Used Bottling Lines UBL S.r.l.

Condition: used, Year of construction: 2014, Used filling monoblock ALFATEK MBC 7/1 LP ELVIRA for beer year 2014 This filling monoblock offers a compact and efficient solution for bottling beer in glass containers. Consequently, Alfatek manufactured this machine with an isobaric filling system to ensure a stable process that meets industry standards. Technical Features of the Used filling monoblock ALFATEK ELVIRA for beer The ALFATEK MBC 7/1 LP ELVIRA filling monoblock for beer year 2014 includes 7 fixed filling valves, specifically designed to process beer in 0.33 L and 0.75 L glass bottles. Moreover, the isobaric filling system maintains carbonation levels, prevents organoleptic alterations, and significantly reduces the risk of foam formation during filling. In addition, the integrated capper features 1 capping head for 29 mm crown caps, ensuring a secure and effective seal. Furthermore, this capping system works in synergy with the isobaric filling process to maintain the internal pressure stability of the bottles. Operational Specifications Drhpkh Notably, the monoblock fills up to 1,000 bottles per hour, making it ideal for small to medium-sized production lines. As a result, bottles move through the system with a clockwise rotation, thereby optimizing workflow efficiency. Regarding electrical specifications, the Used filling monoblock ALFATEK ELVIRA for beer operates at 415V and 50Hz. Therefore, it remains compatible with most European industrial plants. Safety and Structure of the Used filling monoblock ALFATEK ELVIRA for beer Importantly, the machine includes safety devices that protect the operator during operation. Additionally, its compact structure measures 1,190 mm in width, 1,900 mm in length, and 2,330 mm in height, allowing seamless integration into existing production lines without major modifications. Current Condition and Availability At present, the Used filling monoblock ALFATEK ELVIRA for beer remains in storage. Thus, it is ready for inspection and installation in a new production facility. Given its robust structure and advanced technical features, it presents a reliable choice for breweries looking for a high-performance and tested machine. Ultimately, this monoblock provides a valuable opportunity to improve production efficiency. Likewise, it represents a strategic investment in a well-maintained used system. Consequently, breweries can optimize their operations while reducing acquisition costs. Additionally, its compatibility with industry standards ensures smooth integration into various production setups. Therefore, this machine offers both efficiency and reliability, making it a practical choice for modern bottling facilities.

Condition: used, Year of construction: 1999, Used filling monoblock SICMEA Cometa 12/5 4500 bph The used filling monoblock SICMEA Cometa 12/5 4500 bph provides a technical solution for filling oil into PET containers. Since Sicmea manufactured this model in 1999 , it ensures a production capacity of 4500 bottles per hour while designing it for packaging formats of 2 L and 5 L. Consequently, it remains a reliable option for industrial bottling lines. Technical features of the Used filling monoblock SICMEA The SICMEA Cometa 12/5 4500 bph uses a volumetric filling system, which ensures precise dosing regardless of the product’s viscosity. Additionally, the monoblock integrates 12 filling valves, and each valve features a fixed nozzle, which guarantees a uniform flow throughout the entire filling cycle. As a result, the machine provides excellent consistency. Moreover, the capping system handles plastic screw caps efficiently. The 12 capping heads operate in sync with the filling process, ensuring high production efficiency and a hermetic seal for the container. Furthermore, this setup minimizes product wastage while maintaining precision. The machine follows a clockwise operating cycle, thereby optimizing the arrangement of mechanical components to maintain continuous and uninterrupted operation. Similarly, its structural design enhances workflow efficiency. Power supply and electrical data The SICMEA Cometa 12/5 4500 bph filling monoblock operates with a power supply of 380V, 5 kW, and 50 Hz. These parameters make it compatible with major industrial production lines. Consequently, it ensures operational stability and optimizes energy consumption. Additionally, its electrical system supports high-efficiency performance. Safety and compliance The system includes safety devices that protect the operator and ensure compliance with current regulations. In particular, mechanical guards and emergency stop sensors minimize the risk of accidents and maintain a safe working environment. Moreover, its safety mechanisms improve workplace efficiency while reducing downtime. Drhm7B Applications and compatibility The SICMEA Cometa 12/5 4500 bph efficiently fills oil into PET containers, ensuring a precise and reliable bottling process. In addition, its compatibility with 2 L and 5 L formats allows manufacturers to manage production flexibly and adapt to various market needs. As a result, businesses benefit from increased versatility. With a capacity of 4500 bottles per hour, this monoblock supports high-volume production. Furthermore, it allows easy integration into existing bottling lines. Since its design enhances automation, it streamlines production processes effectively. Conclusion of the Used filling monoblock SICMEA The used filling monoblock SICMEA Cometa 12/5 4500 bph delivers a technical solution for volumetric oil filling in PET containers. Thanks to its optimized design, robust structure, and fully automated configuration, it ensures high production performance. Additionally, the integrated safety systems and efficient operation make this monoblock a reliable option for companies that require a high-performance system that meets industrial standards. Ultimately, this machine represents an effective solution for large-scale oil bottling operations.  

Condition: used, Year of construction: 2004, Used filling monoblock OCIM for oil tins 3600 bph The used OCIM filling monoblock for oil tins 3600 bph efficiently bottles oil in metal containers. Notably, OCIM manufactured this plant in 2004, ensuring high operational reliability with its robust mechanical structure. Moreover, its optimized filling system delivers precision and continuity in the production process. Technical specifications of teh Filling monoblock OCIM for oil Tins The OCIM monoblock model 8.5 fills 3600 tins par hour, thus maintaining efficient and stable production. Additionally, the system applies a gravity or light vacuum filling method, effectively handling viscous liquids such as oil. Furthermore, 8 fixed valves distribute uniform doses into each container. The machine processes different oil tin formats, specifically: 1-liter oval-shaped tin 3- and 5-liter rectangular tins Consequently, with its adaptable configuration, the OCIM monoblock quickly adjusts to various formats, thereby enhancing production line efficiency. Capping system and safety features For sealing containers, the monoblock utilizes a system with 1 capping head, specifically designed for pull-out spout caps. In particular, the machine supports a 38.5 mm cap diameter, a standard in the edible oil bottling industry. Drg8Lx Additionally, the machine incorporates safety devices that protect operators and ensure compliance with industrial regulations. As a result, these systems reduce operational errors and maintain reliable long-term performance. Current state and operational configuration of the Filling monoblock OCIM for oil Tins Currently, the used OCIM filling monoblock for oil tins 3600 bph operates continuously in production, meaning it functions without significant interruptions. Furthermore, the system’s clockwise rotation integrates smoothly into existing lines without requiring complex mechanical adaptations. Given these advantages, this machine provides an optimal solution for companies seeking a reliable, precise, and high-performance bottling plant for oil in metal containers. Moreover, with its modular design and compatibility with various formats, the OCIM monoblock maximizes production efficiency and minimizes machine downtime, which are crucial factors in the industrial bottling sector. Consequently, businesses can ensure continuous and cost-effective operations. Similarly, its adaptability makes it a viable choice for various production demands. In conclusion, this monoblock stands out as a dependable asset in the bottling industry.

