The cooper's trade, essential in the wine and distilling industry, hides a high potential for accidents. Cuts from metal hoops and planes, hammer blows, overexertion when handling oak staves, and forced postures during assembly are constant risks. Added to this are burns from the internal toasting of barrels and entrapment in bending presses. Analyzing these hazards in a real environment is complex and dangerous, making process simulation an ideal tool for prevention.
Modeling physical and biomechanical risks in the virtual workshop 🛠️
A digital twin of the workshop allows us to accurately recreate each phase of manufacturing. We can model the kinematics of the hammer and stave to predict impact trajectories and areas of splinter projection. Ergonomic simulation, using biomechanical avatars, quantifies lumbar strain when lifting a 300 kg vat or the repetitive stress on shoulders and wrists during planing. Additionally, the dispersion of smoke and particles during internal toasting can be simulated, identifying ventilation blind spots and optimizing the design of extraction hoods without exposing a real worker.
Immersive training for a dying trade 🎓
Beyond technical analysis, 3D simulation allows the transfer of tacit knowledge from master coopers to new generations. A virtual reality headset can immerse the apprentice in a scene where a hydraulic press fails or an iron hoop comes loose, training their response to emergencies without risk of injury. Digitizing this artisanal process not only protects the worker's health but also preserves the technique of the trade, documenting each safe gesture so it is not lost over time.
How can 3D simulation anticipate and prevent cuts from metal hoops in barrel making, a risk traditionally managed only with artisanal experience
(PS: Simulating industrial processes is like watching an ant in a maze, but more expensive.)