The used SMIForm SR8 blow molding machine, built in 2005 and operating at 12,000 bph, efficiently ensures continuous production in the bottling industry. Built in 2005, this machine is currently in operation and, importantly, remains available for on-site inspection until March 2025. Technical Specifications of the Used SMIForm SR8 Blow Molding Machine, Built in 2005 and Operating at 12,000 bph. This SMIform machine, model SR8, is equipped with 8 cavities for forming bottles. Consequently, this configuration produces 12,000 0.5-liter bottles per hour. For larger formats, such as 1.5-liter and 2-liter bottles, it reaches a production speed of 9,600 bph. Furthermore, the 18-81 bottleneck type ensures compatibility with a wide range of caps and closures, making it adaptable to different production needs. Therefore, this standard ensures precise sealing and airtight closures. Main components of the used SMIForm SR8 blow molding machine, year 2005, 12,000 bph. This SMIform machine integrates a preform loader, a preform elevator, and a preform orientor, which work harmoniously to provide an automated and efficient feeding process. Preform loader: This component loads preforms from the storage area or initial container and transfers them seamlessly to the elevator system. This ensures continuous feeding without manual interruptions. Preform elevator: The elevator lifts preforms from the lower level to the machine's operating level, ensuring a continuous flow to the orientor and minimizing downtime. This ensures smooth production. Preform orientor: The orientor correctly positions and aligns each preform before inserting it into the blow molding cavities. Furthermore, using mechanical guides or vibrations, it prevents misaligned preforms from entering the process. The integrated preform tilter tilts and unloads large quantities of preforms, typically stored in bins or boxes, in a controlled manner. The tilter then feeds the preforms into the production line, maintaining a constant flow and preventing overloads and blockages. By automating this process, the tilter reduces manual handling and significantly increases safety and productivity. The unscrambler plays a key role in separating and aligning the preforms before inserting them into the blow molding cavities. Specifically, by applying rotation and vibration, the unscrambler ensures optimal positioning, minimizing errors and machine downtime. Therefore, the combined action of the tilter and unscrambler maximizes production line efficiency and ensures product quality. Furthermore, the machine's rotary configuration facilitates continuous and stable production, ideal for high-volume production. Its rotary technology therefore distributes heat evenly during the blow molding process, ensuring high-quality output. Safety and documentation The blow molding machine is supplied with technical manuals and safety guards. These features ensure safe operation and compliance with current safety regulations, reducing risks for operators. Operational Considerations: As a tested and optimized used machine, this blow molder offers proven reliability. Potential buyers can observe it in operation until March 2025 to evaluate its condition and performance. It is important to note that the machine is supplied without molds. Summary: This blow molder excels in efficiency, reliability, and versatility. Thanks to its rotary design, automated feeding systems, and ability to handle various formats, it is the ideal solution for high-capacity bottling operations. Therefore, its features make it a highly sought-after asset in industrial manufacturing.