Condition: used, Year of construction: 2004, Used filling monoblock CUSTOM ALPHA 32 32 8 11000 BPH The Used filling monoblock Costum Alpha 32-32-8 bottles carbonated beverages and water both still and sparkling in PET containers using an isobaric process. Custom manufactured this model in 2004 consequently it reaches a production capacity of 11000 bottles per hour for the 0.25 L format with reduced speeds for larger formats. Main Technical Features The Used filling monoblock CUSTOM ALPHA 32 32 8 11000 BPH operates with a clockwise rotation system and integrates three main operational sections rinsing filling and capping. Therefore it ensures a smooth production process. Cbfw3Cippg Rinsing Section of the Used filling monoblock Costum Alpha 32-32-8 The machine uses 32 grippers to handle bottles and applies a single treatment for internal container cleaning before filling. By eliminating additional washing phases it optimizes efficiency and reduces process times. As a result production runs more efficiently. Filling Section The filler contains 32 isobaric filling valves with fixed nozzles that maintain a constant and controlled liquid flow. Additionally this system delivers high dosing precision and minimizes the risk of overfilling or product waste. In other words it ensures both accuracy and minimal loss. Capping Section in the Used filling monoblock Costum Alpha 32-32-8 The integrated capping system supports plastic screw caps and operates with 8 capping heads. Specifically it is designed for 1881 and 1810 neck types. Consequently the system included in the Used filling monoblock Costum Alpha 32-32-8 applies caps securely ensuring an airtight seal and protecting the bottled product. Moreover it enhances product safety. Formats and Productivity The Used filling monoblock Costum Alpha 32-32-8 processes bottles of various capacities adjusting productivity accordingly. For example it fills 11000 bottles per hour for the 0.25 L format while the speed decreases to 4900 bottles per hour for the 1.5 L format. Similarly intermediate formats such as 0.33 L and 0.50 L achieve proportional productivity levels. As a result it provides a flexible solution for different production needs. Electrical Data and Dimensions The machine operates at 380V 50Hz with a power consumption of 6 kW. Furthermore its dimensions are Width 3150 mm Length 4200 mm Height 2500 mm Safety and Lifecycle of the Used filling monoblock Costum Alpha 32-32-8 The Used filling monoblock Costum Alpha 32-32-8 includes safety devices that maintain compliance with current regulations. In addition these features enhance operational reliability. The machine will remain in operation until the end of 2026 thus allowing for several more years of use before requiring an upgrade or replacement. Given this longevity it represents a valuable investment. The machine provides a reliable technical solution for companies needing an efficient isobaric filling system. Furthermore it remains compatible with various PET bottle types and is suitable for medium scale production. As a final point its design ensures long term efficiency and performance.

Condition: used, Year of construction: 2014, Used filling monoblock TEHNOMETAL 45 45 8 year 2014 The Used filling monoblock TEHNOMETAL 45 45 8 year 2014 efficiently bottles carbonated beverages and water, both still and sparkling. TEHNOMETAL manufactured this monoblock in 2014, integrating rinsing, filling, and capping functions into a compact structure. As a result, this design optimizes production processes and ensures high efficiency. Technical specifications of the Used filling monoblock TEHNOMETAL 45 45 8 year 2014 The Used filling monoblock TEHNOMETAL 45/45/8 year 2014 operates with PET containers and supports 0.50 liter and 1.5 liter formats with a PCO 1810 neck of 28 millimeters. In particular, the system rotates clockwise, ensuring a continuous and uniform production flow. The Used filling monoblock TEHNOMETAL 45 45 8 year 2014 fills up to 7,000 bottles per hour. When working specifically with 1.5 liter bottles, it processes up to 4,500 bottles per hour, aligning its performance with the blower’s capacity. Consequently, this monoblock ensures optimal production rates. Drg8Fp Rinsing unit in the Used isobaric monoblock TEHNOMETAL First, the rinsing unit uses 45 grippers and applies a single treatment process to clean each bottle before filling. Therefore, this setup effectively reduces contamination risks. Filling unit The isobaric filling system in the Used filling monoblock TEHNOMETAL 45 45 8 year 2014 contains 45 filling valves, which ensure precise and uniform product dosing. Moreover, the fixed nozzle configuration maintains accurate flow control, making the machine ideal for bottling soft drinks and carbonated water, where pressure stability is essential. Furthermore, the isobaric system ensures that carbonation remains stable throughout the filling process. In addition, its design minimizes product waste, improving overall efficiency. Capping unit The Used isobaric monoblock TEHNOMETAL includes a capping unit with 8 heads, which applies plastic screw caps of 1810 type, compatible with a 28 millimeter neck. As a result, this system securely seals the bottles, preserving product integrity over time. Equally important, it ensures a smooth capping process at high speeds. Safety and operational stability The Used filling monoblock TEHNOMETAL 45/45/8 year 2014 features advanced safety systems that protect both the bottles and the operator. Additionally, it includes mechanisms that prevent misalignment during operation. With this in mind, the system ensures consistent performance even under demanding production conditions. With a total weight of 6,500 kilograms, the structure remains stable even at full production speed. For this reason, manufacturers can rely on its durability. Applications and compatibility of the Used isobaric monoblock TEHNOMETAL This Used isobaric monoblock TEHNOMETAL meets the demands of the beverage industry and adapts to various production needs. Specifically, it efficiently processes: Soft drinks Still water Sparkling water Because of its high efficiency, the Used filling monoblock TEHNOMETAL 45 45 8 year 2014 delivers excellent performance for PET bottling lines. At the same time, it ensures reliability and cost-effectiveness. To summarize, this machine offers a strong balance between speed, precision, and safety.

Condition: used, Year of construction: 2000, Used revised Electronic SERAC Filling Monoblock for Milk and Drinking Yogurt 4000 bph Overview of the Used Electronic SERAC Filling Monoblock The SERAC R20.V10.720 electronic filling monoblock fills fresh milk and drinking yogurt under ESL (Extended Shelf Life) conditions. The Used revised Electronic SERAC Filling Monoblock for Milk and Drinking Yogurt 4000 bph optimizes the hygienic process to guarantee a product shelf life of up to 19 days by maintaining a controlled environment and ensuring precise dosing. Consequently, it minimizes contamination risks and enhances product consistency. Technical Specifications Manufactured in 2000, the Used revised Electronic SERAC Filling Monoblock for Milk and Drinking Yogurt 4000 bph remains in storage and utilizes a weight-based filling system with high-precision electronic scales. As a result, the weighing system delivers accurate dosing, minimizes waste and product loss, and maintains the quality standards required by the dairy industry. Drfyxl Furthermore, the monoblock rotates clockwise, optimizing production flow and integration with other line equipment. The filling module includes 20 filling valves, which ensures high operational efficiency and a continuous production flow. Additionally, the capping section features 8 capping heads, which apply a 38 mm plastic screw cap, compatible with the 38 mm neck type. Production Capacity and Efficiency of Used Electronic Filling Monoblock for drinking yogurt 4000 bph Moreover, the system produces 4000 bottles per hour (bph), making it ideal for medium-to-high capacity plants that require high precision and reliability. The 38 mm plastic cap meets dairy industry standards, ensuring a secure and airtight closure that, in turn, preserves the product’s organoleptic characteristics over time. Safety and Durability From a safety perspective, the SERAC R20.V10.720 monoblock includes advanced protective devices that reduce contamination risks and enhance operator safety. In addition, its robust structure and high-quality materials provide long operational durability, reduce maintenance needs, and offer high wear resistance. Consequently, this makes it a highly reliable choice for industrial applications. Electronic Monitoring and ESL Technology Likewise, the machine’s electronic architecture continuously monitors the process and allows parameter adjustments to adapt to different product viscosities and production variations. Thanks to this capability, manufacturers can maintain optimal efficiency. The integrated ESL system of the Used revised Electronic Filling Monoblock for drinking yogurt 4000 bph not only minimizes contamination risks but also reduces the need for invasive thermal treatments, thereby preserving the quality of milk and drinking yogurt. Conclusion of the Used Electronic SERAC Filling Monoblock Given its advanced technical features, the Used Electronic SERAC Filling Monoblock for milk offers a highly specialized solution for dairy manufacturers seeking a reliable, precise, and efficient filling system.

