From the analysis of the mission principles and technological processes of various blister packaging machines, it can be seen that their primary energy-consuming stations are basically the same, and roughly consist of the following aspects:
1. The power source main engine that supplies power to the parts
The power required by the main engine mainly depends on the construction method of the packaging blister machine. The power can vary depending on the minicomputer or mainframe, production ability, high-speed or medium-low-speed models, and mission principles.
2. Heating before forming film
The forming film is generally made of PVC or PVDC with a thickness of 0.2～0.35 mm. It meets the hygienic requirements of pharmaceutical packaging. According to the actual molding experience, the molding temperature range is 110 ℃～140 ℃, so it must be formed before molding. Heat it to about 130°C. However, the thermal power required to heat the formed film to about 130 ℃ is the most important
It varies with packaging machine forming heating equipment structure type, heating method, model structure type, production ability, etc.
3. Heat sealing of forming film and masking film
The sealing temperature is related to the operating speed of the parts and the variety and thickness of the masking film. Nowadays, aluminum foil is commonly used in our country, with a thickness of 0.02 mm and a layer of adhesive on one side. Its curing temperature is above 120 ℃, so the generally set sealing temperature is in the range of 170 ℃ to 210 ℃. The thermal power required for setting the sealing temperature in this category is primarily related to factors such as the structure of the sealing equipment, the sealing method, and the speed of the parts.
4. Heating of typing and imprinting equipment
The thermal power required for typing and imprinting heating is mainly related to the model structure, such as small or large models, and parts running speeds that are only high-speed models or low-to-medium-speed models.
5. Energy consumption of other auxiliary equipment
The energy consumption of the auxiliary equipment of various models is basically the same, mainly including the filling equipment electromechanical, the forming and conveying electromechanical, and the unwinding electromechanical.
6. Comparison of energy consumption of blister packaging machine
After analysis, calculations, experiments and past practical experience, we can summarize the energy consumption status of various models.
IPv6 network supported 
Home
Products