| The receiving dry packs untainted is let to pass in | | | | piston will move backwards and discharge the first |
| through the in-feed Turn Table with duly steered on | | | | pack. This pack will be placed on the conveyor belt |
| the shifting delrin flat conveyor belt at the necessary | | | | and be moved away for further processing. It is |
| rate of speed needed for the suitable and dynamic | | | | different from water filling machine or oil filling machine. |
| feeding. There are two different heads build-up on | | | | On the same time when the first pack is moved on, |
| machine crest plate in the very same line-up for filling | | | | the machine picks up an empty pack and makes it |
| machines. When a pack reaches to the first filling | | | | move along with the filled pack. Then in the second |
| position, it will be kept in control without moving by the | | | | filling, the full old process of filling will be repeated but |
| pneumatic bottle holder. | | | | for one small change. The second pack will be filled |
| Instantaneously the pack will be will be sensed by the | | | | this time while the first pack keeps moving more for |
| pack sensor the minute after the sensor gets signals | | | | next function. The most important benefit of this |
| from magnetic sensor clutch begins to spin that is | | | | mechanism is that the package holding system is |
| fixed on auger shaft. The powder filler machine will fill-in | | | | straightaway linked with Auger rotation. So, what |
| the automated quantity of powder product in to the | | | | happens is that till the pack gets packed with the |
| pack through auger. At this juncture, the rotation time is | | | | powder product as indicated, the value pneumatic |
| until that time saved in an automated control unit. When | | | | system will never leave any pack unfilled. |
| the first pack is filled with this method, the pneumatic | | | | |