Used Complete Isobaric Bottling Line for CSD 6400 bph Line Technical Overview This used complete isobaric bottling line for CSD 6400 bph produces carbonated soft drinks with a nominal output of 6,400 bottles per hour. Specifically, the line handles 0.50-liter PET containers using an isobaric filling system. Specifically, this technology maintains constant internal pressure throughout the filling process. As a result, it prevents carbon dioxide loss and ensures the final product maintains its quality and carbonation from tank to cap. Container Compatibility and Specifications The line supports PET bottles with 18-10 and 18-81 PCO necks, which are standard formats across the beverage industry. As a result, operators can integrate the system into existing lines without modifying downstream capping equipment. Furthermore, this compatibility facilitates bottle sourcing and packaging flexibility. Furthermore, the system ensures smooth and efficient transitions between production batches. Operating Hours and Line Conditions The machines in this complete used isobaric bottling line for CSD 6,400 bph have completed only 3,000 operating hours. Compared to similar used systems, this relatively low usage indicates limited wear on mechanical parts. Therefore, technicians can expect excellent performance with minimal maintenance requirements. Furthermore, this condition makes the line suitable for facilities requiring immediate deployment with limited downtime. Line Composition The process begins with a Sidel SBO4 COMPACT blow molder, built in 2006, which forms PET bottles directly from preforms. The bottles then pass to the Simonazzi-Sidel Starblend mixer, manufactured in 2007, which mixes water, syrup, and carbon dioxide under pressure. The bottles then enter the Simonazzi-Sidel Bluestar filling monoblock, also built in 2007. This unit includes 32 grippers, 32 isobaric filling valves, and 8 capping heads. Thanks to this configuration, the line quickly fills and closes each bottle while maintaining product integrity. Furthermore, the machine's layout allows for optimal integration of automation and operator access. Specifically, each module connects via pre-aligned interfaces, simplifying installation and minimizing commissioning time. Overall, these features contribute to high production efficiency and ease of maintenance.