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Dyco’s Semi-Automatic Bottle Bagging Systems provide the same exceptional quality of Dyco design and fabrication as our automatic baggers at a lower investment cost, where the application of an operator is practical and desired. Dyco’s Semi-Automatic Bottle Bagging Systems use a preformed bag which the operator takes from a roll and applies to the discharge area of the system. As with the fully automatic systems, these units produce strong bundles in a single-tier configuration, can be designed to handle different sizes of bottles, and can pack the same variety of shapes as our automatic baggers.
The model 2010 Semi-Auto Bottle Bagger is typically used to bag square and rectangular containers such as dairy gallons. The containers are conveyed or gravity fed into the machine, isolated into rows, and side pushed into an array. Once the accumulation chamber is filled, the containers are automatically pushed into a plastic bag. The open end of the bag is then sealed with a heat-sealing process. The bag insertion process involves an operator manually placing a plastic bag on guides and initiating the sealing process, once the containers are pushed into the bag.
The model 2020 Semi-Auto Bottle Bagger is typically used to bag small unstable round and square containers such as 16 oz. single serve bottles. The containers are conveyed into the machine, isolated into rows, and side pushed into an array. Once the accumulation chamber is filled, the containers are automatically pushed into a plastic bag. The open end of the bag is then sealed with a heat-sealing process. The bag insertion process involves an operator manually placing a plastic bag on guides and initiating the sealing process, once the containers are pushed into the bag.
The model 2030 Semi Auto Bottle Bagger is typically used to bag large square, rectangular and round containers such as industrial round gallons or 2.5 gallon containers. The containers are conveyed or gravity fed into the machine, isolated into rows, and side pushed into an array. Once the accumulation chamber is filled, the containers are automatically pushed into a plastic bag. The open end of the bag is then sealed with a heat-sealing process. The bag insertion process involves an operator manually placing a plastic bag on guides and initiating the sealing process, once the containers are pushed into the bag.