The quantitative tank material scale is a filling equipment for the automatic weighing and packaging of liquid materials. It adopts a high-precision fully electronic weight detection method for weighing and measurement to control the automatic quantitative filling operation of raw material barrels. The weighing Filling machine is divided into two types of filling program control: liquid surface type and submerged type. Generally, for raw materials that do not foam, the liquid surface type filling is adopted. For raw materials that may bubble, a submersible filling program control is adopted, keeping the feed port at the bottom of the liquid for feeding and rising with the liquid level to prevent bubble formation and raw material overflow, and to accelerate the filling speed. The structure of the spray gun can be divided into two types: high-viscosity type and FB low-viscosity type. The unique clamp-type connection structure makes it easy to disassemble and clean, and it can be respectively applied to the filling of materials of various viscosities. The filling machine is mainly composed of a spray gun device, a system controller, a fully Electronic scale platform, mechanical structural components, a conveying roller track, etc. It features a compact and reasonable structure, stable and reliable operation, and simple installation and operation. It can be adjusted accordingly according to various sites and production capabilities to meet the requirements of users.

The automatic filling machine adopts a rotary filling type. It is structured with a transmission system, Weighing system, frame part and counting system. It is mainly realized by a sprocket mechanism, while the rest is composed of the transmission part, filling part and counting part. The working shaft and the driving shaft are reversed perpendicularly through bevel gears. The plunger of the filling valve is connected to the main shaft, thus enabling the main shaft to rotate, the worktable to precisely position, and the quantitative filling and capping to be carried out simultaneously and in coordination. The power provided by the motor is transmitted to the worm gear through the belt. After two stages of reduction, it is then passed on to the main shaft by the worm gear. At this point, the rotational speed meets the working requirements. The main shaft supplies power to the sprocket section and the filling section respectively. Every time the main shaft rotates once, the rotating worktable makes one rotation, and the filling valve opens and closes simultaneously to complete one quantitative filling. The filled product slides down precisely, thus fulfilling the filling and conveying task of the product.