Expectations are at the beginning of every project. During a proof of concept (PoC) with mobile robots, ideas and expectations arise among all stakeholders about how the project should run. Managing these expectations is therefore important to get all stakeholders on board and create motivation for

Mobile robots in logistics are used for various use cases. Among other things, they are used in picking, box transport, or workplace cleaning. Consequently, the optimal robot solution depends on the choice of the process to be automated. In this article, you will learn how to get from your selected

Mobile robots are used in many areas of Logistics 4.0. In intralogistics, mobile robots efficiently and autonomously move goods from A to B, pick products according to an order and thus relieve employees of repetitive and physically demanding tasks. At the beginning of their Robot Automation Journey

Timing is a key element in project management. During the execution of a proof of concept (PoC), an initial on-site pre-test with mobile robots, a timeline can support you in finding the right flow. If it is designed effectively it enables successful time management and thus an optimal timing of the

The integration of automated guided vehicles (AGV) and autonomous mobile robots (AMR) in warehouses is a significant automation project for logistics or production companies. These companies profit by the optimal use of mobile robots can create flexible and highly efficient logistics processes. Thi

How do we successfully implement a mobile robot in our company? Can we test a mobile robot in the company in advance? What changes in the warehouse when we integrate robots? How do we make the performance of the robots measurable? We were asked these and many more questions by several companies duri