At present, the world’s four fully automatic blow molding machines, such as Gome, Japan, Germany and Italy, attach great importance to the market and user requirements, and increase the number of machines and increase productivity as an important indicator of design pursuit. One of the main ways to increase productivity is to increase the speed, but increasing the speed of the machine is a complicated problem; the higher the speed, the lower the cost per piece of production, the higher the area of the factory, and the higher the failure rate. Reduced, so you should seek the best combination of the two: the increase in machine speed has a related impact on the material, reliability, performance and life of other components. In general, increasing the speed by 15% to 20% will bring a series of Complex problems, not to mention the motor speed is limited, how fast you can’t think fast. In addition to increasing the speed, productivity can be solved from another channel.
Relevant industry insiders believe that the future automatic blow molding machine industry will cooperate with the trend of industrial automation, and the development of technology will develop in four directions: First, the mechanical functions are diversified. Industrial and commercial products have become more refined and diversified. Under the circumstances of large environmental changes, packaging machines with diversified, flexible and multi-switching functions can adapt to market demand. Second, the structural design is standardized and modular. Make full use of the original organic modular design to convert new models in a short time. The third is to control intelligence. At present, automatic blow molding machine manufacturers generally use PLC power load controller. Although PLC is very flexible, it still has no powerful functions possessed by computers (including software). Fourth, the structure is highly accurate. Structural design and structural motion control are related to the performance of the automatic blow molding machine. It can be done by high-precision controllers such as motors, encoders and digital control (NC), power load control (PLC), and moderately. Product extension, research and development in the direction of automatic blow molding machine for high-tech industry.