Used Beverage production for sale (935)

Condition: used, Year of construction: 1999, Used Filling Monoblock FIMER 20/20/3/3 up to 4500 bph This Monoblock efficiently processes still liquids, such as water and wine. Notably, FIMER manufactured this machine in 1999, ensuring an operational capacity of up to 4500 bottles per hour (BPH) for bottling 0.75-liter glass containers. Additionally, this unit currently remains in storage, ready for immediate use. Monoblock Structure and Rotation This machine operates with a clockwise rotation, which allows it to move containers smoothly and continuously through each treatment station. Consequently, this rotational design synchronizes the rinsing, filling, and capping cycles precisely, which helps to maximize productivity and minimize bottling interruptions. As a result, the machine maintains efficient workflow throughout the process. Fehx Dovgvd Ho Emcogb Technical Data and Electrical Specifications This unit connects to a 380 V power supply and operates with 6.5 kW of power at a frequency of 50 Hz. Therefore, these specifications match most industrial networks, providing ample power for each bottling stage. Rinsing Station With 20 grippers in the rinsing station, the machine treats each bottle with a single rinse to prepare it for filling. Given this setup, the Monoblock can rinse containers quickly and effectively, removing any residues and thus readying them for the filling phase. Filling Station in the Used Filling Monoblock FIMER 20/20/3/3 up to 4500 bph In the filling section, the machine uses 20 fixed valves with a gravity or light vacuum system, ensuring that it fills each bottle evenly. Moreover, this design maintains speed and precision, achieving a steady output of up to 4500 BPH. Consequently, this filling method suits still products like water and wine, preserving their properties and, equally important, preventing turbulence. Capping Station The capping station is equipped with three heads for aluminum screw caps and three for straight cork stoppers. In this way, the machine can accommodate different closure types, including 31×18 mm caps. Therefore, this versatility ensures tight, protective seals on containers after filling. Safety Features of the Used Filling Monoblock FIMER 20/20/3/3 up to 4500 bph Finally, this Monoblock includes advanced safety systems, which protect both operators and containers throughout use. Furthermore, these safety features provide additional reliability, ensuring the machine’s consistent functionality.

Condition: used, Used bottling line SPECIJALKA for carbonated beverages 3000bph The SPECIJALKA used bottling line for carbonated beverages at 3000 bottles per hour integrates a rinser, a filler, and a capper. Moreover, this machine fills bottles of various capacities, using both PET and glass. The technical specifications therefore clearly address the needs of technicians and experts in the bottling industry. Main technical features of the Bottling Line SPECIJALKA The Bottling Line SPECIJALKA operates with 32 filling valves, producing around 2500 bottles per hour for 2.0-liter bottles and up to 3000 bottles per hour for bottles between 0.5 and 1.5 liters. The 28 mm bottle neck works well for both PET and glass. As a result, this versatility allows easy adaptation to different production needs. The capper, which uses 8 heads, simultaneously applies 28 mm plastic caps quickly and precisely. Fgjhx D Emovgvdgocob Labeler and saturation system The line uses a linear labeler to apply nylon labels with speed and precision, optimizing the labeling process. Additionally, it includes a saturator/mixer that ensures efficient carbonation, delivering the right amount of CO2 in each product. Furthermore, the combination of these features improves the overall performance of the system. Usage and maintenance status The machine has remained unused, and since 2008, we have kept it overhauled and serviced to maintain its perfect condition. Currently, we store it in a ready-to-use state. The installation of this bottling line requires approximately 200 square meters of space. Thus, this ensures an optimal arrangement of the components. Rinser and filler The rinser  of the Bottling Line SPECIJALKA operates with 20 heads and secures the bottles under the neck to prevent damage during washing. Consequently, this method prepares the bottles for filling. The filler, equipped with 32 valves, fills the bottles quickly and accurately, enhancing production efficiency and reducing product waste. Therefore, this process improves both speed and quality in the bottling operation. Conclusion of the Bottling Line SPECIJALKA The SPECIJALKA used bottling line for carbonated beverages at 3000 bottles per hour offers a complete, versatile solution for high-scale production. It handles both PET and glass bottles while providing an efficient labeling system. In conclusion, it presents an excellent choice for companies aiming to boost production without sacrificing quality. Ultimately, this system increases operational efficiency while maintaining flexibility in production requirements.

Condition: used, Year of construction: 1995, Used Homogeniser High Pressure Tetra Pak 10000 lhr Main technical features of the Tetra Pak Homogeniser Alex TA25 Tetra Pak manufactured the TA25/200BAR model in 1995 as a used high-pressure homogeniser, designed to process up to 10,000 liters per hour at a pressure of 200 bar. Currently, the machine operates at a capacity of 10,000 liters per hour, while maintaining a maximum pressure of 200 bar. In addition, the machine includes two homogenization stages, which are perfect for precise particle size reduction. Fohx D Eovgvdasmcegb Components and operation The Tetra Pak TA25/200BAR uses mushroom valve cylinders, which therefore ensure efficient control of liquid flow. The pistons have a diameter of 50 mm, which consequently allows the machine to evenly distribute pressure across the two stages. Moreover, a 37 kW motor powers the unit, with an input of 400 V, drawing 68 Amps, running at 50 Hz and 1480 rpm. Dimensions and mechanical configuration The Tetra Pak Homogeniser Alex TA25 measures 245 x 165 x 160 cm and weighs about 1,925 kg, which thus ensures stability during operation and simplifies installation in industrial facilities. Furthermore, the internal oil pumping system enhances the machine’s reliability, reducing the need for frequent maintenance. Materials and construction of the Tetra Pak Homogeniser Alex TA25 The machine’s stainless steel cladding provides corrosion resistance, ensuring a long operational life. Additionally, the integrated pulsation damper optimizes process control, thereby reducing pressure variations that might affect product quality. Applications and operational advantages This Tetra Pak Homogeniser Alex TA25 is particularly suited for the food and beverage industry, where particle size reduction is crucial for product stability and consistency. Due to the two-stage configuration, it handles high-viscosity liquids effectively. As a result, it ensures uniform particle distribution. Thus, it provides optimal performance for various industrial applications.

