Aoki Launches SBIII-750LL-80S

Aoki launched the SBIII-750LL-80S model. The demonstration bottle was a 17.6 g 500 ml water bottle and the molding time was only 9.6 seconds. Both the preforms and the finished bottles are molded at the speed of 6,000 bottles/hour. Therefore, this model is particularly suitable for mass production.

Achieving a production speed of 6,000 bottles/hour on a one-shot model not only reduces the unit cost but, more importantly, ensures that the number of moldings is the same to achieve the production target. Faced with fierce competition in terms of capacity, quality and price, manufacturers will focus on the ability to deliver quality products with consistent quality and quantity on time. In the short term, the unit-hour output is of course very important.

However, in the long term, we should focus on the ability to ensure consistent capacity and quality within one, two, five or even 10 years. In this way, it helps to establish user brands and increase profits.

The advantages of the SBIII-750LL-80S include:
* Increase production speed: synchronous movement of upper and lower molds; actuator for electric rotary table.
* Improve injection performance and shorten molding time: higher injection pressure and faster mold filling.
* Increased moldability: The use of rack and rack bar device to achieve simultaneous opening and closing of the blow molding and closing device * Enhances the high temperature and mold release properties and shortens the drying cycle time; enhances the clamping force of each unit to accommodate high pressure blow molding .
* Improve maintainability: improve the mold structure, reduce the weight of the mold; use additional fixtures, easy to replace the mold.

With the decrease in the demand for steel cans and glass bottles, the production of PET bottles has increased year by year.

About 45 million packaging containers can be produced each year, based on the production speed of 300 bottles/day, 24 hours/day, and 6,000 500-ml bottles per hour. The above figures are comparable to the two-step method of running a 32-cavity preform injection molding machine and a 6-cavity blow molding machine, and the investment cost of this Aoki machine is 33% lower than that of the two-step machine. In addition, the cost can be further reduced in terms of injection molding speed, energy consumption, labor costs, scrap rate, work efficiency, and occupied space.