Introduction to the Structure of Ampoule Bottle Drawing and Filling Machine

The structural design of the ampoule bottle drawing and sealing machine is reasonable, using electronic control and parallel flow technology to ensure that the sealing machine meets GMP requirements.
Request. It has the following characteristics.
(1) The liquid injection pump is a stainless steel plunger pump without a sealing ring, which has precise transmission device and independent calibration device, which can quickly adjust the loading capacity; At the same time, it can also adjust the absorption amount to prevent the drug from overflowing. The transmission mechanism is equipped with a liquid protection device that can immediately stop working in the event of a malfunction in the grouting system. The capacity is generally 1-20 milliliters.
(2) Using a single-chip microcomputer monitoring head to ensure that there are no ampoules and no water filling.
(3) A static pressure box is installed at the top of the sealing machine to ensure that the ampoule can withstand 100 parallel flow protections from the inlet to each station; In addition, during the initial startup, due to the wind speed not meeting the specified requirements, the linkage mechanism will cause the main engine to fail to start, thus ensuring production safety.
(4) The fan-shaped plate relies on the overlapping action of two groove cams to servo the feeding port and feeding frame, ensuring smooth and fast handover, low noise, and convenient discharge of broken glass sheets.
(5) It can adapt to the use of urban gas and liquefied natural gas.
(6) During each shutdown, the jaws of the wire drawing pliers can automatically stop at a higher position to avoid burning the jaws.
(7) A retractable buffer and an interface controller are installed at the VI end of the bottle feeding conveyor belt, which contains a proximity switch for the upper and lower limits of the container, as shown in Figure 6-78. When buffer strip 3 is at the lower limit (i.e. the bottle is missing), the lower limit proximity switch stops entering bottle screw 2 without feeding the bottle; When the buffer belt reaches its height (i.e., when it is filled with bottles), the top proximity switch can stop the conveyor belt of the oven and stop feeding the bottles. This control box can coordinate the rotational speeds of two machines, cooperate with the interface between the cleaning machine and the conveyor belt of the oven, and achieve interface matching, coordination, and safe operation of the washing, drying, and filling machines.