Condition: used, Year of construction: 1996, Used Diary Pasteurisation unit TETRA PAK 20000 l/hr The Tetra Pak Tetra Therm Lacta pasteurisation unit, with a capacity of 20,000 liters/hour, processes liquid dairy products continuously. It efficiently handles market milk, cheese milk, yogurt milk, cream, and ice cream mixes. Moreover, this model combines high energy efficiency, modularity, and advanced automation. Working Principle of the Used Diary Pasteurisation unit TETRA PAK To begin, the process involves pre-sterilization, where the unit circulates hot water for 20 minutes. Subsequently, the system stabilizes at the production temperature. If production delays occur, operators can activate a hibernation mode, which reduces energy consumption by up to 85%. During production, the balance tank first receives the product, ensuring gentle handling and high cleanliness through integrated CIP devices. Then, the Tetra Plex plate heat exchanger uses the outgoing pasteurized product to regenerate heat, completing the initial heating phase. In addition, an indirect hot water circuit performs the final heating phase. The holding tube keeps the product at the required temperature for the specified time. Importantly, if the pasteurization temperature drops below the set level, a flow diversion valve immediately redirects the product back to the balance tank. Capacity and Performance This unit processes up to 20,000 liters of milk per hour. Furthermore, it maintains standard pasteurization parameters based on the type of product, including: Fgehx Djvgvc Aj Emceb Milk pasteurization temperature: 74 °C for 15 seconds. Outlet temperature: 4 °C. Additionally, the thermal regeneration system achieves 90% efficiency, significantly minimizing energy use. Technical Features This unit includes several key components. First, the balance tank manages product levels automatically. Next, a plate heat exchanger handles cooling, heat regeneration, and final heating. Moreover, a sterilization system features a continuous holding tube. The automated control unit (PLC) provides a user-friendly interface for monitoring and managing processes. Finally, pneumatic sanitary valves and stainless steel AISI 316 piping ensure durability and reliability. Moreover, users can connect optional subunits, such as homogenizers, separators, and fat standardization units, to enhance functionality. Therefore, this system offers flexibility for various production needs. Cleaning and Maintenance For cleaning, the Tetra Therm Lacta performs fully automated CIP cycles using alkaline and acidic detergents. During production, operators may initiate an intermediate cleaning (IC) process to extend uptime. Simultaneously, the system logs data on temperatures, alarms, and cleaning cycles automatically. In contrast to manual cleaning methods, the automated processes reduce downtime. Consequently, production resumes quickly after cleaning, thereby improving efficiency.

Condition: used, Year of construction: 2005, Used Filling Monoblock GAI 2405 1500 bph This Monoblock offers, therefore, a highly specialized solution for bottling still wine in glass containers, designed to meet the needs of technical precision and production continuity for industry operators. GAI manufactured this machine in 2005, and it achieves a filling speed of 1500 bottles per hour, which ensures, in turn, high efficiency for medium-capacity production lines. Filling Specifications of the Used filling monoblock GAI Fgjhx D Emovgvcvjceb The filling system of the GAI 2405 monoblock, meanwhile, delivers high precision in handling the product, maintaining consistent operating conditions. This model, in particular, uses 12 gravity or light depression filling valves, which effectively prevent turbulence or alteration of the still wine during processing. The filling valves, consequently, stay in a fixed position, reducing the risk of contamination or leaks. Rinsing Section The Used Filling Monoblock GAI 2405 1500 bph rinsing system includes 12 grippers that perform a cleaning treatment for each bottle. The system, thus, completes rinsing in a single phase, which removes any residual particles inside the containers before filling. This single-treatment configuration, additionally, optimizes processing time and improves overall speed without compromising quality. Capping Features The capping section of this model of Used filling monoblock GAI  supports straight corks and includes one head for cork insertion, which enables the production of still wine in formats of 0.75 L, 1.0 L, and 1.5 L. This feature of operating with straight corks, as a result, ensures adherence to the traditional characteristics of the final product and, in turn, meets specific market demands. Design and Structure The Monoblock features a design that ensures long operational life and easy maintenance. Operators can access each component for cleaning and inspection, allowing for safe and efficient management of the machine. Moreover, the integration of rinsing, filling, and capping sections into a single unit reduces the machine’s footprint, which, therefore, optimizes space in the facility. Production Cycle of the Used filling monoblock GAI This monoblock, likewise, maintains a stable production cycle, limiting fluctuations in temperature and pressure inside the bottles by optimizing control over filling conditions. The Used Filling Monoblock GAI 2405 1500 bph, as a result, synchronizes each stage of the process, minimizing waiting times and maximizing efficiency. Compatibility and Versatility The Used Filling Monoblock GAI 2405 1500 bph adapts perfectly to glass bottle production in various formats, with a capacity range from 0.75 L to 1.5 L. This versatility, in conclusion, makes the machine ideal for medium-volume bottling lines, thus optimizing the production process while, indeed, maintaining high-quality standards.

Condition: used, Used Filling Line ENOBERG for Glass and PET Bottles  1300 bph The Used Filling Line ENOBERG for GLASS and PET bottles 1300 bph offers a comprehensive, highly efficient solution for bottling water, both still and sparkling. In particular, this machine ensures reliable and precise filling through an isobaric process at a speed of 1300 bottles per hour. It accommodates both glass and PET containers in 50cL and 150cL formats, and it supports various cap types, including PE screw caps and crown caps. Structure and Technical Features of the Filling Line ENOBERG Fgehx D Emjvgvciocjb The ENOBERG S.ISO tvp type 6,6,+1 filling monoblock drives the line’s operation, featuring an integrated rinsing system and water filter. Additionally, this monoblock includes a filler, a capper, and a double carousel, which ensure a continuous and uninterrupted process. Meanwhile, a Siemens control unit manages the system, offering consistent quality and reliability. The monoblock measures 400x200x250 cm, thus providing a compact yet complete setup for industrial operations.  Carbonation In terms of managing sparkling water carbonation, the line includes an Emrich 4″x13″/2 carbonizer. This setup enables uniform product saturation and supports continuous production.  Labeling and Marking A Labelpack model 102845AD labeller, Etima type, manages the labeling system, precisely and reliably applying labels. Additionally, a Videojet type 1580 inkjet printer handles product marking from a mobile stand on castors, enabling flexible placement along the line. Thus, the printer provides clear, durable printing and integrates seamlessly into the line with its compact 90x80x135 cm dimensions.  Conveyor Belts and Wrapping Systems As for product transportation, two Paxona brand conveyor belts ensure smooth, uninterrupted movement along the Filling Line ENOBERG. Moreover, a Giemme Altair 70 P90 shrink wrapper completes the production cycle by wrapping the bottles securely for transport. Consequently, this system protects bottles and prepares them for immediate shipment.  Condition and Maintenance of the Filling Line ENOBERG Lastly, the Used Filling Line ENOBERG for GLASS and PET bottles 1300 bph operates in optimal condition and is ready for immediate use. Thanks to regular servicing, all components remain fully functional and like new, thereby providing high reliability and longevity. In addition, the Filling Line ENOBERG adapts quickly to new formats and bottling needs, helping producers respond flexibly to evolving market demands.

