Functional safety of mechatronic systems in mobile machines
The functional safety of mobile machinery is crucial to ensure that a machine does not cause any dangerous situations for people, machines or the environment, even in the event of faults or malfunctions. Fluidon helps you to ensure precisely this safety – by using the latest technologies and proven development methods.
Are you faced with the challenge of designing highly complex mechatronic systems safely? We offer you solutions for reliably detecting errors using simulation, implementing safe failure scenarios and creating redundancies that minimize the risk of accidents.
Our range of services
DALL·E - A scene focused on functional safety in mobile work machines on a construction site.
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Model-based development with DSHplus: With our software DSHplus, we create precise models of the mechatronic systems of your mobile machines. These models simulate the system behavior under real-world conditions and enable a detailed analysis and optimization of the safety mechanisms – even in the early development phase.
Automated safety testing in Cube: In our cloud-based SaaS environment Cube, we conduct automated tests to ensure that the safety requirements of your systems are continuously met. With Cube, we efficiently and scalably validate compliance with standards such as ISO 13849 or IEC 61508 throughout the entire development process.
Error detection and reliability: By applying our model-based methodology, we identify potential sources of error at an early stage. At the same time, we develop failure scenarios that ensure that your machines enter a safe state in the event of a fault and that the hazard is minimized.
Your benefits
By combining our powerful software solutions with your expertise in functional safety, we help you to reliably and efficiently meet the safety requirements of your mechatronic systems. Thanks to our DSHplus and Cube tools, you can reduce development risks, optimize the safety of your machines and rely on systematic, standards-compliant validation.