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The difference between fully automatic and semi-automatic bottle blowing machines
1. Different design architectures
The fully automatic bottle blowing machine is all completed through direct mechanical automation operations. The fully automatic bottle blowing machine uses steps such as automatic loading of bottle preforms, bottle preform transmission, heating, mold closing, pre blowing, stretching, and blowing to finally blow into bottles. The semi-automatic bottle blowing machine requires manual intervention in loading, transporting, and unloading bottles, which can easily cause harm to operators.
2. Different performance and output
Fully automatic bottle blowing machines are generally relatively stable, with the equipment working for a long time, and the output can continue to maintain the same state as when the machine is turned on. However, semi-automatic bottle blowing machines have limited energy for operators due to long-term work, and cannot keep up with the operating process, resulting in increasingly low output.
3. Actual sales prices are different
The sales price of the full-automatic bottle blowing machine in the market is slightly higher than that of the semi-automatic bottle blowing machine. The market price of the semi-automatic bottle blowing machine is within 100000 yuan, the price of the full-automatic bottle blowing machine is about 120000 yuan to 140000 yuan, the price of the full-automatic bottle blowing machine is about 240000 yuan to 250000 yuan, and the price of the full-automatic bottle blowing machine is about 450000 yuan to 480000 yuan. For the full-automatic bottle blowing machine, the more the mold cavities, the more expensive the bottle blowing machine is.
Advantages of fully automatic bottle blowing machine:
The servo drive system is designed using the optimized structure developed by the company, integrating actions such as mold opening and closing, mold locking, and bottom mold lifting. Greatly shortened the blowing cycle, increased production, and achieved efficient and energy-saving results.
2. Adopting a constant temperature heating control system and inventing technology to achieve energy-saving effects, a blowing system and a waste heat discharge system are installed to ensure a basic constant temperature in the bottle blowing area.
3. Developed an efficient and stable billet feeding system, invented technology, and achieved fast, efficient, and stable billet feeding without the occurrence of bottle sticking.
4. The entire machine adopts a modular design concept, which facilitates later maintenance and replacement of changed parts, making it faster and more convenient, effectively reducing maintenance costs.
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