Unlike large machines, intralogistics vehicles and machines often have only a single human-machine interface, on which all information must be displayed in a consolidated manner while also integrating central control functions.
Machine manufacturers therefore need powerful and flexibly programmable HMI solutions that enable them to implement these functions—while also being able to communicate with the warehouse management system.
Four building blocks that can be used to implement order-picking vehicles, forklifts, and AGVs.
Integration of optional buttons and control panels available upon request.
Standardized and semi-automated workflows (Polarion).
High-performance HMI systems also enable the integration of 360-degree assistance systems, such as Our Birdview, or integration with personnel recognition systems for even greater safety. Intralogistics has always been one of the industries with a comparatively high number of workplace accidents, mostly caused by collisions between warehouse workers and vehicles. Human-machine interfaces with flexibly optimizable CPU platforms such as ours GSt-A Series give manufacturers of forklifts, automated guided vehicles, and other order-picking and material-handling vehicles the freedom to decide for themselves which assistance features should be integrated directly into the HMI.
At the same time, control functions can be integrated into the HMI that, for example, prevent the conveyor system from becoming overloaded or adjust speeds in storage zones, thereby further enhancing safety.
In intralogistics, every second counts. Systems must run smoothly, processes must mesh seamlessly, and new requirements must be implemented quickly.
That's exactly why we develop solutions.
With the graf syteco Value System We quickly turn hardware and software ideas into working applications:
High modularity.
High connectivity.
High flexibility.
And all of this is of high quality.
Whether it's material handling, automated guided vehicles, warehouse technology, or networked machines and systems: Our platforms can be flexibly adapted to a variety of tasks, interfaces, and system environments.
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