separator for tray

...here we have two variants of separators for a round tray and a rectangular tray: they were actually intended for the food distribution machines. but were only created, constructed and then discarded. so we don't build them that way! in principle, nothing changes in the conception: a bowl is produced with a direct die-casting process, then fed into the filling process of the bowls with ready-prepared meals - on our mini conveyor belts, here with 5 bowls next to each other, i.e. very narrow and very efficient with 35 bowls (round bowls) or 25 bowls (rectangular) per level. this means that we can continuously provide a significant amount. the indirect insertion of the scarf on the mini conveyor belt has changed - through a direct, short insertion of the shells in a different construction without the separators of the shells! I'll also briefly explain here why this is the case: we've found that we don't need any fast-running devices in terms of the concept, i.e. we don't need any storage for the required shells. this is largely coordinated with the cooking time of the meals, which has been optimized to 3 minutes. that means: we need three minutes from filling the trays to running them on the mini conveyor belt through a steam cooker to dispensing 5 trays per level. but since the mini conveyor belts are full of bowls - we have no delay when the finished bowls, the finished meals are handed out - we can quickly hand out meals endlessly. even have, because of the output shafts on the left and right of the machine - so we each serve two meals per mini-transport belt (two mini-conveyor belts face each other on one level - they meet in the middle: there is one for each mini-conveyor belt output chute on each side- that makes two output points per mini-conveyor belt- so four output channels in one level for the two mini-conveyor belts!)- on each side, i.e. four meals per side- a small jam! against this background, we don't need fast-running devices, but can produce them dir