a diverse range of fastening solutions (studs, plugs, bulbs, etc.), providing unmatched flexibility on construction sites.
Fischer 360° Service
fischer offers a complete service, from the creation of the BIM model to the final documentation, with 24/7 support. Engineers and specialists provide expert support at every stage. To ensure safety during operation, the robot is constantly monitored and supervised by a fischer operator.
The fischer 360° complete service offers an integrated approach to optimize every stage of construction projects.
Safe use with BIM
All process parameters and each step are documented and stored in the BIM (Building Information Modeling) model. This eliminates the need for manual documentation. A 3D scan can be carried out by fischer teams when digital data does not exist. The information obtained is then used to create a BIM model. The precise detection of all structures and obstacles ensures that the robot moves autonomously without complications.
To ensure that all specifications are transferred and safety is guaranteed, the selected fischer fastening products are entered (load guarantors). The combination of the BIM model and this data creates the BauBot's working database. On this basis, the complete process sequence of the robot, from the platform path to the movement of the robot arm, is simulated. During construction, the BauBot drills all planned drilling points autonomously, precisely and quickly. The position, diameter and depth of the drill holes are defined in the BIM model. The change of drill bits between different diameters and in the event of wear is fully automated, as is the cleaning of the drill holes.
The BauBot documents its operations. All drilling and setting data is recorded using its integrated force and torque sensors, so that detailed documentation of all installation parameters is available. This data is stored in the BIM model for traceability. An integrated video camera also documents the process flow.
BauBot: a competitive advantage for the construction sector
Optimizing productivity, reducing errors and delays on large construction sites
The BauBot has many benefits that make its integration beneficial and essential for the success of modern projects. It not only streamlines the fastening process, but also significantly reduces errors, delays and costly downtime often associated with manual methods.
The BauBot software’s comprehensive simulation of upstream operations minimizes budget overruns, ensuring smoother project management. Its measurement tools and positioning technologies enable efficient implementation of architectural plans. Thanks to its intelligent algorithm, the robot adapts to different construction site configurations while ensuring a consistently high level of quality. This automation frees workers from these repetitive and laborious tasks, allowing them to focus on more strategic aspects of the construction site and significantly reduce the time spent on the field.
By ensuring maximum precision when installing anchors, the BauBot helps to improve the overall quality of the work carried out, which also extends the durability of the infrastructure.
Improving worker safety and well-being
By delegating potentially dangerous manual tasks, such as drilling at high heights or lifting heavy loads, the robot reduces the risk of workplace accidents. In addition, thanks to its integrated monitoring system, the BauBot can detect dangerous conditions in real time and alert workers with notifications, ensuring a safer working environment. With this continuous monitoring system and real-time reporting, site managers can identify risk points and adapt safety procedures accordingly. In addition, thanks to its advanced detection systems, the BauBot can navigate autonomously on the construction site, avoiding the risk of collisions with other equipment or people. Its LiDAR sensors create a safety zone around it, preventing any unauthorized intrusion into its work area.
This level of automation is not just about physical security; it promotes peace of mind and thus provides a more peaceful working environment for all employees.
Active reinforcement on construction sites, an alternative to the shortage of qualified workers
Faced with the growing shortage of skilled labor in the construction sector, the BauBot represents a strategic response. By automating essential tasks, this robot allows companies to compensate for the lack of qualified personnel while maintaining a high level of productivity. In these conditions, the BauBot positions itself as a crucial support for teams. Contrary to the idea that automation could replace workers, the BauBot is designed to work in synergy with teams. This allows to take advantage of the strengths of each party: the precision and speed of the robot complement the analytical and creative skills of workers. This collaboration generates a more dynamic work environment where employees can focus on tasks requiring specific know-how, while benefiting from the assistance of a device capable of performing recurring and tedious tasks.
By integrating this tool, companies can deploy their teams more strategically.
Towards increased sustainability
By optimizing the use of materials, reducing waste generated during construction, the BauBot contributes to more responsible construction by ensuring that each resource is used efficiently. Its precise operation minimizes the amount of materials needed and thus reduces the carbon footprint of projects. In addition, the BauBot is designed to be energy efficient, integrating perfectly into industry initiatives aimed at reducing the ecological impact of construction operations.
Economic impact
The implementation of BauBot also brings significant economic benefits to construction companies. By reducing costs related to human errors, delays and waste, this tool helps to optimize the profit margins of projects. The speed of execution and precision of BauBot reduce the total duration of construction sites, allowing companies to complete more projects in a given period. This increased efficiency promotes better profitability, but also strengthens the competitive position of companies in the market.