Introduction to the structure of tube filling and sealing machine

A filling and sealing machine is determined by several parameters and it is impossible to describe a filling and sealing machine by any single parameter. Shaft power (P), paddle discharge (Q), pressure head (H), paddle diameter (D) and filling speed (N) are the five basic parameters that describe a filling and sealing machine.

Filling and sealing machine has a series of advantages, such as reasonable structure, complete functions, easy operation, accurate loading, smooth operation and low noise. It is suitable for packaging products in the fields of medicine, daily chemical, food and chemical industry. Such as: filling and sealing of materials such as dermatoprene, ointment, hair dye, toothpaste, shoe polish, adhesive, AB glue, epoxy glue, neoprene, etc. It is the ideal practical and economic filling equipment for pharmaceutical, daily chemical and fine chemical industries.

      It adopts Taiwan touch screen and PLC control system to realize contactless operation, which is intuitive, convenient and reliable in operation.

      Compact structure, automatic tube loading and fully enclosed transmission part.

      The automatic control system completes the whole process of tube supply, tube washing, labeling, filling, folding and sealing, coding and production.

      Pneumatic way to complete the tube supply, tube washing, accurate and reliable action.

      Automatic labeling is completed by photoelectric induction.

      Easy to adjust and disassemble.

      Intelligent temperature control and cooling system makes operation simple and adjustment convenient.

      Equipped with quantity memory and quantitative stop device.

      Automatic tail sealing, able to get a variety of tail sealing methods such as two-folded edge, three-folded edge and saddle-folded edge by different robots on a unified machine.

      The material contact part is made of 316L stainless steel, which is clean, hygienic and in full compliance with GMP requirements of pharmaceutical production.

      Equipped with safety device, open the door and stop, no tube no filling, overload protection.

      Experimental research shows that, as far as the paddle area is concerned, regardless of the pulp type, when the paddle diameter is certain, the maximum shear rate and the average shear rate increase with the increase of rotational speed. However, when the speed is certain, the relationship between the maximum shear rate and the average shear rate and the paddle diameter is related to the pulp type. When the speed is certain, the maximum shear rate of radial type paddle increases with the increase of paddle diameter, while the average shear rate is not related to the size of the paddle diameter. These concepts about the shear rate of the paddle area need to be especially careful in the design of filling and sealing machine reduction and enlargement. Because of the small slot compared with large slot, small slot filling and sealing machine often has a high speed (N), small blade diameter (D) and low blade tip speed (ND) and other characteristics, while the large slot filling and sealing machine often has a low speed (N) large blade diameter (D) and high blade tip speed (ND) and other characteristics.