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Leshan New Technology South Pole Star Extrusion Blow Molding Machine
一、Technical Characteristics of the South Pole Star Extrusion Blow Molding Machine
The South Pole Star Extrusion Blow Molding Machine is specifically designed for producing daily chemical bottles within 2 liters, with a weight precision of ±1%. It emphasizes energy efficiency, space-saving design, and automated production. After three years of research and development, the South Pole Star Extrusion Blow Molding Machine has obtained an invention patent and several utility model patents.
二、 Structural Design of South Pole Star Extrusion Blow Molding Machine
The South Pole Star adopts a toggle arm horizontal mold clamping mechanism, which offers the following advantages:
1.Reduces the height of the mold clamping frame, making mold installation more convenient.
2.Enhances clamping force up to 45 tons, facilitating material trimming.
3.It is equipped with a three-station cooling system for rapid product shaping.
4.The die head uses pressure distribution control to ensure uniform material pressure and consistent output length across all die heads.
5.Features a reinforced Keel extrusion platform to enhance mechanical strength.
三、Functional Characteristics of the South Pole Star Extrusion Blow Molding Machine
1.A one-click sand removal feature (purging) effectively prevents damage to plastic parisons caused by sand residue in the die head.
2.Automatically shuts down when molding is unsuccessful.
3.The one-click water drainage function simplifies mold replacement by draining all cooling water from the machine, preventing overflow.
4.Multi-station shaping and cooling improve production efficiency and product quality.
5.Real-time production data is transmitted to the cloud through IoT technology, allowing users to access all production information via mobile devices.
四、Production Capacity and Energy Efficiency Advantages
For producing 1.29-liter detergent bottles with an estimated weight of 93 grams, the production cycle time is 17–20 seconds, representing a 1.5- 1.6 times improvement compared to the traditional cycle time of 26–28 seconds. Additionally, operational energy consumption is reduced by 70%.
