The disinfectant water filling machinery has a high degree of automation, which realizes the process of automatic rinsing, filling and capping, and the complete set of disinfectant water production line equipment greatly reduces the labor cost. Most of the electrical system parts of the disinfectant filling machine are made of foreign products and parts that come into contact with liquids. The disinfectant filling machine is all made of high-quality stainless steel materials, which has the characteristics of wear resistance, stability and low failure rate. Rotary bottle washer, mainly used to rinse new bottles of beverages, water and other products. The bottles are then sent to the filling machine to fill the product. The PET bottle enters the device through an open star-shaped wheel. The bottle is clamped to the mouth of the bottle by means of a clamp and a rotating mechanism. Place the mouth of the bottle down, rinse with sterile water, drain automatically, and flip until the mouth of the bottle is facing up.
The main structure of the device is in contact with the flushing medium, and the external protective cover is made of high-quality stainless steel; Open gearing. The new stainless steel fixture has a simple structure and is easy to adjust. The contact area with the bottle mouth is small, which effectively avoids the secondary pollution of the bottle mouth.
Disinfectant water filling machine cap part:
The capping machine drives the rotating disc to rotate through the reducer. The lid is removed from the hopper by centrifugal force. There is a front and back cover separation device at the exit. When the back cover passes, the cover will automatically fall into the return pipe, and the back cover will be automatically blown into the hopper by the wind. Only the front cover can enter the slide smoothly, and the photoelectric switch automatically detects the amount of cap in the hopper to control the capping machine to ensure the effect of the lower cover.
When the front cover enters the chute, it can smoothly enter the feed tray. To prevent accidents, an anti-reverse cover dial is placed on the rails to ensure that the covers entering the feed tray are correct, and a pair is also arranged on the rails. The photoelectric switch stops the main unit as soon as it detects that there is no cover. In order to effectively remove bad caps and lids without anti-theft rings when cleaning the feed hopper, there is a movable outlet directly opposite the outlet of the feed hopper, which can satisfy this function.