Bag Discharge Hopper
Bag discharge hoppers are used for bulk solids that have no dust content. They have simple bag placement table for easy slitting and unloading. There is no dust collector in these hoppers. Bulk material is discharged through lower outlet port to down stream equipment. Hoppers can be produced in any dimension with respect to application needs.
Manual Bag Dump Station
Bags are opened and unloaded one by one with man power. Bulk material in the bag is discharged manually into the hopper of bag opening unit. Dust content in the air is collected by built in dust collector and sent back into the hopper. Vacuum air is filtered and discharged to the atmosphere. Bulk material is discharged through the discharge port and sent to the next process equipment like conveyor, silo, mixer etc.
Semi Automatic Bag Dump and Emptying Station
Semi automatic sack opening systems are used for medium capacity sack opening and unloading processes. In this system, sacks are put on conveyor belt of system one by one. They are then slit by automatic cutting blades and contents are discharged into the loading hopper. Any dust content within the system is collected by built in filter system. Vacuum air is filtered and discharged to the atmosphere. Bulk material is discharged through the discharge port of system automatically and sent to the down stream equipment.
Automatic Bag Opening and Emptying System
Automatic bag opening and emptying systems are used for high capacity bag opening and unloading processes. In this system, pallets full of bags are placed into the system by forklift or crane. System automatically lifts the bags from the pallet by automatic grippers. Lifted bags are slit with rotating blades. And content is discharged into the loading hopper. Bulk material is then discharged through the discharge port of system automatically and sent to the down stream equipment. Waste bags are put into discharge cage by grippers. Any dust content within the system is collected by built in filter system. Vacuum air is filtered and discharged to the atmosphere.