Condition: used, Year of construction: 2003, Used filling machine TBA21 500 Prisma 8000 bph The Used filling machine TBA21 500 Prisma 8000 bph provides a high-efficiency solution for industrial aseptic filling. Tetra Pak specifically designed this machine to package dairy products and fruit juices in Prisma Brik containers of 0.50 L. As a result, it ensures a reliable and consistent filling process. Technical features of the Used filling machine TBA21 500 Prisma 8000 bph The TBA21 model, built in 2003, undergoes a complete refurbishment before delivery. Consequently, this process restores its original functionality and ensures compliance with current safety standards. The machine currently remains in storage; however, it is ready for installation. Aseptic filling system This machine uses aseptic technology to protect the product throughout the bottling process. More importantly, it preserves the microbiological integrity of the liquid without requiring additional preservatives. Therefore, it extends shelf life while maintaining the product’s organoleptic properties. For this reason, manufacturers can ensure both safety and quality. Production capacity and compatibility The machine fills up to 8,000 bottles per hour (bph). Thus, it becomes an ideal solution for medium- to high-volume production. It works  with Prisma Brik containers of 0.50 L. In addition, it ensures efficient operation in dairy and fruit juice packaging. Furthermore, this model optimizes production speed while maintaining precision. B3Rcttpodi Reliability and operational safety The machine features an advanced safety system that complies with all current regulations. Specifically, it includes protective devices that minimize operational risks. In particular, engineers inspect each component to verify its structural integrity and ensure proper functionality. Moreover, they evaluate its reliability to guarantee long-term efficiency. Maintenance and refurbishment Before delivery, technicians conduct a full inspection of the Used filling machine TBA21 500 Prisma 8000 bph. To begin with, they assess the overall condition of the system. Then, they replace worn components and perform a final test to confirm proper operation. Notably, the refurbishment process includes checking pneumatic circuits, replacing seals, inspecting filling pumps, and calibrating the sterilization system. Additionally, they ensure that all safety features remain fully functional. By doing so, they restore the machine’s performance to optimal levels. Conclusion of the Used filler Tetra pak 500 Prisma This filler delivers a reliable and efficient solution for aseptic packaging in Prisma Brik containers of 0.50 L. As a result, it meets the demands of dairy and juice manufacturers seeking precision and high output. At the same time, its safety features provide added security during operation. Most importantly, its high productivity and dependability make it an excellent choice for industrial use. With that in mind, a full refurbishment before delivery guarantees optimal performance and compliance with industry standards.

Condition: used, Used Plant SPADONI for Beer Processing over 700 hl per year Machinery for Beer Production in this SPADONI Beer Processing Plant The SPADONI beer processing plant, with a capacity of over 700 hl per year, incorporates highly specialized machinery that enhances efficiency and precision in every stage of the production process. Since 2012, this plant has integrated advanced solutions for milling, brewing, cooling, and fermentation, allowing operators to maintain maximum control of production parameters. Milling and Steam Generation The Spadoni malt mill, manufactured in 2012, processes malt at a rate of 200 kg/hour. It crushes malt with adjustable granulation, thereby optimizing the extraction of fermentable sugars. Additionally, the Thermindus LPG steam generator, installed in the same year, delivers the necessary heat for brewing and pasteurization operations. As a result, it ensures stable and reliable thermal control. Brewhouse and Thermal Management The core of the plant features the Spadoni MBS 500 brewhouse, which operates with the capability to perform a double batch per day. Since 2012, this system has facilitated a continuous and high-performance wort production process. Furthermore, the 1,000 L hot water tank, produced by Spadoni Srl, supplies adequate thermal energy to support the brewing cycle. For efficient wort cooling, the plant contains a Spadoni plate heat exchanger and wort aerator, which has been in operation since 2012. This component rapidly reduces the temperature while ensuring proper oxygenation before fermentation. Moreover, the 10 hl hot and cold water storage tanks, constructed by Spadoni Srl, optimize thermal management during production, thus guaranteeing operational stability. The 1,400 L cold water tank by Alfalaval further enhances the thermal management system by supplying refrigerated water essential for rapid wort cooling. Consequently, the plant maintains consistent processing conditions. Drelfr Fermentation Cellar The fermentation cellar accommodates approximately 700 hl of annual production capacity. It includes tanks that effectively regulate and maintain the necessary temperature levels. The 2012 Spadoni fermenters, each featuring a usable volume of 11 hl, were manufactured by Spadoni Srl and correspond to the SDF1000B model. Their insulated construction, which provides a total capacity of 1,295 liters, ensures superior thermal stability during fermentation. Additionally, the cellar houses two 13 hl fermenters, produced in 2014 and 2016 by Ricci Engineering, along with an extra 6 hl fermenter from 2012. As a result, operators can manage production volumes with precision. Temperature Control To regulate fermentation temperature, the plant includes a 2012 fermenter temperature control panel, which allows for accurate monitoring and adjustment of fermentation parameters. In addition, the 2012 MTA glycol fermenter cooling unit maintains optimal temperature throughout the fermentation cycle, preventing any thermal fluctuations that could affect final product quality.

Condition: used, Year of construction: 2013, Used Shrink Wrapper ITAL PAL FCN70 + PK300T1  1650 Bundles/Hour The Used Shrink Wrapper ITAL PAL FCN70 + PK300T1  1650 Bundles/Hour is a machine designed for shrink film packaging, ensuring high performance and reliability. Consequently, this model, manufactured in 2013, operates at a speed of 1650 bundles per hour, making it suitable for high-efficiency production environments. Technical Features of the Used Shrink Wrapper ITAL PAL FNC70+ PC300T1 1650 Bundles/Hour First of all, the machine features a straight entry configuration, allowing a linear handling of containers before film wrapping. Additionally, it works with neutral film, but it also supports printed films, enabling packaging customization according to production requirements. Moreover, the system includes a tray, which is essential for product stability during the packaging process. It processes formats ranging from 3 to 24 pieces per carton, with an adjustable configuration based on container volume. Similarly, the machine operates with American boxes, a widely used packaging type in the industry to ensure product protection and durability. Electrical Specifications and Energy Consumption Furthermore, the system operates with a voltage of 380V, a power consumption of 10 kW, and a frequency of 50 Hz, meeting industrial standards for this type of machinery. Given these specifications, the shrink wrapper dimensions are 3400 mm in length and 2400 mm in depth, making it compatible with many existing production lines. Container Compatibility In particular, the Used Shrink Wrapper ITAL PAL FCN70 + PK300T1  processes various types of containers, primarily focusing on glass bottles and cans, offering operational flexibility for different industrial sectors, including the beverage and food industries. As a result, manufacturers benefit from a machine that efficiently handles diverse packaging needs. Operational Status and Maintenance Notably, the machine is currently in production, ensuring full operational functionality and proper performance of all its components. Additionally, both technical manuals and safety protections are available, complying with industrial safety regulations. In addition to these features, the shrink wrapper has undergone periodic revisions, maintaining consistent performance and minimizing the risk of machine downtime. Furthermore, spare parts are available, facilitating routine and extraordinary maintenance without affecting productivity. Conclusion of this Used Shrink Wrapper ITAL PAL Drelej To sum up, the used ITAL PAL FCN70 + PK300T1 shrink wrapper is an optimal solution for those seeking a reliable machine with high production capacity. Consequently, its versatile configuration, compatibility with different packaging formats, and guaranteed maintenance make it ideal for automated packaging lines. Given its efficiency, the 1650 bundles per hour speed, combined with compatibility with neutral and printed films, makes it a strategic choice for optimizing industrial packaging processes. Therefore, this machine is an excellent investment for businesses aiming to enhance their packaging efficiency.

