Scenario & Requirements
After the bacterial solution is centrally placed into baskets, it is arranged at the start of the passage from the warehouse to the loading/unloading area, waiting for the conveying line to take over. The scenario focuses on container stability and continuous logistics, aiming to reduce frequent cross-area manual handling and maintain a linked flow between the warehouse and the loading/unloading area.
How the solution connects
Using a multi-wedge belt powered roller conveyor laid out in 3-meter sections, a passage bridge is built between the warehouse and the loading/unloading area. The multi-wedge belt drive works with the roller structure so that baskets holding multiple bottles of culture liquid move smoothly through the corridor, continuously maintaining the logistics rhythm.
Multi-Wedge Belt Powered Roller Conveyor
The multi-wedge belt Powered Roller Conveyor uses a multi-wedge belt drive design to achieve smooth and efficient cargo conveying. Motor spacing range...
Plastic Drum
Metal Drum
Carton
Roll
Workflow and coordination with manual labor
Workers place baskets filled with culture liquid at the conveyor infeed end. After startup, the rotating rollers push the baskets forward along the corridor. Staff at the unloading end take over according to the conveying pace to complete unloading and sorting, using the corridor to keep upstream and downstream operations coordinated.
Changes after use
The multi-wedge belt powered roller conveyor provides a continuous transfer path for culture liquid, reducing how often staff shuttle through the storage area and maintaining an orderly logistics handoff between the unloading zone and the warehouse. Overall operating rhythm and stability are improved in tandem through the conveying link.
