![]() ![]() There are numerous industrial applications where the assembly process is mainly performed by human operators due to the fact that: a) operations require a human like sensitivity, b) handled materials are different and often show a compliant, unpredictable behaviour (upholstery, rubber, fabric etc.) c) often more than one operators are active in each station to perform cooperative or parallel operations. We’re looking forward to hearing from you!Ĭredits: Photo by Tommy Halfter ( Summary: Today’s European industry faces the challenge to achieve flexibility and efficiency in order to improve its competitive position in the world market. You can also use the checklists, posters, and other material to be optimally prepared for all the important steps of your Robot Automation Journey.įeel free to contact us with any questions or suggestions. Download the manual for free and start your Robot Automation Journey. More information about PoC with mobile robots can be found in the Robot Operations Framework. Start your proof of concept with mobile robots now Communicate not only the successes but also talk about any problems that arise and how you solved them. Remain transparent and explain why the tested robot is being integrated or why another PoC is suddenly being conducted with a robot. Therefore, include top-level management, warehouse management, and store floor employees in your communication strategy. The results of the PoC evaluation are of interest to diverse stakeholders. If the PoC runs according to plan, you can establish it as a best practice and promote upcoming robot projects to your stakeholders. This allows the performance of the robot to be evaluated in a meaningful way. You can ask yourself the questions: Did the robot perform as you expected? Did it perform solidly enough to convince all the decision-makers? To make informed decisions after conducting the PoC, look at the previously defined goals and use the metrics as a basis for decision-making. In the end, what matters is whether you decide to go with the mobile robot or keep looking for a more suitable solution. The intelligent software uses artificial intelligence (AI) to automatically find optimization potential. You can perform health checks on the robots and schedule their actions. For example, you can see how many jobs your robot performed in a day and how long a single job took. ![]() WAKU Platform, the tool for monitoring and controlling your mobile robots, gives you a real-time overview of your KPIs. In addition, it should have the function of easily creating reports, which you can use as a basis for decision-making when communicating with management. Accordingly, a basic requirement is that this is easy to understand and intuitive to use. This will show you the key performance indicators in a dashboard. The best way to do this is to use a suitable software tool. Once you have defined relevant KPIs for the PoC, you need to measure them continuously and track the degree of fulfillment. WAKU Robotics' robot experts can assist you in choosing or optimizing the process to be automated. Robot integration is an iterative process in which optimization potential is uncovered and adjustments take place. The current process, defined for execution by human workers, may need to be adapted for robotic operation. There is, arguably, optimization potential to be identified in terms of process design. However, this does not mean that the robot as a whole is unsuitable for your use case. It may happen that the operational KPIs do not meet your expectations. The duration of the loading process, for example, is a KPI for assessing the quality of the robot. Potential KPIs on the operational level is, for example, picks per hour when picking goods, or the number of transports per hour when transporting. You can differentiate the KPIs into operational KPIs and robot KPIs. Based on the key performance indicators, you can convince management to give the green light for the further implementation of automation and thus for the optimization of your warehouse. Performance Indicators) that are significant for the use case, the company, and the management. To measure the success of the PoC, you need to define KPIs (key performance indicators) in advance. Learn in this article how to define their KPIs and use them successfully for your evaluation. After the test phase, an evaluation of the results is therefore required to determine the success of the project. In particular, whether the robot is suitable for the selected use case. The proof of concept (PoC), an initial, experimental test of the mobile robot on-site, enables initial experience to be gained with the new mobile robot. ![]()
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