Condition: used, Year of construction: 2006, Used Palletizer APSOL CP-G ROBOT 800 boxes/hour The APSOL CP-G ROBOT automatic palletizer provides a highly efficient solution for handling and palletizing boxes, particularly suited for the sparkling wine industry. This model, used until 2023 in a sparkling wine production line, delivers high performance while maintaining the robustness and safety typical of the APSOL brand. Palletizer Capacity and Operation The palletizer operates with a capacity of 800 boxes per hour, which is crucial for production lines that require fast and effective load management. It relies on an advanced robotic system, which enables precise movement on three axes, ensuring smooth and error-free operation. Additionally, the three-axis movement system offers excellent flexibility and greater precision in palletizing operations, minimizing the risk of product damage. Handling System and Box Infeed The pallet infeed uses a motorized roller conveyor, which ensures continuous and uninterrupted movement. Similarly, the outfeed of full pallets is managed by a motorized roller conveyor, which allows quick and efficient pallet unloading. The box infeed system employs single-lane feeding, equipped with a motorized roller conveyor and a separator, optimizing box distribution and handling. Bzocidnt3E Structure and Safety Features of the Used APSOL Palletizer The palletizer’s structure consists of painted steel with stainless steel cladding, ensuring long-lasting resistance and effective protection against corrosion, especially in production environments that require high hygiene and durability standards. Moreover, safety guards protect operators, ensuring their safety, which is essential in any industrial facility. Control Panel and Operation Type The equipment, which features integrated control panels, is easy to manage and offers continuous monitoring of operations. Due to its fixed operation type, the palletizer is ideal for installation in production environments where consistency and stability are essential. Consequently, it has maintained high reliability until 2023, ensuring excellent performance despite regular use. Pallet Size Flexibility and Supported Dimensions The Used Palletizer APSOL CP-G ROBOT 800 boxes/hour supports a variety of pallet sizes. It accommodates standard pallets such as Eur-Epal 800×1200 mm, and also specific sizes like Cp1 (1000×1200 mm), Cp2 (800×1200 mm), and Cp3 (1140×1140 mm). It can also handle pallets of varying sizes, such as Cp4 (1100×1300 mm), Cp5 (760×1140 mm), and larger formats like Cp7 (1300×1100 mm) and Cp8 (1140×1140 mm). The flexibility in supported sizes makes this palletizer versatile and suitable for various operational needs. Condition and Availability of the Used APSOL Palletizer The palletizer is currently in storage, ready for installation or adaptation to new production lines. Additionally, all safety features and manuals are available for proper installation and maintenance, ensuring that the equipment complies with safety regulations.

Condition: used, Year of construction: 2003, Used Shrink Wrapper Tetra Pak year 2003 1200 bundles/hour The Used Shrink Wrapper Tetra Pak year 2003 1200 bundles/hour shrink-wraps products efficiently. Consequently, its fully automated structure and production capacity of 1200 bundles per hour ensure high performance. Technical and Functional Specifications The Used Shrink Wrapper Tetra Pak year 2003 1200 bundles/hour operates with a continuous motion system, thereby maintaining a steady production flow without interruptions. Moreover, the wrapping process applies shrink film, effectively packaging bottles, cartons, and other containers. In addition, the system supports high-speed production lines, thus minimizing downtime and optimizing operational efficiency. Furthermore, the machine incorporates a straight inline feed system, which allows it to adapt to different conveyor speeds while integrating seamlessly with other machinery in the bottling line. As a result, this configuration simplifies integration into existing plants without requiring complex structural modifications. Shrink Film Characteristics Bzn7Tdbxks In particular, the Used Shrink Wrapper Tetra Pak  applies standard shrink film, thereby eliminating the need for printed film support. As a consequence, this design increases flexibility in packaging material selection and significantly reduces operating costs. Therefore, the machine remains suitable for diverse industrial applications. Bundling Capability Notably, the bundling system of the Used Shrink Wrapper Tetra Pak creates packs with or without trays, depending on the chosen configuration. Additionally, the machine accommodates various container formats, including bottles, bricks, and cartons, thereby providing high flexibility in production management. Since it runs at 20 bundles per minute, the system efficiently delivers 1200 bundles per hour, making it an excellent choice for high-production plants aiming to optimize workflow. Consequently, businesses can enhance their operational throughput significantly. Shrink Tunnel The Used Shrink Wrapper Tetra Pak includes a high-efficiency shrink tunnel, which ensures uniform sealing and tightening of the film around the bundle. Additionally, the system regulates temperature control, thereby guaranteeing optimal shrinkage without damaging packaged products. As a result, this feature preserves packaging quality and minimizes production waste effectively. Operating Conditions and Safety of the Used Shrink Wrapper Tetra Pak At present, the Used Shrink Wrapper Tetra Pak year 2003 1200 bundles/hour remains in storage condition, thus making it ready for reinstallation and operation. Furthermore, the system incorporates safety devices that protect operators during use, thereby minimizing accident risks and ensuring compliance with industrial regulations. Manufactured in 2003, the Used Shrink Wrapper Tetra Pak continues to provide an efficient, robust, and easily integrable packaging system. Moreover, its modular structure and compatibility with various packaging materials make it a versatile solution for multiple sectors in the food and beverage industry. Ultimately, this machine enables companies to optimize their packaging operations while maintaining high standards of safety and efficiency

Condition: used, Used aseptic filling line Tetra Pak A3 FLEX 200S up to 7000 l/h The Used aseptic filling line Tetra Pak A3 FLEX 200S up to 7000 l/h provides an advanced solution for the aseptic bottling of dairy products and fruit juices. Consequently, this line fills 200 ml Slim Brick containers, ensuring high production efficiency and maintaining the sterility of the product throughout the entire packaging process. Line Features of the Used aseptic filling line Tetra Pak A3 FLEX The bottling line operates with a capacity of up to 7000 liters per hour, ensuring high standards of safety and quality. Furthermore, the aseptic system prevents bacterial contamination, making this solution ideal for packaging sensitive liquids. Additionally, the line includes a conveyor system that facilitates the smooth transfer of containers between different processing stages, ensuring an uninterrupted workflow. Machines Included in the Line Tetra Pak A3 FLEX 200 ml Slim Filler (year 2006) The Used aseptic filling line Tetra Pak A3 FLEX relies on the Tetra Pak A3 FLEX filler, which aseptically fills 200 ml Slim containers. Moreover, this machine utilizes an advanced sterilization system to guarantee the microbiological safety of the packaged product. The filling process ensures precision, thereby minimizing waste and maintaining accurate dosing. Tetra Pak Straw Applicator 22 (year 2009) The Tetra Pak Straw Applicator 22 automatically affixes straws to 200 ml Brick containers. As a result, its integration into the production line enables precise and fast application, improving the product’s ergonomics for the end consumer. Flow Management and Buffering: Tetra Pak Accumulator ACHX30-0500-47M (year 2010) The ACHX30-0500-47M accumulator optimizes production flow by regulating container transport between different processing stages. In addition, this component ensures a continuous workflow, preventing interruptions and maintaining a consistent production rate even when downstream machinery operates at variable speeds. Tetra Pak Cardboard Packer 70 (year 2003) Drelcn The Tetra Pak Cardboard Packer 70 packages Brick containers into transport cartons. Consequently, the automated system enables fast and efficient packaging, protecting units during transportation and facilitating distribution logistics. Aseptic Filling Process in the Used aseptic filling line Tetra Pak A3 FLEX The entire system performs aseptic filling, a technology that maintains product sterility without requiring refrigeration. Specifically, the process sterilizes the container before filling, preventing bacterial contamination and ensuring an extended shelf life. Safety and Compliance The Used aseptic filling line Tetra Pak A3 FLEX incorporates advanced safety systems to protect both operators and the product during processing. Additionally, each machine complies with the sanitary and hygiene regulations required by the food industry, ensuring safe production in line with international standards.

