The merchandiser is a critical link in the logistics chain, facing risks ranging from traffic accidents on commercial routes to overexertion from handling products. The combination of travel, forced postures, and stress from setup times demands advanced prevention tools. A digital twin of the workstation makes it possible to visualize these hazards and propose improvements before incidents occur.
Digital twin for analyzing critical points on the route and the shelf 🚚
Interactive 3D simulation replicates the merchandiser's work environment, from driving to restocking shelves. Scenarios of traffic accidents during travel are modeled, evaluating factors such as fatigue and weather conditions. At the point of sale, the software detects forced postures when bending or reaching heights, calculating biomechanical stress on the spine and limbs. Cuts from blades during packaging opening are also simulated, integrating virtual sensors that identify risk angles. The collected data allows for redesigning routes, adjusting shelf heights, and defining safe handling protocols.
From simulation to a preventive culture in 3D logistics 🛡️
This technology not only identifies risks but also transforms training into an immersive experience. The merchandiser can practice safe maneuvers in a virtual environment without being exposed to real dangers. Companies manage to reduce accident rates and optimize setup times by correcting ergonomic habits. The key lies in integrating these digital twins into onboarding processes and periodic audits, turning prevention into a strategic pillar of industrial logistics.
How can 3D simulation of occupational risks predict and mitigate the traffic accidents a merchandiser faces during their logistics routes?
(PS: at Foro3D we optimize routes like we optimize polygons: until the computer says enough)