Condition: used, Year of construction: 2006, Used Capping Machine AROL T stopper year 2006 Machine Description of the Capper AROL KAMMA PKV The machine is specifically designed for efficient and reliable bottling with T-stoppers in industrial settings. With its five heads, the machine precisely manages each step of the process. Consequently, it maintains closure quality consistently while operating at high production speeds. Cap Gripping System To ensure effective stability during cap positioning, the machine’s vacuum-based gripping system secures each cap, which significantly reduces the risk of errors or misalignment. Moreover, an integrated vacuum pump powers this mechanism, ensuring a firm and consistent grip on each cap throughout the process. Adjustable Capping Head One key advantage of the AROL capping machine is its adjustable-height capping head, which easily adapts to various bottle sizes. As a result, this versatility makes the machine suitable for different production formats. Therefore, it increases both efficiency and operational flexibility. Cap Distribution System An alveolar centrifugal distributor manages cap distribution, ensuring uniform and consistent delivery. Furthermore, this component minimizes the risk of jamming. Thus, it keeps the workflow continuous, which is essential for maintaining high and uninterrupted production. Safety and Materials The Used Capping Machine AROL T stopper year 2006 includes safety guards, which effectively protect operators throughout operation. Additionally, the machine’s stainless steel exterior provides strength and corrosion resistance, which are both critical for use in the food and beverage industries. Production Speed and Inverter Control Thanks to its inverter control, operators can easily adjust the machine’s speed, allowing it to meet specific production demands. Consequently, the AROL capping machine can reach a production capacity of approximately 7,000 bottles per hour. Thus, it offers an ideal combination of efficiency and flexibility to satisfy market needs. Bottle Flow Configuration With its left-to-right bottle feed (clockwise flow), the machine optimizes the production line layout. This setup, therefore, integrates smoothly into existing systems, reducing installation time. In turn, it supports continuous production and maximizes operational efficiency. Production Year of the Capper AROL KAMMA PKV Manufactured in 2006, the Used Capping Machine AROL T stopper combines reliability with proven technology. Even though it was produced years ago, the machine still upholds high-quality standards. Hence, it offers companies a reliable and versatile capping solution. Fshxovgvcce D Emcegb

Condition: used, Year of construction: 2015, operating hours: 36,250 h, Used Compressor Ingersoll Rand Centac C750 MX4 40 bar year 2015 Technical Description The machine provides a reliable option in the industrial sector for applications requiring high pressures and airflow. Ingersoll Rand, a leading company in air compression, manufactured this model in the Centac series with a focus on performance and durability. Model Features The Centac C750 MX4, a 2015 model, offers high-pressure (HP High Pressure) compression with a design that prioritizes reliability and longevity. Operating at a rated pressure of 40 bar, it therefore meets the needs of complex industrial applications that demand consistent and high-performance compression. Furthermore, this compressor features a single compression stage, which maximizes efficiency and simplifies maintenance. As a result, its single-stage design reduces the number of components, which keeps management costs low. Power and Airflow This compressor delivers 600 kWh of power, thereby providing enough energy to support continuous compression processes with optimized energy use. It supplies an air flow rate of 3600 m³/h, effectively meeting industrial demands for high volumes of compressed air while maintaining consistent quality and pressure in the output. Consequently, this capability makes it especially suited for intensive production lines that require continuous, stable airflow. Safety and Current State The Compressor includes advanced safety systems that protect both the machine and operators. Notably, its safety devices automatically shut down the compressor in case of overload or overheating, which minimizes malfunction risks. Currently, this compressor remains in storage, ready for immediate installation and integration into industrial setups. Its storage condition, in fact, ensures that it has no signs of wear from use, preserving its full functionality. Dimensions and Weight The compressor’s significant dimensions—5000 mm in length, 2700 mm in width, and 2200 mm in height—require proper planning for installation. Moreover, weighing 11840 kg, it needs specific lifting equipment for safe transport and positioning onsite. By planning ahead, operators can thus ensure safe and efficient handling during setup. Fehx D Ejvgvb Ssmcogb Electrical Specifications The machine runs on a 400-volt power supply with a frequency of 5 Hz, which is fully compatible with industrial electrical standards. These specifications provide stable and continuous operation, which, in turn, is crucial for applications requiring constant use. Conclusion  of the Used Compressor Ingersoll Rand Centac C750 MX4 40 bar year 2015 The Compressor serves as a robust technical solution for industrial facilities needing high performance and reliable compressed air systems.

Condition: used, Year of construction: 2006, operating hours: 22,000 h, Used Blow Molding Machine KOSME KSB 4L up to 6800 bph The KSB 4L blow molding machine is built specifically for producing PET bottles. Notably, it offers a robust, compact solution for high-performance production. Its design is both innovative and technically straightforward. As a result, it ensures optimal efficiency and a high quality-to-price ratio. With four cavities, it effectively produces up to 6,800 bottles per hour. In addition, it accommodates formats from 0.1 to 2.5 liters. The solid, well-organized structure of the KSB 4L provides operators with flexibility and reduced maintenance needs. Furthermore, the machine has completed 22,000 hours of operation. It also includes two original molds, one for 0.5 liters and one for 1 liter. Heating system and preform feed in the Blow Molding Machine KOSME KSB 4L To achieve its heating capabilities, the KSB 4L’s heating system uses four heating modules and eight heating provides a heating capacity of 46 kW. Moreover, its patented positioning system places infrared lamps precisely, thereby ensuring optimal external heating of preforms without opening the oven. For efficiency, the conveyor belt system for preform feed orients and positions the preforms. It streamlines the heating process and thus reduces preparation times. Blowing process and production efficiency Furthermore, the Blow Molding Machine KOSME KSB 4L’s pneumatic preform separation system adjusts the preforms’ distance from 40 mm in the oven to 120 mm in the mold. Then, the blowing process operates in a fully replaceable station, which adapts to different bottle diameters as needed. Afterward, the transfer unit moves heated preforms into the mold cavities, where they undergo sealing, stretching, and blowing. Each cavity consequently produces up to 1,700 bottles per hour, thereby achieving high precision and stability in production. Consumption and energy requirements Fshx Dsvgvb Ee Emcsgb In terms of energy, the KSB 4L operates on a voltage of 3 x 230/400 V, with a frequency of 50 or 60 Hz, an installed power of 56 kW, and an average consumption of 36 kW. Additionally, the compressed air system maintains a working pressure of 10 bar and a blowing pressure up to 40 bar, consuming 470 Nm³/h of air. In addition, the cooling system requires a water flow of 6.6 m³/h at an inlet temperature of 5 to 7 °C, achieving a cooling capacity of 20.8 kW. Operator advantages and maintenance Notably, the design allows easy access to all internal components, thereby enabling quick format changes and simplifying mold replacement, which takes an average of only 30 minutes. Furthermore, its linear movement arrangement and durable construction materials minimize maintenance needs. Additionally, the touch-screen interface lets operators input parameters for different types of preforms and bottles, and the system offers password protection to enhance operational security. Conclusion of the Blow Molding Machine KOSME KSB 4L In conclusion, the KSB 4L serves as an ideal solution for those seeking a reliable and high-performance used machine that produces PET bottles with precise specifications and optimized consumption.

