At present, bottled water filling machines are the most commonly used equipment in the production process of pure water, and also the most widely used desalination technology for high-purity water preparation. The pure water filling machine is assembled from pressure vessels, instruments, and metering pumps. These assembly devices can solve common problems that occur during water purification.
The bottled water filling machine is a specialized irrigation equipment for pure water plants or mineral water plants, with automatic filling of 3-gallon and 5-gallon barrels. The equipment is simple and can be operated by only 1-2 workers. It is equipped with disinfection, washing, capping, capping, and dispensing functions. It uses a three-phase AC 380V power supply and is widely used in urban areas, industrial and mining enterprises, and individual units. The equipment is reliable, easy to operate, and the microcomputer control system and pneumatic control system are easy to maintain. The entire process of bottle, filling, and capping is in a closed state, effectively preventing secondary pollution of pure water or mineral water during the filling process, making it truly sterile filling. It is currently the most ideal pure water/mineral water filling equipment.
The bottled water filling machine integrates flushing, filling, and screw cap functions into one, achieving automatic filling throughout the entire process. It is suitable for polyester bottles, plastic bottles containing mineral water, and purified water. The application adjustment of various parts of the bottle is achieved using a handle, which is simple and fast. The filling method adopts a new type of micro pressure filling, which is faster and more stable. This machine adopts advanced Omron programmable logic controller (PLC) to control the automatic operation of the machine, and adopts variable frequency speed regulation to enter the bottle chain. The main frequency converter makes the bottle operation more stable and reliable. The photoelectric detection of the operating conditions of various parts results in a high degree of automation and easy operation. Bottles have four independently controlled dual (single) row high-pressure spray systems, with multiple options for disinfectant recovery and detergent circulation.