The double station design of this blow molding machine is a highlight. Blow molding machine can operate two stations at the same time, greatly improving production efficiency. Compared with traditional single-station equipment, it can produce more high quality plastic bottles in the same time. Whether it is a 1-liter juice bottle, a 2 liter carbonated beverage bottle, or a 5 liter bottle in the chemical industry, it can produce them stably and efficiently.

In terms of extrusion technology, the use of advanced extrusion technology can evenly plasticize the plastic raw materials and accurately extrude them into high-quality preforms. The extruded preforms have uniform wall thickness and excellent physical properties, ensuring that the subsequent blow-molded plastic bottles have excellent strength, sealing and transparency.

For bottles of different capacities, the double station blow molding machine shows strong adaptability and flexibility. Through simple parameter adjustments, it can quickly switch to produce preforms of different specifications without complicated mold changes and long debugging processes. This means that it can respond more flexibly to changes in market demand, adjust product structure in a timely manner, and produce plastic bottles that meet the needs of different customers.

In the blow molding process, the performance of the machine is also impressive. It is equipped with high-precision blow molding molds and advanced blow molding control systems, which can accurately blow the preforms into standard plastic bottles. During the blow molding process, the precise control of parameters such as temperature, pressure and blowing time fully guarantees the molding quality of the plastic bottles. The lines of the bottle body are smooth, without bubbles or wrinkles, the threads of the bottle mouth are clear and regular, and the sealing performance is good.

In addition, the double station extrusion bottle blow molding machine also focuses on energy saving, environmental protection and stability. The design adopts an energy-saving heating system and an efficient power transmission device to effectively reduce energy consumption. At the same time, its stable and reliable mechanical structure and advanced automatic control system ensure the stability and reliability of the equipment during long-term continuous operation, reducing equipment failure downtime.