Condition: used, operating hours: 52,428 h, Used Bottling Line for Sparkling Beverages up to 9000 bph The used bottling line for sparkling beverages up to 9000 bph effectively manages the production of still and sparkling water, as well as soft drinks, in PET containers. This line features interconnected machines, which, together, ensure a continuous and effective workflow. Additionally, each machine in the line operates in isobaric mode, optimizing filling for sparkling beverages. As a result, the system handles up to 9000 bottles per hour, making it a powerful solution for high-output bottling. Containers and Product Type in the Bottling Line For sparkling beverages The system, specifically designed to fill PET containers, provides durability and lightness, making them ideal for both sparkling and still beverages. Furthermore, this line specializes in processing still and sparkling water, along with other non-alcoholic drinks. Using isobaric technology, the line effectively preserves effervescence throughout filling, which, in turn, maintains product integrity and enhances taste quality. Blow Molding Machine – SMI EBS 2016 The SMI EBS blow molding machine, model EBS from 2016, forms PET containers directly on-site. Specifically, it transforms preforms into bottles, ensuring consistent size and container strength. Therefore, this integrated blow molding machine increases efficiency by minimizing reliance on external bottle supplies and maintaining high-quality production standards for the CFT Bottling Line For sparkling beverages. Filling Monoblock – CFT Master EW 32/32/8 2012 The CFT Master EW 32/32/8 filling monoblock, a central component of the used bottling line for sparkling beverages up to 9000 bph, combines rinsing, filling, and capping in one compact unit. Notably, this system uses isobaric filling to keep internal container pressure stable, which is especially beneficial for carbonated beverages. In this way, the setup reduces waste and effectively protects the product’s quality. Labeling Machine – P.E. Labellers Universal M/S 15T/960/3S – 4E 2009 Fgehx D Emsvgvbrscsb The P.E. Labellers labeling machine, model Universal M/S 15T/960/3S – 4E from 2009, applies labels to PET containers with precision. Label application helps with product identification, in addition to ensuring regulatory compliance. Furthermore, this model offers flexibility and accuracy, especially for containers of various shapes and sizes for the CFT Bottling Line For sparkling beverages Sleevering Machine – Nortan NORTAN 50 2008 The Nortan NORTAN 50 sleevering machine from 2008 of the CFT Bottling Line For sparkling beverages adds protective sleeves to containers, enhancing aesthetics and protecting them from contamination. In addition, this process proves essential for beverages stored or transported over long periods. Thus, the used bottling line for sparkling beverages up to 9000 bph benefits from this feature by improving product durability on store shelves.

Condition: used, operating hours: 45,000 h, Used Bottling Line SIDEL for still water up to 12000 bph Main features of the bottling line The used SIDEL bottling line for still water up to 12000 bottles per hour delivers high standards of productivity and precision. Moreover, the system produces 12000 bottles per hour, making it suitable for medium high production capacities. The line processes PET containers, handling formats ranging from 0.33 L to 1.5 L. Additionally, this line applies a volumetric filling system, ensuring accurate dosing for each bottle. It supports containers with neck types between 25 and 29 mm, thereby improving compatibility with various market standards. Furthermore, the system exclusively processes still water, maintaining a specific and dedicated production flow.  Details of the equipment in the Used Bottling Line SIDEL for still water up to 12000 bph The Sidel SBO 8 blow molding machine, manufactured in 2005, forms the bottles at the core of the process. Notably, this machine transforms preforms into finished bottles using high pressure compressed air. Therefore, SIDEL technology ensures precise shaping and optimizes PET material usage, minimizing waste. Filling Monoblock The Sidel 36 36 9 filling monoblock, also from 2005, performs rinsing, filling, and capping in a single compact unit. This design maximizes space efficiency and reduces transfer times between stages. Consequently, the volumetric filling system delivers precise dosing, which ensures the final product quality. Fjhx D Emsvgva Ujcjgb Labeling Machine The PE Labellers ROLLMATIC labeling machine, from 2005, applies wrap around labels to containers. Advanced technology positions labels accurately, thus enhancing the finished product appearance. This system works perfectly for PET water bottles, meeting the line speed and quality requirements. Shrink Wrapper The Sidel Cermex shrink wrapper, from 2005, performs secondary packaging. Specifically, the machine uses shrink film to create compact and secure packs. As a result, this process enhances logistics and product distribution while protecting items during transport. Conveyors in the Used Bottling Line SIDEL for still water up to 12000 bph The line operates with a complete system of conveyors, both air and ground. These conveyors maintain a continuous and uninterrupted flow between production stages. Additionally, the conveyors minimize downtime and ensure high operational efficiency. Technical advantages of the line This used bottling line delivers reliability and robustness, even with its 2005 manufacturing date. Moreover, all machines ensure a long operational life and reduce maintenance costs. The system efficiently bottles still water, ensuring a specific and contamination free process. Furthermore, SIDEL machinery integrates seamlessly with complementary components, such as the labeling machine and shrink wrapper, to maintain a uniform production flow. With a speed of 12000 bottles per hour, this line supports companies with consistent production demands. Conclusion The used SIDEL bottling line for still water up to 12000 bottles per hour provides a reliable and highly efficient solution for the bottling sector. Therefore, with robust machinery and an optimized configuration, it meets the needs of technicians and experts requiring a complete solution for producing PET water bottles.  

Condition: used, Year of construction: 2012, Used Blow Molding Machine HDPE Kautex KCC5D year 2012 Introduction to the HDPE Blow Molding Machine Kautex The HDPE Kautex KCC5D blow molding machine debuted in 2012, enabling the automatic production of hollow articles from thermoplastic materials, with a nominal speed of 600 bph. Furthermore, this double-station model integrates a solid structure that combines a machine frame, extruder frame, and rear control cabinet. The mold carriage moves horizontally on linear roller guides, allowing the mold to open and close in parallel, generating clamping force rapidly, and varying mold thickness. Consequently, the system supports continuous high-speed extrusion. It is designed to process formats ranging from 5L to 2L. Clamping Unit Specifications Fgohx D Emevgvaujceb The clamping unit handles a force of 60 kN and accommodates molds with dimensions of up to 310 mm in width and 400 mm in length. Moreover, operators can adjust the plate distance from 200 mm to 460 mm. Additionally, the carriage completes a 320 mm stroke and supports molds weighing up to 2×100 kg. An integrated hydraulic system ensures precise and rapid carriage movement. As a result, the unit maintains high efficiency. Hydraulic System The hydraulic unit delivers energy-efficient performance with its dual-circuit system and accumulators. Moreover, internal gear pumps operate quietly. A heat exchanger cools the oil, while electronic monitoring systems track oil levels and filter contamination. Therefore, the hydraulic system ensures reliability and longevity. Extruder Platform Operators access the extruder platform via side stairs, using the electric height adjustment system to simplify maintenance and adjustments. Furthermore, safety barriers meet European and American standards, creating a secure working environment. Thus, operators benefit from enhanced safety measures. BlowCommand 4 Control System The BlowCommand 4 control system employs a PC with real-time Soft PLC and a 15-inch color touchscreen display. This system streamlines function management, including axial wall thickness adjustment through 100 control points. Additionally, advanced capabilities include managing night heating, storing data on Compact Flash, and performing remote diagnostics via modem. Consequently, these features optimize machine operations. Included Equipment The machine incorporates two sets of calibration devices with proportional hydraulic control, a cold cutting and welding system for parisons with electropneumatic control, and punching devices for neck, shoulder, and handle cooling with pneumatic assistance. Moreover, it also includes bottom punching devices featuring pneumatic spring support and vertical adjustment. Furthermore, two sets of post-cooling devices manage internal air flow, making the system suitable for single or multiple productions. Therefore, this comprehensive equipment ensures versatility. Documentation and Operator Panel The standard documentation details the machine’s operational specifications comprehensively.

