Used Ikamag Reo for sale (441)

Condition: used, Year of construction: 2003, Used Automatic Depalletizer ACMI  1600 plastic crates/hour The Used Automatic Depalletizer ACMI 1600 plastic crates/hour, model Rasar D180, operates as a fully automatic system for bottom-feed depalletizing of 1-liter glass bottles packed in 12-bottle plastic crates. Specifically designed for high-speed bottling lines, the system processes up to 1600 boxes par hour. Moreover, its modular frame allows seamless integration into existing production lines. Although it is currently dismantled and in storage, the unit remains in full working condition, ready for reinstallation. Depalletizing Structure and Operating Mode The Used Automatic Depalletizer ACMI 1600 plastic crates/hour utilizes a conventional automatic vertical structure to handle pallet loading from below. This configuration, therefore, ensures optimal stability and precision during the handling of glass containers. In addition, the machine includes an integrated pallet magazine, which automatically feeds pallets into the process without requiring manual assistance. Consequently, the system improves line efficiency and minimizes stoppage time. Furthermore, thanks to its automated design, the machine reduces labor dependency and enhances repeatability. Iedpswiml Eofx Aabotn Container Compatibility and Format Handling in the ACMI depalletizer This machine specifically handles 1-liter glass bottles arranged in 12-bottle plastic crates. As such, it suits production lines that deal with fragile, heavy, or pressurized containers. In terms of compatibility, the Used Automatic Depalletizer ACMI 1600 plastic crates/hour meets standard industry requirements for crate and bottle handling. Additionally, it ensures accurate transfer from pallet to crate and then to the conveyor system. Not only does the equipment offer reliable performance, but it also reduces the risk of damage during transfer. Similarly, its precise control mechanisms help optimize changeovers when switching formats. Safety Features and Electronic Control of the ACMI depalletizer Engineers equipped the machine with certified safety systems that meet all current regulations for automated equipment. These features include physical guarding, sensor-based detection, and emergency stop functions in critical zones. As a result, the machine ensures safe operation in industrial environments. The Used Automatic Depalletizer ACMI 1600 plastic crates/hourruns under the control of a Siemens PLC, which manages operations through real-time sequencing and diagnostics. In particular, the PLC simplifies fault detection, thereby reducing downtime. Moreover, its open architecture supports easy integration into plant-wide SCADA systems. Therefore, users benefit from complete process visibility and responsive control. Technical Documentation and Operational Status In terms of documentation, the Used Automatic Depalletizer ACMI 1600 plastic crates/hour includes full technical manuals. These documents cover installation, electrical schematics, PLC logic, and communication interfaces.

Condition: used, Year of construction: 2010, Used Revised Air Compressor CMC CWA11-800 40 bar General Features of the Used Air Compressor CMC CWA11-800 40 bar The Used Air Compressor CMC CWA11-800 40 bar delivers high performance as an oil-free, three-stage unit, ideal for industrial environments that require high-quality compressed air. CMC manufactured this model in 2010 for air compression systems operating at up to 40 bar of working pressure. Since the unit uses dry-running cylinders, it eliminates the need for internal lubrication. Therefore, operators can use it in critical applications where they must avoid any air contamination. Moreover, its robust design ensures long-term durability and operational consistency. Technical Operating Specifications The Used Air Compressor CMC CWA11-800 40 bar operates with three cylinders across two compression stages. It draws air at atmospheric pressure and functions in ambient temperatures ranging from +1 to +35 °C. Consequently, the unit suits various environmental conditions. The system delivers an intake flow rate of 800 cubic meters per hour and reaches a maximum pressure of 42 bar. In addition, a 132 kW (180 HP) three-phase electric motor powers the compressor at 710 revolutions per minute, running on 400 Volts and 50 Hz. As a result, the compressor provides high efficiency and reliability, even under demanding workloads. Cooling System and Thermal Management To maintain optimal temperatures, the Used Air Compressor CMC uses a water-based cooling system for both the cylinders and compressed air. Specifically, copper tube and brass plate heat exchangers dissipate heat in both the intermediate and final compression phases. Furthermore, a gear-driven oil pump circulates lubricant through a dedicated heat exchanger, which enhances cooling performance. Additionally, a preheating resistor stabilizes thermal conditions during start-up. Therefore, the system reduces thermal stress and extends component life. Overall, this combination of cooling solutions ensures optimal efficiency throughout the filtration cycle. Mechanical Equipment and Functional Components CMC designed the Used Air Compressor CMC  with a base frame supported by four anti-vibration feet. As a result, operators can install the unit directly on the floor without additional foundation work. The W-type compressor block features dry cylinders and pistons with PTFE-loaded sealing rings. In contrast to lubricated systems, this configuration prevents oil contamination. Furthermore, stainless steel suction and delivery valves include automatic unloader mechanisms that support load/unload functionality. In terms of transmission, the motor and compressor connect via trapezoidal belts, which simplify maintenance. The intake side also includes a silenced filter, while a protective cage improves operator safety. Safety Devices, Monitoring, and Physical Layout The Used Air Compressor CMC integrates comprehensive safety and monitoring systems. Itjdjwcf Ewjpfx Aabon