Condition: used, Year of construction: 2016, Used Filling Monoblock Borelli for fermented beer 2500 bph General Features of the Used Filling Monoblock Borelli for fermented beer 2500 bph Borelli designed the filling and capping monoblock in 2016 as an advanced solution for bottling fermented beer and still wine. Moreover, the technical configuration includes a gravity filling system with a vacuum pump that optimizes foam management during the bottling process. This monoblock can produce up to 2500 bottles per hour; therefore, it is suitable for medium-scale production lines. Filling System The filling section operates with 12 valves using Gravity/Light Depression technology. Consequently, this system controls the liquid flow consistently, reduces oxygen introduction into the bottle, and improves the stability of the final product. Additionally, the integrated vacuum pump effectively manages foam, which is particularly useful for fermented beer. Supported Bottle Formats The Borelli monoblock handles two standard bottle formats: 0.33L and 0.75L. Furthermore, the system’s operational flexibility enables quick format changes while maintaining high production efficiency. The carousel rotates clockwise, thereby allowing seamless integration with other machines in an automated line. Capping Module The capping module features a single capping head optimized for 26mm and 29mm crown caps. As a result, this system processes different types of containers without compromising their integrity. Notably, the capping mechanism applies uniform and precise sealing, which is essential for maintaining carbonation in fermented beer. Structure and Materials Borelli constructed the filling monoblock from stainless steel to ensure corrosion resistance and easy cleaning. In addition, the compact design minimizes footprint in the production line and enhances accessibility for routine and extraordinary maintenance operations. Similarly, the control panel provides an intuitive interface for managing all operating parameters and adjusting filling and capping times. Performance and Reliability The Gravity/Light Depression system precisely processes both still wine and fermented beer, adapting to different rheological characteristics of the liquids. Consequently, the fixed nozzle design eliminates mechanical movement, reducing component wear and increasing the overall reliability of the equipment. Drelcd Conclusion of the Used Filling Monoblock Borelli for fermented beer 2500 bph With its technical configuration and production capacity of 2500 bottles per hour, the Borelli filling monoblock offers an efficient solution for companies needing a reliable bottling system for fermented beer and still wine. Specifically, the combination of gravity filling and foam management via a vacuum pump maintains consistent product quality, minimizes oxidation risks, and preserves the beverage’s organoleptic characteristics. In summary, the Borelli monoblock delivers high performance, efficiency, and quality in the bottling process of fermented beer. Moreover, its robust construction, advanced filling system, and precise capping mechanism make it a strategic choice for producers in the enology and brewing industries.  

Condition: used, operating hours: 7,000 h, Used Bottling Line KRONES with Aseptic Filling 36000 bph Bznyajaiiw The used KRONES bottling line with aseptic filling 36000 bph provides a highly efficient solution for the beverage and dairy industries, meeting productivity and quality demands in high-capacity production environments. This system ensures the highest standard of sterilization, preserving the organoleptic properties and food safety of the bottled product. Furthermore, it is designed to offer consistent performance throughout long production runs. Line Speed and Capacity The Used aseptic line KRONES processes 36000 bottles per hour (bph), on the format 500 ml, making it suitable for high-capacity production. It handles PET containers and supports various formats, including 0.3 L, 0.4 L, 0.5 L, and 1.0 L. In addition, this versatility makes the line ideal for different applications in the beverage industry, including milk, juices, tea, and flavored water. As a result, the line adapts easily to various markets and production demands by configuring different container sizes. Therefore, it offers flexibility for a range of product types. Aseptic Filling Technology in the Used aseptic line KRONES The line’s aseptic filling system eliminates microbiological contamination. Moreover, the sterilization and filling processes occur while keeping the product sealed in aseptic conditions, minimizing preservatives and ensuring a long shelf life without refrigeration. This process is critical for handling sensitive products like milk and fruit juices, which require advanced sterilization to maintain their nutrients and natural properties. Consequently, the line ensures that all products meet stringent quality and safety standards. Key Components of the Line The system manages sterilization with a STORK machine, available in two units. In addition, the system also handles product homogenization with a STORK homogenizer  (available in two units). These devices ensure consistent product quality, especially for beverages like milk and juices. As a result, the system achieves uniformity in the final product, improving consumer satisfaction. The UHT system (Ultra High Temperature) uses the VarioDose Krones to treat the product at high temperatures, eliminating bacteria and microorganisms without compromising quality. Along with the system, Jongia 2010 tanks and APV 2011 tanks are used, both designed for aseptic operation, and CIP APV 2010 provides in-situ cleaning. Thus, the line ensures complete hygiene during the entire filling process. The filling process uses a Krones monoblock from 2010 to manage aseptic filling and sealing of bottles. Additionally, the CIP Krones VarioClean 2010 cleans the filler system effectively, reducing contamination risks and improving operational efficiency. In turn, this boosts the overall productivity of the line. Other Devices and Features The line includes numerous essential components, such as a 10 bar Atlas Copco compressor, a 2010 Atlas Copco chiller for cooling, and a Krones Contiform S20 blow molding machine from 2010, which produces PET containers.

Condition: used, operating hours: 80,000 h, Used aseptic isobaric bottling line KHS for PET 27000 bph Overview of the Used aseptic isobaric bottling line KHS for PET 27000 bph The Used aseptic isobaric bottling line KHS for PET 27000 bph provides a highly technological solution for bottling beverages in PET bottles. Moreover, this line handles bottle formats ranging from 0.33 liters to 2.5 liters and effectively adapts to various production needs. Therefore, manufacturers seeking flexibility benefit greatly from this line. Products and production capacities The Used aseptic isobaric bottling line KHS for PET 27000 bph processes soft drinks and fruit juices while offering production capacities that vary based on the type of beverage and bottle format. Consequently, producers can optimize production to match product demand. Drd3Zr Carbonated drinks production capacity of the Used aseptic isobaric bottling line KHS for PET 27000 bph 0.50-liter bottles: This line produces 22,000 bottles/hour, ensuring efficient output. 1-liter bottles: The line achieves 18,000 bottles/hour, making it suitable for medium-sized productions. 1.5-liter bottles: It handles 16,000 bottles/hour, enabling versatile production planning. 2-liter bottles: The line processes 15,000 bottles/hour, efficiently managing larger formats. Non-carbonated drinks production capacity 0.33-liter, 0.50-liter, 0.75-liter, 1-liter bottles: This line outputs 27,000 bottles/hour, ensuring high throughput for smaller formats. 1.5-liter bottles: It processes 19,000 bottles/hour, enhancing production flexibility. 2-liter bottles: The line manages 15,000 bottles/hour, accommodating diverse product lines. Operational history and filling technology The Used aseptic isobaric bottling line KHS for PET 27000 bph has operated for approximately 80,000 hours. Operators completed a full upgrade in 2019 and a major overhaul at 76,000 hours by the end of 2021. As a result, the machinery maintains excellent performance standards. It uses isobaric filling technology, which optimizes pressure control during the filling process. This technology efficiently handles carbonated beverages and guarantees product quality and safety. Composition of the Used aseptic isobaric bottling line KHS for PET 27000 bph The line includes the following equipment, all from the KHS brand, ensuring consistent integration and performance: Cap Sterilizer: KHS SCS8 and SCT4 (2006) The KHS SCS8 and SCT4 cap sterilization systems fully sterilize caps before sealing the bottles. They preserve internal product sterility, using steam and chemical solutions to eliminate microorganisms. Additionally, the SCS8 model treats caps to meet strict hygiene standards, while the SCT4 model efficiently handles large volumes of caps, ensuring a steady supply. Filling Machine: KHS Alfill (2006) The KHS Alfill filling machine ensures sterile bottle filling under controlled conditions.

