Servo bottle blowing machine leads the bottle blowing machine industry towards energy conservation and environmental protection
in today's highly competitive industrial industry, the price of raw materials remains high, and improving the production capacity of production equipment and effective energy conservation will be the foundation for the survival of enterprises. The traditional injection molding machine and bottle blowing machine use hydraulic drive system or pneumatic drive system. Because the hydraulic system or pneumatic system needs to be normally opened by setting a movable jaw seat oil pump or compressor on the rack during operation, the waste of electric energy is great. Therefore, in order to save energy, powerful injection molding machine and bottle blowing machine manufacturers have developed servo energy-saving machinery
the servo electric drive system is used in the servo bottle blowing machine, which reduces the waste of electric energy caused by the constant opening of the oil pump or compressor when the hydraulic system or pneumatic system is running. Therefore, the servo electric drive system saves more than 50% energy than the hydraulic system and pneumatic system; Servo electric drive also avoids the pollution of machines and products caused by oil leakage in traditional hydraulic drive, and can meet the requirements of food, medicine, health and other industries for the cleanness of machines and products. It is also an important factor for the smooth progress of the experiment and the accuracy of the experimental results; The embryo loading mechanism is equipped with an advanced servo electric drive system. The embryo loading slider is driven by a servo motor and runs with a linear guide rail. It has stable operation, accurate step positioning, power saving and energy saving
it has excellent heat resistance and stability
this article comes from the realization of sustainable development within the life cycle of aluminum. The copyright belongs to the original author, which is only for everyone to share and learn. If the author believes that infringement is involved, please contact us, and we will delete it immediately after verification
LINK
Copyright © 2011 JIN SHI