Condition: used, Year of construction: 2004, operating hours: 5,000 h, Used revised Filling Monoblok MBF 50.70.12.10 17000 bph Production of MBF filling machinery: 14,000 BPH 750 ml  with inert gas injection. 17,000 BPH 750 ml  without inert gas injection Equipment of MBF filling machinery: 750 ml bottle with satin cork and 500 ml with crown cap 50 gripper rinsing carousel, fixed nozzle, recirculation system Fgjhx D Eevgvansmcob 70 valves light empty filling carousel external diameter 15 mm, centralized adjustment, inert gas injection, automatic CIP to be annex with separate deal. First 12-head capping carousel for 24x38H and 24x45H cork satin corks, dust extraction, cap feeder (automatic electro-pneumatic coupling / release) Second 10-head capping carousel for 26 crown caps, magnetic cap elevator (automatic electro-pneumatic engagement / release)  

Condition: used, Year of construction: 2018, Used Tetra Pak HELIX 30 accumulator year 2018 Accumulation and Flow Management The Tetra Pak HELIX 30 from 2018 optimizes the accumulation and flow of production lines with advanced technology. Moreover, this machine handles large quantities of packaging efficiently and ensures operational continuity during slowdowns or stops in subsequent stages of the production line. Fgjhx D Eevgvahomcob Technical Specifications of the Tetra Pak HELIX 30 The machine, identified as H236-ACHX, processes the 200S format with exceptional versatility for industrial applications. Furthermore, Tetra Pak’s Helix technology facilitates smooth and uninterrupted accumulation, reducing the risk of container damage and enhancing productivity. Consequently, the model achieves a nominal capacity of 44M, making it highly effective for high-speed production lines. Innovation in Container Accumulation in the Tetra Pak Helix 30 The Tetra Pak HELIX 30 from 2018 streamlines container flow and ensures steady production even during peak loads. Additionally, its compact design allows seamless integration into existing production lines without requiring significant structural adjustments. Thus, this feature delivers fast and efficient solutions for industrial facilities. Industrial Applications of the Tetra Pak HELIX 30 The machine handles the 200S packaging format efficiently, which the food and beverage industries widely use. In fact, its accumulation system prepares containers quickly for subsequent processing stages, minimizing downtime and maximizing productivity. As a result, the Tetra Pak HELIX 30 from 2018 fulfills the demands of modern production by offering reliable and high-performance operations. Maintenance and Sustainability The Tetra Pak HELIX 30 from 2018 simplifies maintenance through its easily accessible components, which reduce intervention times and improve equipment longevity. Meanwhile, its sustainable design lowers energy consumption and reduces operational costs while minimizing its environmental footprint. Therefore, companies benefit from its long-term cost efficiency and eco-friendly operation. Conclusion of the Tetra Pak Helix 30 In conclusion, the Tetra Pak HELIX 30 from 2018 offers reliability, efficiency, and sustainability to companies in the bottling sector. Furthermore, its adaptable design supports diverse production line configurations, while its robust construction upholds Tetra Pak’s reputation for quality. As such, this machine becomes a benchmark for efficiency in the industry.

Condition: used, Year of construction: 2012, operating hours: 10,000 h, Used Capping Machine AVE 6T up to 7000 bph The used capping machine AVE 6T up to 7000 bph delivers high efficiency and versatility for the bottling industry. Specifically, it handles medium to high-speed production lines, ensuring consistent and reliable results. Furthermore, the machine for Stelvin Lux uses six capping heads to provide precise and uniform operation throughout every bottling cycle. Moreover, its design maximizes production speed, enabling the handling of up to 7000 bottles per hour. This performance, in turn, supports businesses aiming to improve operational efficiency and maintain consistent product quality. The system supports aluminum screw caps of the Stelvin Lux type, measuring 30×60 mm. Consequently, this cap type creates an airtight seal, preserving product integrity and extending shelf life. Producers in the wine and beverage industry often choose this format for its reliability. Additionally, the machine rotates clockwise, aligning with standard bottling line layouts and reducing the need for costly modifications. Its compact design, moreover, integrates smoothly into existing production environments, even when space is tight.  Safety Features and User-Friendly Maintenance The used capping machine AVE 6T up to 7000 bp enhances safety by incorporating advanced protective features. For instance, these systems shield operators from potential risks, reducing accidents and improving workplace safety. Furthermore, the safety mechanisms allow operators to access and maintain them quickly, ensuring consistent compliance with industry standards. Fehx D Emevgvabocsgb The technical manuals of Stelvin Lux, in addition, offer clear instructions for installation, maintenance, and troubleshooting. These guides, therefore, enable operators to resolve issues efficiently, minimizing downtime and preserving productivity. Additionally, the machine’s modular design allows technicians to replace components quickly, streamlining maintenance tasks and lowering repair costs. Current State and Electrical Requirements The machine for Stelvin Lux currently remains in storage, ready for immediate installation on a new production line. Moreover, it operates at 400 V, with a power requirement of 3 kW and a frequency of 5 Hz. Therefore, users should verify these specifications to confirm compatibility with their existing electrical systems. Furthermore, the machine’s low energy consumption supports production facilities in reducing operational costs without compromising performance. Robust Performance and Durability of Stelvin Lux Thi machine withstands demanding production environments with its durable construction. Notably, its six capping heads ensure consistent quality in every operation, maintaining high production standards. Consequently, businesses rely on this machine to meet ambitious production goals while preserving the integrity of their products. Moreover, its precision and efficiency make it a valuable asset for any bottling operation.