Condition: used, Year of construction: 2009, Used Tetra Pak Sterilizer + Homogenizer 12000 l/h The Used Tetra Pak Sterilizer + Homogenizer 12000 l/h processes liquid food products through thermal treatment and homogenization, ensuring high safety and quality standards in industrial production. Since it combines a UHT sterilization system with a high-pressure homogenizer, it delivers optimal processing for various food and beverage applications. Moreover, its design allows easy integration into existing production lines, making it a practical choice for manufacturers. General Features Drdacp This system operates at a capacity of 12,000 liters per hour (l/h), providing both high performance and consistent results in thermal treatment and particle size reduction. Tetra Pak, a leading brand in food processing technology, manufactured this unit in 2009, ensuring a balance between proven reliability and advanced engineering. Furthermore, the system’s robust construction guarantees long-term durability, reducing the need for frequent maintenance. Tetra Pak UHT Sterilizer  The UHT sterilization unit applies high temperatures to ensure the microbiological stability of liquid products. Because it features a controlled heating system, it keeps the sterilization temperature between 95°C and 138°C, depending on production requirements. In addition, operators can adjust the holding time at multiple levels, choosing between 5, 10, 15 seconds for initial stages and 30, 45, 60 seconds for advanced stages, allowing precise thermal treatment control. To optimize heat transfer, the system regulates hot water flow between 10,500 and 32,000 l/h, ensuring uniform sterilization. As a result, the unit maintains an outlet temperature between 85°C and 95°C, which provides controlled cooling before further processing. Another key advantage is that its design allows seamless integration with homogenization systems, CIP (Cleaning-in-Place) units, and aseptic packaging lines. Consequently, manufacturers can streamline their production process while maintaining hygiene and quality standards. Tetra Pak Alex 30 Homogenizer The Tetra Pak Alex 30 homogenizer operates at pressures up to 250 bar, effectively reducing particle size and improving product stability. Because it processes between 6,000 and 14,000 l/h, it is ideal for enhancing the consistency and quality of UHT-treated liquid products. Additionally, the system features cone valves and pistons made of stainless steel or solid ceramic, ensuring durability and resistance to wear. It also includes grooved and V-type seals, which provide effective sealing and reduce maintenance needs. Since the homogenization process occurs in two stages, the system ensures maximum efficiency. The first stage applies 42% of the pressure, while the second stage handles the remaining 58%, both controlled electronically via VDC signals for optimal precision. As a result, the machine delivers a consistently high-quality output.

Condition: used, Year of construction: 2010, Used Tetra Pak Helix Accumulator 47 Meters Year 2010 The Used Tetra Pak Helix Accumulator 47 meters year 2010 optimizes container flow in high capacity bottling lines. Specifically, it balances the production line efficiently, ensuring constant movement between different machines. As a result, it reduces downtime and increases overall plant productivity. Moreover, it enhances operational consistency, which improves overall efficiency. Tetra Pak, a global leader in bottling and packaging solutions, manufactured this model ACHX 30 to provide robustness and reliability. Notably, its helical structure compacts and efficiently accumulates containers while minimizing space usage. Furthermore, with a length of 47 meters, it manages large volumes of containers, ensuring a continuous flow even during format changes or maintenance operations upstream or downstream of the line. Therefore, it guarantees productivity without unnecessary interruptions. Operation and Technical Features of the Tetra Pak Helix Accumulator The Tetra Pak helix accumulator moves containers smoothly using a spiral system. Consequently, it prevents bottlenecks and reduces the risk of product damage. In addition, the helical configuration distributes the load evenly, maintaining a constant flow. This is particularly important for high speed bottling lines, where interruptions could cause productivity losses. Buwtu0Hpb3 Technicians have revised the Used Tetra Pak Helix Accumulator 47 meters year 2010, ensuring operational reliability and compliance with current safety standards. Although it remains in storage, it is ready for immediate integration into a new production line. Moreover, the revision process included critical components such as motors, conveyor belts, and sensors. By doing so, this thorough maintenance guarantees long lasting and high performance operation. As a result, it minimizes the risk of mechanical failures. Integration into Bottling Lines The ACHX 30 model integrates seamlessly into various bottling line configurations. Indeed, its 47 meter length provides high accumulation capacity, reducing the impact of sudden machine stops downstream. For this reason, the rest of the line continues operating without interruptions, maximizing production efficiency. Additionally, this design reduces downtime significantly. Furthermore, this Tetra Pak Helix Accumulator manages the flow intelligently, maintaining a consistent production speed. In other words, it minimizes load variations on filling and packaging machines, which prolongs the operational life of mechanical components. Consequently, it reduces maintenance costs while maintaining high productivity levels. Moreover, it optimizes energy consumption, contributing to cost efficiency. Conclusion of the Tetra Pak Helix Accumulator The Used Tetra Pak Helix Accumulator 47 meters year 2010 efficiently optimizes container flow in bottling lines. Because of its full revision and advanced technical features, it ensures smooth and secure container accumulation. Moreover, it consistently improves overall plant efficiency. As a result, industry professionals choose this model for its high performance and cost efficiency, making it a strategic asset in modern bottling operations. Ultimately, it provides a reliable and effective solution for high capacity production lines.

Condition: used, Year of construction: 1999, Procomac UNICLEAN 2R 2-OP1-BA-A-20 1999 The Uniclean units is a modular system comprising five units. Drcaet Thinned NaOH stocking unit Thinned HNO3 stocking unit Electrical panel Pneumatic panel Heat exchanger unit The purpose of this system is to sterilise the machine at the end of each work shift and whenever necessary for hygienic purposes for example, before activating the production line after a lengthy line stoppage (week-end). NaOH Dilutions 1 HNO3 Diluitions 1+3% Consumptions Water 20 M3/H Steam 750 Kg/H Air 3 Nm3/H

Condition: used, Year of construction: 2010, Used Injection Molding Machine SIPA PP2 72 year 2010 The SIPA PP2 72 injection molding machine from 2010, currently operating until April 2025, provides an efficient and precise solution for producing PET preforms. As a result, the system ensures high performance in the bottling industry, thanks to its advanced technical setup and specialized components. This Used Injection Molding Machine base features the PPS 72 model, equipped with a rotary robot dedicated to optimal preform cooling. Specifically, this integrated cooling system maintains consistent dimensional quality, shortens cycle times, and ensures high production volumes without compromising technical specifications. Moreover, in this Used Injection Molding Machine, the preform discharge conveyor alternates between two octabins, optimizing space and minimizing material handling times. Hot Runner and Customized Cold Half Plate of this Used Injection Molding Machine Bson9B3803 In the Used Injection Molding Machine SIPA PP2 72 year 2010, the 72-cavity hot runner maximizes productivity and ensures uniform plastic flow distribution. The system includes a complete cold half, consisting of: The core plate, which ensures proper preform shaping. The lip plate, which delivers precision and flexibility during the injection process. The cavity plate, customized to produce a wide range of preforms according to customer requirements. In addition, this setup allows quick modifications and minimizes downtime, increasing overall system efficiency. Consequently, operators can achieve high production rates while ensuring adaptability to various production needs. PET Dryer and Environmental Control The DP820P HT dryer, manufactured by Plastic Systems, and equipped with a H6000 hopper, handles PET drying. Importantly, this dryer, installed in 2010, dehumidifies the plastic material, ensuring proper preparation before the injection process. Indeed, controlling the PET’s moisture content is essential to prevent structural defects and achieve high mechanical properties in the preforms. At the same time, the Eisbar DAS – E23 air conditioning unit, also from 2010, manages the cabin’s environmental conditions by regulating temperature and humidity. Therefore, this system ensures stable conditions and prevents variations that could compromise the quality of the final product. Similarly, it contributes to overall operational stability by reducing potential production inconsistencies. Mezzanine for Optimal Component Arrangement The system includes a mezzanine that houses the dryer and cabin air conditioner. As a result, this platform provides an ergonomic and organized layout of the various components, simplifying both routine and extraordinary maintenance while freeing up floor space in the production area. Furthermore, this arrangement enhances safety by reducing equipment-related congestion on the production floor.

