How Moin Robotics Boosted Productivity by 25%

The customer, a contract filler in the chemical industry, was modernizing their filling line but faced a significant hurdle: labeling remained a manual, error-prone process. The primary challenge involved labeling both empty and filled drums and IBC containers on pallets. Because containers are often slightly offset or inconsistently positioned on pallets, manual application led to misaligned labels. Without automation, this stage would have remained a repetitive bottleneck, posing a safety-critical risk due to potential mislabeling of chemical products.

The project was characterized by a seamless transition from digital design to physical deployment using the Vention ecosystem. During the initial six-week design phase, Moin Robotics utilized the MachineBuilder platform to create a detailed system layout that integrated a camera-based vision system for precise container detection. This was followed by an eight-week assembly phase in which the use of modular aluminum extrusions eliminated the need for traditional, time-consuming welded structures or complex custom fabrication. Finally, the system was installed and commissioned on-site in just one week, integrating directly into the customer’s existing conveyor and filling infrastructure. By serving as the core mechanical platform, Vention enabled a team to execute a sophisticated automation solution with high efficiency and reduced manufacturing effort.

Automating the labeling process yielded immediate quantitative gains, including a 25% increase in productivity and a projected Return on Investment (ROI) of approximately 20 months. The solution successfully eliminated one operator position per shift, removing staff from a monotonous role that previously involved long idle periods in an environment filled with chemical containers. Qualitatively, the system transformed the operation into a stable, highly repeatable process, significantly reducing labeling errors and improving placement quality. The modularity of the Vention components and the flexibility of the robot ensure the system is easily expandable, allowing the customer to process various container formats and label types—up to DIN A4—without significant downtime or hardware changes.