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Firstly, it is necessary to understand the basic structure and operating principle of the blowing machine. The blowing machine included conveying device, heating device, blowing device and demolding device. Its working principle involves placing plastic bottles on the conveying device, softening the bottles through heating, injecting air into the bottles with the blowing device, expanding and bonding them to the mold, and finally removing them from the mold with the demolding device.
To increase the speed of the blowing machine, we can start from several aspects as follows:
Optimize the structure of the blowing machine Optimizing the structure of the blowing machine can significantly increase production efficiency. For example, increasing the capacity of the conveying device, optimizing the heating speed of the heating device, increasing the blowing flow rate of the blowing device can all enable the blowing machine to complete more production tasks within a unit time.
Adopt high-performance materials Using high-performance materials can reduce energy consumption and increase the durability of the blowing machine. For example, using high-heat-conductivity materials for heating devices can accelerate heating speed; using high-strength wear-resistant materials for key components can increase equipment durability.
Implement advanced processing technology Advanced processing technology can further improve the performance and precision of the blowing machine. For example, using numerical control machines and robotic technology can achieve high-precision processing and automated assembly of components, improving equipment stability and reliability.
After these optimizations and improvements, we can see that the speed of the blowing machine has been significantly increased. Specifically, production efficiency can be increased by more than 30%, while also improving quality assurance. Due to the use of high-performance materials and advanced processing technology, equipment durability and stability have also been improved, reducing maintenance and service costs.
Parameter of Bottle Blow molding Machine
ITEM | Unit | HJF125 | HJF125A |
Material | / | PET/PP | PET |
Volume | L | 0.05-2.0 | 3-5 |
Theoritical Output | Pcs/h | 700-1000 | 600-800 |
Neck Size | MM | 16-120 | 30-50 |
Max Length | MM | 360 | 360 |
Max Bottle Diameter | MM | 170 | 170 |
Clamping Force | KN | 200 | 250 |
Power | Kw | 12 | 24 |
Voltage/Frequency(3 phase) | V/HZ | 220-380v/50-60HZ | |
Working Pressure | Mpa | 0.8-1.0 | |
Blowing Pressure | Mpa | 3.0 | |
Main Body Dimension | LxWxH | 1.65*0.76*2.1 | 1.8*0.85*2.1 |
Main Body Weight | T | 0.68 | 0.95 |
In conclusion, by optimizing the structure of the blowing machine, adopting high-performance materials, and implementing advanced processing technology, we can effectively increase the speed of the blowing machine, thereby improving production efficiency and reducing costs, helping enterprises achieve sustainable development. In the future development of the industrial sector, the importance of increasing the speed of the blowing machine will become increasingly prominent. Let's work together towards innovation and improvement to contribute to industrial progress!
FAQ
Q1: Are you manufacturer or trade company?
A1:We are a professional manufacturer for producing machinery over 10 years.
Q2: How is the quality of your product?
A2: Our products are manufactured according to national and international standard, and we have a test on every machine before delivery.
Q3: How about the price?
A3: We are a professional manufacturer and be able to provide you with the lowest price than market one. We will give you the best quotation.
Q4:What if the machine is damaged?
A5:One year warranty and all-round after-sales service. After this deadline, we shall charge at low cost to keep after-sales service.