Condition: used, Year of construction: 1998, Used Premix PARMATEC Drinkmix 12000 l/h The Used Premix PARMATEC Drinkmix 12000 l/h, which PARMATEC manufactured in 1998, delivers high-performance beverage preparation. This machine precisely mixes water, syrup, and CO₂ to produce a final product with excellent stability. Furthermore, its modular configuration and advanced process control make it highly suitable for medium and large-scale production lines. Technical Features Bsokh2Guzu Model: Drinkmix 12000 l/h Manufacturer: PARMATEC Year of manufacture: 1998 Processing capacity: 12,000 liters per hour Main components: Base structure provides support and ensures machine stability. Water tank stores water for mixing. Syrup tank holds syrup for blending with water. Circulation pump moves the product continuously through the process line. Carbonation and mixing unit injects CO₂ and ensures complete homogenization. Storage tank stabilizes the mixed product before filling. Sanitizing transfer pump moves the sanitizing solution efficiently. Control panel houses all operational and monitoring controls. Work Cycle of the Used Premix PARMATEC Drinkmix The Used Premix PARMATEC Drinkmix 12000 l/h follows a structured four-step process that ensures accurate proportioning and thorough mixing of ingredients. DeaerationFirst, the system removes oxygen from the water to facilitate carbonation. It does this by injecting a precise amount of CO₂ before the water enters the main tank. Additionally, a specially designed nozzle creates a “rain effect” that enhances oxygen separation. As a result, the system achieves optimal preparation for the next stage. DosingNext, the deaerated water and syrup pass through micrometric valves that regulate their flow with exceptional accuracy. Moreover, the machine displays these flow rates on dedicated graduated indicators, allowing operators to monitor the process in real time. This phase ensures that the final premix meets the beverage’s exact specifications. Final Carbonation and MixingAt this stage, the system injects carbon dioxide in the first section of the heat exchanger coil. Then, a micrometric valve controls the amount of CO₂ while a flow meter displays the exact level. Immediately after injection, carbonation and final mixing take place, ensuring a uniform and well-integrated product. Finally, the last section of the coil, which operates under high pressure, forces the product to fully absorb the CO₂. Storage and StabilizationFinally, the process moves to storage and stabilization inside a pressurized tank. Because this tank operates under controlled conditions, it ensures continuous product flow to the filling machine. At the same time, it allows the necessary resting period for product stabilization. In addition, a specialized regulation system maintains CO₂ pressure at a consistent level, preserving beverage quality.

Condition: used, Year of construction: 2018, Used Labeling Machine SIMAC Sellers PP 770-8T The Used Modular Labeling Machine SIMAC Sellers PP 770-8T delivers high-performance adhesive labeling for glass and PET bottles. Moreover, its advanced configuration, electronic cam, and mechanical centering system ensure precision and adaptability to various formats. Consequently, it is suitable for a wide range of applications. Structure and General Features This used adhesive and modular labeling machine includes three labeling stations for applying labels on the front, back, and neck of bottles. Manufactured in 2018, it underwent a full revision in 2025, incorporating significant upgrades for improved efficiency and accuracy. Furthermore, the revisions enhanced durability and ease of operation. Configuration: central drum Ø 770 mm, featuring 8 rotating plates (8T). Three labeling stations (3S) and three ejectors (3E). Modular system, allowing customization based on production needs. The modular system enables users to configure and adjust the machine by adding or removing components such as labeling stations, different bottle handling systems, or optical centering features based on specific production requirements. Predisposition for Optical Centering System: The machine is designed to support an optical centering system. Users can integrate this system at any time to enhance labeling precision, particularly for bottles requiring highly accurate label placement. Labeling Process Bottle Feeding The conveyor system transports bottles into the machine. Simultaneously, an infeed starwheel separates them and directs them towards the central drum, where they settle onto rotating plates. As a result, the bottles maintain proper spacing and alignment. Bottle Centering The Used Modular Labeling Machine SIMAC Sellers PP 770-8T utilizes two centering technologies: Drcabf Optical centering (can be added): The machine has a predisposition for an optical centering system, meaning users can install cameras and sensors to detect specific reference points on bottles (logos, engravings, or screen prints) if needed. Thus, it enhances labeling accuracy for certain applications. Mechanical bottom centering relies on an electronic cam to align bottles precisely using a mechanical guide under the bottle base. The 2025 upgrade introduced a quick format change system to optimize production times. Consequently, downtime is minimized. Label Application The machine features three adhesive stations, responsible for applying labels on the front, back, and neck of the bottle. The process follows these steps: The system picks up labels from an adhesive roll. Likewise, it ensures a continuous supply of labels. It removes the silicone backing. Consequently, the adhesive surface becomes available for application. It applies the label directly to the bottle surface while the rotating plate ensures precise placement.

Condition: used, Used Aseptic Filling Line Tetra Pak A3 FLEX 1000S up to 9000 l h The Used aseptic filling line Tetra Pak A3 FLEX 1000S up to 9000 l h provides an advanced solution for aseptic bottling of liquid products. Specifically, it can reach a production capacity of 9000 liters per hour. This line ensures maximum efficiency and reliability when filling dairy products and juices. Moreover, its fully integrated aseptic process preserves the organoleptic and microbiological characteristics of the product. Main Components of the Aseptic A3 Flex 1000S line Homogenizer and Sterilizer – 12 tons per hourThe homogenization and sterilization system of the Used aseptic filling line Tetra pak A3 FLEX 1000S up to 9000 l/h stabilizes the product and eliminates microorganisms through controlled thermal treatment. Furthermore, its 12 tons per hour capacity allows it to handle large volumes while maintaining product quality and safety. Alsafe Tank – AsepticThe Tetra Alsafe tank stores products aseptically before filling. As a result, its food grade certified materials ensure complete isolation and prevent contamination risks. Tetra Pak CIP System The Cleaning In Place CIP system automates line sanitation. Consequently, it cleans all product contact parts internally, reducing downtime and improving operational efficiency. Bsoimh2Pza Tetra Pak A3 FLEX 1000S Filling MachineThe A3 FLEX 1000S filling machine forms the core of the Used aseptic filling line Tetra Pak A3 FLEX 1000S up to 9000 l h. Specifically, it fills dairy products and juices aseptically in carton containers. In addition, it ensures high dosing precision, thereby minimizing waste and guaranteeing excellent packaging quality. CAP21 Capping MachineThe CAP21 capping machine seals containers hermetically, thus preventing contamination and extending shelf life. Additionally, its seamless integration with the filling machine maintains an uninterrupted workflow. ACHX30 Accumulator 47 metersThe ACHX30 accumulation system optimizes package flow along the production line. Consequently, it reduces downtime and enhances overall bottling efficiency. Tetra Pak Film Wrapper 67 Shrink WrapperThe Film Wrapper 67 shrink wrapper of the Used aseptic filling line Tetra pak A3 FLEX 1000S up to 9000 l/h provides secondary packaging by wrapping products in plastic film. In turn, this step improves logistics and distribution efficiency while ensuring greater protection and stability during transportation. Filling Line Features of the line The Used aseptic filling line Tetra Pak A3 FLEX 1000S up to 9000 l h uses aseptic filling technology, which prevents bacterial contamination without preservatives. Furthermore, it supports various liquid products, especially milk, dairy products, fruit juices, and plant based beverages. By integrating advanced technologies and automated sanitation management, this line delivers high quality standards with optimal production efficiency.