Condition: used, Used Line for Oil Production ALFALAVAL up to 1500 kg/h The continuous cycle olive mill operates as a complete system, producing oil with a capacity of up to 1500 kg/h. Moreover, each component features high-quality materials, primarily stainless steel, ensuring durability and compliance with hygiene regulations. Loading and Washing System To begin with, the bin tipper feeds olives onto a conveyor belt, maintaining a continuous and consistent flow toward the washing phase. Subsequently, the washer with leaf remover separates leaves and impurities effectively. In addition, the stainless steel Alfa Laval washer with an integrated cyclone cleans the olives thoroughly. Meanwhile, a hopper and screw feeder deliver the olives to the crusher, preserving their quality through stainless steel construction. Crushing and Paste Transfer After washing, the stainless steel hammer crusher Rapanelli, mounted on a steel frame, crushes olives uniformly at a capacity of 25 q/h. Then, a pump transfers the paste to the malaxers, which play a crucial role in the process. Furthermore, six stainless steel tanks, each holding 600 liters, malax the paste. As a result, pneumatic valves control loading and unloading, while inspection windows provide a clear view of the process. Notably, anti-condensation doors, coded green for loading and red for unloading, enhance functionality. Decanter and Separation At this stage, the Alfa Laval decanter 716B-11G processes 12-15 q/h of paste. Consequently, the decanter separates oil and water into a stainless steel tank while a vibrating screen removes residues. Additionally, pumps handle the transfer of water and oil, and an 11-meter stainless steel screw conveyor moves the pomace through a hopper. Moreover, two Alfa Laval centrifugal separators (models 407-AGT and 507-AGT) refine the oil with high efficiency. Automation and Control On the automation side, the system relies on an electrical cabinet that automates and supervises operations. For this reason, a dedicated Touch Screen PC enables operators to monitor every phase of the process in real-time. Accordingly, this advanced control system minimizes manual intervention, ensuring precision and smooth operation. Fjhevgu U Djx D Emcjgb Operating Conditions The Used Line for Oil Production ALFALAVAL is running smoothly for the current campaign. Furthermore, its modular design and durable materials ensure longevity and simplify maintenance. Meanwhile, stainless steel piping preserves the oil’s organoleptic properties and prevents contamination. In conclusion, the Used Line for Oil Production ALFALAVAL up to 1500 kg/h provides an efficient and complete technical solution for producing high-quality oil.

Condition: used, Year of construction: 2005, operating hours: 25,000 h, Used Case Packer MAS PACK Accupack 3/6 year 2005 The Used Case Packer MAS PACK Accupack 3/6 year 2005 packs bottles into cases with precision and efficiency. Moreover, MAS PACK manufactured this model in 2005 to meet the needs of high-capacity bottling lines. Consequently, it delivers reliability and flexibility, making it an excellent choice for companies that prioritize speed and accuracy. Technical Specifications and Operational Capacity Fgehx Dsvgu Uks Emcsb The Case Packer MAS PACK Accupack 3/6 processes up to 12,000 bottles per hour. Furthermore, it handles glass containers efficiently and accommodates formats of 0.375 liters, 0.75 liters, and 1.5 liters. In addition, the machine’s fixed head and left-side operator setup improve access and streamline operations, enabling smooth packaging processes. Working Configurations of the Case Packer MAS PACK This case packer supports two main configurations. Specifically, it processes four cases of six bottles each or two cases of twelve bottles. Therefore, these options allow operators to adapt the machine to different production requirements and optimize performance without sacrificing speed. Additionally, the flexibility in configurations ensures it meets a wide range of operational demands. Materials and Versatility MAS PACK designed the Accupack 3/6 to maintain consistent performance over time. For example, the system stabilizes glass bottles during the packing process and minimizes the risk of damage. Likewise, its ability to switch between multiple formats without complex adjustments increases its versatility and value for production lines. Consequently, it remains a practical choice for industries with varied production needs. Ideal Applications The machine supports companies that package standard glass bottle formats, such as those in the wine, spirits, and premium water industries. Moreover, its high production speed enables efficient operation on bottling lines with demanding throughput requirements. Notably, by ensuring careful handling of glass containers, it maintains the quality of packaged products. Similarly, the machine’s adaptability helps businesses maximize output and minimize errors. Technical Conclusions of the Case Packer MAS PACK The Used Case Packer MAS PACK Accupack 3/6 year 2005 enhances productivity and flexibility for glass bottle packaging. Additionally, it reaches speeds of 12,000 bottles per hour and works with diverse case configurations to meet varying production goals. Furthermore, its compact design and operator-friendly layout save space while maintaining high performance. Consequently, it serves as a reliable asset for modern bottling operations.

Condition: used, Year of construction: 2007, operating hours: 10,000 h, Used Labeling Machine PE LABELERS Universal Master up to 7500 bph The Machine delivers advanced technology for labeling glass bottles, meeting production demands of up to 7500 bottles per hour. Furthermore, P.E. Labellers manufactured this machine in 2007, ensuring precise operations with its robust design and integrated features. Technical specifications and performance of the Used PE Labellers Labeling Machine The labeller includes eight rotating plates and five labeling stations. Specifically, three stations apply adhesive labels, while two use cold glue. The machine rotates clockwise, which streamlines bottle flow management. Additionally, its manual adjustment system for both the head and labels enables quick adaptations to different formats, thereby enhancing flexibility. Production capacity and configuration The labeller handles glass bottles with a maximum diameter of 120 cm and a standard 0.75-liter format. Consequently, it operates at a top speed of 7500 bottles per hour, making it ideal for medium-scale production lines. Moreover, the system applies labels to the front, back, and neck of each bottle, ensuring a high-quality, professional finish. Labeling method and management in the Used PE Labellers Labeling Machine Fgohevgu Udjx D Emcsb This machine applies labels using adhesive and cold glue methods. Therefore, this dual approach ensures compatibility with a wide range of label designs and materials. Meanwhile, operators manually adjust the system to maintain precise control during each production batch. Current state and operational specifications The machine remains in storage; however, it is ready for immediate deployment. It has recorded 10,000 working hours, yet it still offers substantial operational capacity. Furthermore, its robust build, weighing 2250 kg, ensures stability and durability even under high-speed conditions. Electrical data and power requirements The labeller PE LABELERS Universal Master up to 7500 bph runs on 400 V, with an installed power of 5 kW and a frequency of 50 Hz. As a result, its electrical configuration meets industrial standards, ensuring efficient energy usage for extended operations. Additionally, its energy efficiency supports long-term cost savings. Applications and technical advantages The Used Labeling Machine PE LABELERS Universal Master up to 7500 bph ensures efficient and accurate label placement. Similarly, its versatile labeling stations handle bottles of various shapes and sizes without compromising output quality. Consequently, this versatility makes it a reliable option for many bottling operations. Technicians and industry experts rely on this machine for its performance and customizable configurations. Above all, it represents an excellent choice for demanding bottling applications.

