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“Digital transformation brings new ways of collaboration, along with the ability to streamline processes. It allows information to flow more efficiently,” says Eva Seidel, Chief Digital Officer – Change Business.
Digitalization is transforming the way we work, operate mobile machinery, and run factories, with a shift from hardware to software. At Bosch Rexroth, we support our customers in this transformation, aiming to increase productivity and sustainability. We transfer our expertise in dynamic and precise movement to the virtual world of software-driven automation.
Digitalization plays an important role across the entire life cycle of machines and systems, and Bosch Rexroth is your strong partner along the line – from reducing commissioning time for OEM and system integrators to minimizing downtime for end users.
SIMPLIFY YOUR ENGINEERING
The development phase is a decisive factor in reducing production efforts for machines and systems. Both OEMs and system integrators can streamline their engineering processes and significantly reduce commissioning time with our proven solutions. This increases long-term availability and shortens time to market. Get to know our solutions that support you in the engineering process.
STREAMLINE YOUR INSTALLATION
The installation and commissioning of mobile robots, machines, and systems often must be performed under significant time pressure. In this context, Rexroth offers substantial potential savings by utilizing plug-and-run modules. They can be seamlessly integrated into or combined with third-party components or systems.
MAXIMIZE YOUR PRODUCTIVITY
Seamless integration of automation technology with information technology is vital for efficiency and a booster for productivity. Discover how Bosch Rexroth is reshaping traditional boundaries, driving productivity gains with streamlined operations and reduced costs.
MAXIMIZE YOUR UPTIME
End users benefit from a permanently enhanced productivity and increased availability thanks to condition monitoring and predictive maintenance. In this way, they reliably detect wear before it leads to an unexpected standstill.