Condition: used, operating hours: 2,001 h, Used Bottling Line for baby powder milk 18000 cphs Bqq2Jlbafu The bottling line for baby powder milk at 18,000 cans per hour operates as a fully adutomated system that ensures high efficiency and precision. Each machine in this line optimizes production flow, reduces waste, and meets the strict quality standards required in the food sector Key features of the Used Bottling Line for baby powder milk 18000 cph Depalletization The process starts with the Jorgensen depalletizer (2000), an advsanced system that handles preformed cans. This machine integrates a Siemens S7 PLC and Danfoss frequency converters, enabling precise production flow management. Additionally, the system includes an empty pallet collection station and an infeed buffer for 5 pallets, which facilitate continuous processing without interruptions. Rinsing machine Next, the cans move through the air rinsing machine, which removes particles and impurities using a high-pressure compressed air jet. This process prevents contamination while maintaining optimal hygienic conditions before filling. As a result, the product remains safe and meets regulatory requirements. Scoop Placement machine in this bottling line for baby powder milk The scoop placement machine (Hoppmann, 2014) plays a critical role in ensuring the accuracy of scoop insertion. This machine, which has a capacity of 360 scoops per minute, features a high-capacity buffer hopper, dedicated conveyor belts, and an automated insertion unit. Consequently, it places scoops with exceptional precision in each can. Filling machine The powder filling machine (Mannesmann Dematic / Colby Powder Systems, 2000) performs the filling process efficiently. This machine employs a dual-stage weighing system with automatic feedback, allowing precise dosage adjustments. The CRF 24H model reaches a maximum capacity of 300 cans per minute for 99 mm cans and 150 cans per minute for 127 mm cans. Moreover, the Mettler Toledo Garvens scale (2020) ensures weight conformity, enhancing production consistency… Production Capacity The line accommodates various filling capacities, making it highly versatile: 400-gram cans: up to 18,500 cans per hour. 800 / 850 / 900-gram cans: up to 10,200 cans per hour. Pre-seamers In this used line for baby powder milk, following filling, the can bottom unpacker and pre-seamer prepare the cans for final sealing. The Siemens S7 PLC integrated into the system ensures precise control. Additionally, the Ferrum pre-seamers (2000), with models F504EC for 127 mm cans and F505EC for 99 mm cans, provide strong adhesion before the final sealing step.d Quality Control To guarantee product integrity, the high care room control station supervises all production stages. Equipped with a PLC and production management software, this station allows operators to monitor and adjust processes as needed.

Condition: used, Year of construction: 2003, operating hours: 10 h, Used Filling Monoblock CIMEC 6-6-1 1000 bph Technical Features and Specifications The Used Filling Monoblock CIMEC 6-6-1 1000 bph, model AMERICA DPS 6/6/1 EAGLE C, offers a versatile and reliable solution for isobaric bottling processes, specifically designed for beer production. Manufactured by the Italian company CIMEC in 2003, this monoblock integrates advanced features to ensure precision, quality, and operational safety. Structure and Configuration of the Monoblock The CIMEC 6-6-1 monoblock combines three key units into one compact structure: a rinser, an isobaric filler, and a capper. This configuration, therefore, optimizes line space and reduces processing time, ensuring a maximum output of 1000 bottles per hour (bph). Rinser: Equipped with 6 grippers for bottle holding and a single treatment with a fixed nozzle, it efficiently cleans the bottles before the filling process. Additionally, it ensures that no contaminants remain inside the containers, contributing to product purity. Isobaric filler: The filling section includes 6 valves with 3 buttons, allowing controlled pressurized filling, ideal for beer and other carbonated beverages. Meanwhile, the pre-evacuation and leveling system reduces oxygen presence inside the container, preserving the product’s organoleptic properties. AROL Capper – Eagle C model: The capper handles 26 mm crown caps and operates with 1 capping head. As a result, it ensures precise capping, preventing leaks and contamination. Drardj Advanced Technical Features The Used Filling Monoblock CIMEC 6-6-1 1000 bph ensures high operational efficiency and precise process control. The isobaric technology, in contrast to standard gravity filling, maintains constant pressure inside the container during filling, avoiding foaming and guaranteeing accurate dosing. Pre-evacuation system: It eliminates air from the bottle before filling, thereby minimizing oxidation. Automatic leveling and degassing: This system ensures consistent product levels and removes excess gas, so the final seal remains airtight. Included Formats and Spare Parts The monoblock comes with false bottles, enabling cleaning and system testing without starting production. Furthermore, it includes two formats, both with a 65 mm diameter, suitable for standard beer bottles. In addition, the machine comes with two jack cylinders, allowing fast replacements and maintenance in case of wear. Safety Features of this Used Filling Monoblock for beer The monoblock includes technical manuals and integrated safety systems to protect operators and comply with current regulations. Each section features safety devices that prevent malfunctions and, thus, guarantee smooth operation. Specifically, safety guards, emergency stop buttons, and pressure monitoring ensure that any risk is minimized. Conclusion of this Used Filling Monoblock for beer The Used Filling Monoblock CIMEC 6-6-1 1000 bph offers a reliable solution for the beer industry, designed to maximize product quality and minimize downtime. Thus, it is ideal for breweries seeking enhanced productivity and consistency. Although older in manufacturing year, its robust build and spare parts availability extend its operational life. Overall, this monoblock embodies efficiency, precision, and adaptability, making it an excellent investment..

Condition: used,  Used KRONES Filling Line for Edible Oil Year 2018 The used KRONES filling line for edible oil, manufactured in 2018, delivers high efficiency for bottling edible oil. Furthermore, this line ensures immediate operation through recently completed preventive and corrective maintenance. Technical specifications of the filling line for oil The filling line processes edible oil using a gravity/light depression technology. Moreover, this system guarantees maximum precision and quality in the bottling process. All machinery comes from 2018, offering cutting-edge technology that adheres to the latest standards. The line handles bottles in formats of 750 ml, 900 ml, 1 liter, and 1.8 liters, delivering remarkable versatility for various production needs. In addition, it processes up to 6,800 bottles per hour for the 750 ml, 900 ml, and 1-liter formats. For the 1.8-liter format, it achieves a production rate of up to 16,000 bottles per hour. Bottle Types: The line primarily processes PET bottles. However, the filling monoblock also accommodates glass bottles, offering additional operational flexibility.   Main Components 1. 1-5 Step Injection Stretch Blow Molding Machine Bkzvrq0Lwy Machine Name: 1-5 Step Injection Stretch Blow Molding Machine Brand: ASB – Nissei Origin: Japan Year of Production: 2018 Working Hours: 3693 Quantity: 4 Type of PLC: YOKOGAWA The ASB – Nissei 1-5 Step Injection Stretch Blow Molding Machine represents an advanced solution in the field of plastic container forming. This technology combines the advantages of 1-step and 2-step processes, offering efficient, high-quality production. The process starts with the injection of the preform, followed by a primary cooling phase. Subsequently, the preform undergoes secondary cooling to ensure uniform temperature distribution. After stabilizing the temperature and adjusting the step, the preform is reheated and subjected to stretch blow molding to obtain the final product. This approach allows for greater forming precision and reduced cycle times. Equipped with a YOKOGAWA PLC, the machine ensures precise process control and easy integration with other industrial automation systems. The 2018 production guarantees compliance with the latest technological standards, offering reliability and high performance.   2. Conveyor Between ASB & Filing Monobock Machine Name: Conveyor Between ASB & Filler Machines Brand: Delta Engineering Origin: Belgium Year of Production: 2018 Type of PLC: SIEMENS-ET200SP The conveyor produced by Delta Engineering is designed to ensure the continuous and efficient flow of bottles between ASB machines and fillers. These conveyors come in various sizes and materials, with different types of chains, such as small or vacuum chains for unstable bottles, to prevent falls and ensure safe handling.