Condition: used, Used bottling Line GAI for still wine up to 1600 bph The is line for still wine, therefore, delivers a highly reliable solution for processing bottles of various sizes. Furthermore, each component ensures precision and quality throughout all operational stages, meeting high standards for the wine industry. Filling Monoblock in the Used bottling Line GAI for still wine up to 1600 bph The GAI model 3005 TOP filling monoblock, as a result, optimizes bottle cleaning with its 12 rinsing clamps. Moreover, it removes residual oxygen using a deaeration head and ensures precise dosing with 16 filling valves. Additionally, a CO2 injection head actively creates a protective atmosphere, preventing oxidation and preserving product quality. Format Compatibility The line, in particular, supports bottles of 0.375 liters, 0.75 liters, and 1.5 liters. It also accommodates straight corks with standard dimensions of 22×38 mm, 25×38 mm, and 24×25 mm. Consequently, this versatility makes the line adaptable to various production needs. Component Connection GAI conveyors, in turn, connect the filling monoblock to the capsuling and labeling system, ensuring a continuous flow and efficient transfer of bottles through different production stages. Moreover, these conveyors allow seamless integration of the various components. Fjhx D Emevgu T Tjcjgb Capping and Labeling Monoblock The GAI MEB 9320 monoblock, in addition, improves production with two wash-dry heads, two heat-shrinking heads, and two smoothing heads. Besides, it applies labels with two labeling stations and marks bottles with a hot stamping unit. Thus, this system delivers professional and consistent results while controlling the final processing stages. Consumption and Technical Specifications The line operates efficiently since its air consumption is tailored to each component. For instance, the heads consume 400 Newton/hour, while the bottom blowing system uses 20,000 Newton/hour, and the system runs at a pressure of 6 bar. Additionally, the installed power reaches 10.63 kW, while the monoblock weighs 1,500 kg. Capsule autonomy, in comparison, ranges between 300 and 600 units. Used bottling Line GAI for still wine up to 1600 bph condition Technicians have overhauled the entire line to ensure readiness for immediate operation. Consequently, the high-quality components and careful design make this line, without a doubt, an ideal choice for bottling still wines at a capacity of up to 1600 bottles per hour.

Condition: used, Used bottling line PROCOMAC for still and sparkling water up to 12000 bph We offer a complete bottling line for natural and carbonated mineral water, specifically designed to meet the complex needs of technicians and industry experts. This solution not only handles bottle formats from 0.5 to 2 liters but also produces up to 12,000 bottles per hour, ensuring high reliability and excellent performance.. SIPA Blow Molder and Preform Management The SIPA SFR 12 blow molder, manufactured in 2000, initiates the production process. It efficiently manages preforms using a dumper and elevator-orienter. Furthermore, the integrated cooling chiller and four sets of molds allow the machine to produce bottles of various sizes with both precision and flexibility. As a result, it ensures smooth operations throughout the initial production phase. PROCOMAC Monoblock: The Core of the System The PROCOMAC monoblock unifies three critical bottling functions into a single system. First, the PROCOMAC GRIPSTAR 2R rinser cleans bottles thoroughly, preparing them for the filling process. Then, the PROCOMAC FILLSTAR PET filler quickly and accurately fills bottles with natural or carbonated mineral water. Finally, the PROCOMAC 10-head PICK & PLACE capper applies caps securely and efficiently. Fgehx Dsvgu Tyo Emcjb Moreover, the saturator and CIP (Clean-In-Place) system maintain hygiene standards and streamline maintenance operations. These additional components not only enhance the monoblock’s efficiency but also ensure reliable performance during production. Transport and Packaging Systems The PELACCI P.13.8.5 cap elevator consistently supplies caps to the system without interruptions. In addition, the PE ROLLMATIC CI 540 12T labeler applies labels accurately to bottles of different formats. Subsequently, the ZAMBELLI LFT 50 shrink wrapper quickly packages bottles into bundles, while the COMAG H 55/1 handle applicator attaches handles to bundles for easier transport. Furthermore, the LEVATI ARTIS palletizer organizes bundles onto pallets with precision. Similarly, the ROBOPAC HELIX HS 30 pallet wrapper wraps the load securely to protect it during transportation. Lastly, the EIDOS labeling system prints and applies labels directly on the production line, allowing for full customization, which ensures adaptability to various production requirements. Conveyor Belts for Optimal Flow The conveyor belt system facilitates efficient material flow across the production phases. Specifically, air conveyors move bottles swiftly, while dedicated belts transport bundles and pallets seamlessly between sections of the line. Consequently, these systems maintain a continuous and smooth workflow, which significantly reduces production downtime. Current Status and Availability This Used bottling line PROCOMAC for still and sparkling water up to 12000 bph operates efficiently and will remain in use until April 2025, when it will be dismantled and replaced. Therefore, we encourage interested buyers to view the line in operation before dismantling to evaluate its performance and condition. Ultimately, this complete and integrated solution delivers reliable and high-performing bottling capabilities for industrial water production.

Condition: used, Used bottling line composed of filling monoblock + labeling machine year 2013 Introduction to the Used filling monoblock + labeling machine Fshx Devgu Tte Emcjgb The used bottling line, which consists of a filling monoblock and a labeling machine from 2013, provides a reliable solution for medium-sized production needs. Therefore, the system offers high operational efficiency, minimizes errors, and enhances operator safety through integrated safety protections. As a result, it ensures smooth operation and improves overall productivity. Comac SMARTBLOCK 6-6-1 filling monoblock The Comac SMARTBLOCK 6-6-1 filling monoblock guarantees maximum precision in the isobaric filling process. Specifically, the 6-6-1 model features six filling valves, a crown cap head that handles 26mm caps, and six rinsing clamps on the rinsing machine that ensure efficient bottle cleaning before the filling process. Consequently, this system works well for beer bottling, which requires strict control of pressure and temperature to maintain consistent quality and a long shelf life. In addition, it helps minimize waste while maximizing production efficiency. Isobaric filling and process precision In the isobaric filling process, the system maintains the product in optimal conditions throughout the bottling procedure. The fixed nozzle remains in place throughout the filling cycle, ensuring consistent product dispensing in each bottle. Thus, it reduces waste and significantly increases line efficiency. Moreover, this method guarantees a stable product environment, preserving quality during each cycle. Line speed and production capacity The line operates at a speed of 700 bottles per hour (bph), making it suitable for small to medium-sized productions. With this speed, the line meets a wide range of production requirements while maintaining high precision and quality standards. Furthermore, the manual head adjustment on the Enos Base labeling machine, also from 2013, allows for quick customization of labels based on bottle type and production needs. As a result, the machine applies adhesive labels to bottles with high precision and consistency. Enos Base labeling machine The Enos Base labeling machine runs continuously in a linear fashion. Due to its technology and manual head adjustment, it allows for quick adaptation to various bottle sizes and formats. It applies adhesive wraparound labels. Additionally, the machine includes safety protections that ensure operator safety and reduce the risk of accidents during operation. As a result, it offers flexibility and reliability in a variety of production environments. Bottle loading and transport system The loading table plays a crucial role in loading and unloading bottles, streamlining material flow and improving operational efficiency. Meanwhile, the conveyors connect the filling monoblock and the labeling machine, transporting bottles quickly and safely throughout the process without compromising product quality.

