Purpose:

This function automatically completes all actions such as lifting, clamping, mixing, and lowering. Equipped with an automatic lifting hopper mixer and multiple mixing hoppers of different specifications, it can meet the mixing requirements of large quantities and multiple varieties, making it an ideal equipment for pharmaceutical factory mixing. It is widely used in industries such as pharmaceuticals, chemicals, and food.

Principle:

The machine consists of a base, a rotating body, a drive system, a lifting system, a braking system, and a control system. When working, push the mixing hopper into the rotating body, press the "confirm" button on the touch screen, and the mixing hopper will be automatically lifted into place and clamped. After the pressure sensor receives the clamping signal, the driving system works and mixes according to the set time and speed; After reaching the set parameters, the rotating body can automatically stop vertically, and the braking system will work, ending the mixing process; Then improve the system's operation, the mixing hopper inside the rotating body descends into place, automatically stops, and prints process data. Push out the mixing hopper and move on to the next process.

characteristic:

This machine is a new model developed by our company through extensive absorption and digestion of advanced foreign technology, combined with national conditions. Reasonable structure, stable performance, easy operation, no dead corners or exposed screws in the whole machine. The rotating body (mixing hopper) forms a 30 ° angle with the rotating axis, and the material in the mixing hopper flips along the rotating body while making tangential motion along the bucket wall, producing strong flipping and high-speed tangential motion, thus achieving the best mixing effect. The discharge butterfly valve adopts PLC fully automatic control and is equipped with infrared safety devices and anti misoperation devices to ensure production safety. Materials can pass through different process stages in the same container without the need for frequent material transfer, addition, and other procedures. Effectively controlling dust and cross contamination, reducing material loss, controlling material stratification, optimizing production processes, fully complying with GMP requirements for pharmaceutical production.