Condition: used, Year of construction: 2016, operating hours: 25,046 h, Used Blow Molding Machine KRONES Contiform C312 PRO Year 2016 Introducing the Blow Molding Machine KRONES Contiform C312 The KRONES Contiform C312 PRO blow molding machine, manufactured in 2016, represents the pinnacle in the bottling industry. Crafted by the renowned German company Krones, this model delivers reliable, high-quality performance to meet the most demanding sector requirements. Performance and Capacity of the Machinery Featuring a 12-cavity mold, the Blow Molding Machine KRONES Contiform C312 operates at a maximum speed of 27,000 bottles per hour (bph). This remarkable production speed ensures a steady, efficient flow, thereby optimizing processing times and maximizing productivity. Fehsvgu Eiox D Emcjgb Versatility and Adaptability of the Blow Molding Machine KRONES Contiform C312 Moreover, its ability to adapt to various product types, including square and round shapes, makes the Contiform C312 PRO highly versatile. This feature facilitates a wide range of applications in the bottling industry, offering operational flexibility and production diversification possibilities. Structural Solidity and Durability Weighing 25.0 tons, the machinery is built to withstand the continuous demands of the production environment. Its solid, reliable structure ensures long-lasting performance, consequently minimizing downtime and ensuring uninterrupted production. Efficiency in Material Handling Additionally, equipped with a tilter with a maximum capacity of 2.0 tons, the Blow Molding Machine KRONES Contiform C312 enables high efficiency in material movement and handling. This feature optimizes logistical processes within the company, thereby reducing loading and unloading times and enhancing overall operational efficiency. Advanced Technology and Optimal Performance Furthermore, the 150 kW blowing system ensures excellent material distribution, thereby guaranteeing the formation of perfectly shaped bottles free from defects. Additionally, the machinery is fitted with a 5 kW air conveyor and offers an air flow rate of 14㎥/h at 11°C and 1,100㎥/h, ensuring a constant, reliable flow during the production process. Concluding Remarks on the KRONES Contiform C312 PRO In conclusion, the Blow Molding Machine KRONES Contiform C312 stands out as the ideal choice for those seeking a high-quality used blow molding machine. With its robust construction, reliable performance, and advanced technology, this model offers an efficient and cost-effective solution for the most demanding bottling needs.

Condition: used, Year of construction: 2014, operating hours: 32,886 h, Used Blow Molding Machine KRONES Contiform S14 year 2014 Introduction: Revolutionizing Bottling Operations In the realm of bottling technology, the Used Blow Molding Machine KRONES Contiform S14, crafted in 2014, emerges as a paragon of efficiency and precision. Developed by Krones, this rotary-type machine redefines the standards of production, boasting unparalleled features and capabilities. Fgjhx Djvgu Ece Emcjb Engineering Excellence: Unraveling the Components At the core of the Contiform S14 lies a meticulously engineered mold with 14 cavities, designed to accommodate diverse production needs. This configuration ensures optimal utilization of resources while maintaining high output rates. Complementing this design is the machine’s impressive operational speed, reaching up to 28000 bottles per hour, a testament to its efficiency in meeting demanding production schedules. Power and Performance: A Closer Look to the Blow Molding Machine KRONES Contiform S14 The Contiform S14’s power lies in its robust blow mechanism, generating 266 kW of force to shape each bottle with precision and consistency. Furthermore, the integrated chiller, with a capacity of 13 kW, ensures that temperature-sensitive processes remain stable, guaranteeing product quality throughout production cycles. Such meticulous attention to detail underscores Krones’ commitment to delivering reliable solutions for bottling operations. Flow Dynamics: Optimizing Production A critical aspect of any bottling machine is its flow rate, and the Contiform S14 excels in this regard. With a flow rate of 1300 m3/h, this machine facilitates seamless processing of materials, minimizing downtime and maximizing productivity. This feature is particularly advantageous for industries with high-volume production requirements, where efficiency is paramount. Structural Integrity: Built to Last Durability is a cornerstone of the Contiform S14’s design, evident in its substantial weight of 25 tons. This robust construction not only ensures stability during operation but also enhances longevity, minimizing maintenance requirements and associated costs. Moreover, the machine’s rotary design further enhances its reliability, enabling continuous operation with minimal downtime. Electrical Efficiency: Powering Performance Efficiency extends beyond mechanical components to electrical systems, and the Contiform S14 excels in this aspect as well. Operating at 400V, 6Hz, and drawing 337A, this machine optimizes power utilization, reducing energy wastage and operating costs. Such efficiency is crucial for sustainable operations, aligning with contemporary environmental standards and regulations. Current Status: Ready for Deployment Despite its advanced capabilities, the Contiform S14 currently resides in storage, awaiting deployment in bottling facilities seeking to enhance their production processes.

Condition: used, Year of construction: 2008, Used Combiblock Sidel SBO 20 Universal 36000 bph The Used Sidel SBO 20 Universal Combiblock 36000 bph is an integrated bottling system, combining a blower and a filler/capper in a single unit. This machine is designed for the production of PET bottles, with a production capacity of up to 36,000 bottles per hour. The Sidel SBO 20 Universal blower features 20 cavities, allowing efficient and continuous production. The system includes a preform feeder with a hopper and a preform unscrambler, ensuring a constant flow of material in the production process. The Europa WM 60 filler/capper is integrated into the Combi block, optimizing space and reducing transfer times between the blowing and filling stages. This compact design improves operational efficiency and minimizes the risk of contamination. The system has been used for bottling natural mineral water in 0.5-liter formats, with a 26.6 mm Alaska-type neck customization. The machine pitch is 113 mm, adapting to specific production needs. Currently, the machine is in storage, ready to be installed and put into operation in a new production facility. A complete inspection is recommended before start-up to ensure optimal performance. The required power supply is 400 V at 50 Hz, standard in many industrial plants. The immediate availability of the Combi system represents an opportunity for companies looking to quickly increase their production capacity.   Advantages of the Combi system over a traditional system Fgehovgu D Sjx D Emcsb The Combi system, like the Used Sidel SBO 20 Universal Combiblock 36000 bph, offers numerous advantages over traditional systems, which use separate machines for blowing, filling, and capping. Firstly, the compact design drastically reduces the space occupied in the plant, allowing companies to optimize available space and, in many cases, reduce infrastructure costs. Moreover, the Combi system eliminates the need for intermediate conveyors and accumulation zones between stages. This layout simplification reduces maintenance costs, lowers the risk of jams or breakdowns along the production flow, and improves the overall line efficiency. The absence of intermediate steps also reduces the possibility of contamination, a priority especially in the food and beverage sector. The integrated process between blowing, filling, and capping shortens production times as the operations proceed continuously and without interruptions. This contributes to increasing the overall line speed and hourly production capacity. Higher efficiency translates not only into increased productivity but also into a significant reduction in energy consumption and operating costs. Additionally, the Combi system requires fewer personnel for line management and supervision, as a single control unit allows all operations to be monitored from a centralized interface. This simplifies operational procedures and makes quality control easier throughout the process.

Condition: used, Year of construction: 1998, Used Automatic Decapper Krones 10 heads year 1998 Fohovgu D Ejx D Emcogb This cap unscrewing machine from Krones was built in 1998. This Used Automatic Decapper unscrews caps at a speed of 20,000 bottles per hour, thanks also to its 10 heads which allow it to reach high speeds. Currently the machine is stored indoors, and is therefore protected. Included are all manuals available with instructions for using the machine. Despite it’s age it has been well maintained. It is therefore ready for immediate sale, with the documents included. Pitch: 113 mm Inspector for the controlling of foreign bottles included.