Condition: used, Year of construction: 2010, Used CIP Tetra Pak year 2010 15T/h The Used CIP Tetra Pak year 2010 15T/h, model Tetra Alcip 1, performs Cleaning in Place (CIP) to automate the cleaning process in bottling and food processing plants. Consequently, this system ensures an effective sanitation cycle without requiring production line disassembly, optimizing downtime and reducing water and detergent consumption. Tetra Pak built the Used CIP Tetra Pak year 2010 15T/h in 2010. Specifically, its 15-ton-per-hour operational capacity makes it suitable for high-productivity plants while ensuring hygiene standards that comply with food and beverage industry regulations. Technical Features of the Used CIP Tetra Pak year 2010 15T/h The Tetra Alcip 1 applies a controlled washing cycle to remove organic and inorganic residues from production circuits. In particular, the system integrates separate tanks for water, alkaline detergent, and acid, and it automatically regulates temperature, chemical concentration, and washing time based on plant requirements. As a result, it enhances the efficiency of cleaning operations. Moreover, the Used CIP Tetra Pak year 2010 15T/h automates the cleaning process, reducing cross-contamination risks and improving production efficiency. Additionally, the system allows operators to configure different washing parameters, which enables adaptation to specific production needs and ensures thorough cleaning of filling lines, pipelines, and heat exchangers. Iedpfx Aaowga Iujbstn Safety and Process Control The system includes advanced safety features, such as: Sensors that continuously monitor detergent concentration. Temperature and pressure controls throughout the cleaning cycle, ensuring optimal performance. Alarm systems that detect and manage sanitation process anomalies, thereby preventing potential failures. As a result, these features ensure this Used CIP operates reliably, minimizing operational errors and optimizing water and chemical consumption. Furthermore, the system’s automated monitoring enhances safety while reducing maintenance requirements. Operational Advantages Using this Used CIP Tetra Pak  enhances plant productivity in multiple ways. First and foremost, it reduces downtime: the continuous washing system completes fast cleaning cycles without requiring component disassembly. Moreover, it optimizes resource usage: the automatic detergent dosing system prevents chemical waste. Additionally, it ensures regulatory compliance: the system meets high hygiene standards and complies with industry regulations. At the same time, the automated nature of this system helps manufacturers streamline their cleaning procedures. Consequently, businesses benefit from both improved production continuity and reduced operational costs. Likewise, the ability to customize cleaning parameters provides greater control over sanitization processes. Conclusion In summary, this Used CIP Tetra Pak provides an efficient and reliable solution for sanitizing bottling and food production plants.

Condition: used, Used filling line for milk PET bottles and yoghurt in glass jars 2005 This line includes a Weightpack filling monoblock, model WET 8-8-4-282. Notably, engineers built this system in 2005 to ensure high operational efficiency and precise dairy product filling. Consequently, the line fills 2500 PET bottles with milk and 4500 yoghurt jars of 125 g per cycle. Filling system specifications First of all, the filling monoblock operates with specific formats: 0.5 L and 1.0 L PET bottles for milk, and 125 g glass jars for yoghurt. Furthermore, the machine features safety protections to ensure operator safety during bottling. Iodsvphz Njpfx Aabotn In addition, the filling process utilizes a rinser with 8 grippers and an ozone treatment to sanitize containers. Moreover, the filler uses 6 heads with gravity filling technology and mobile nozzles to optimize product flow and minimize contamination risk. Two different types of caps are used. A 38 mm screw cap suitable for PET bottles of various sizes. Alternatively, by changing the capping machine head, it uses a press-on cap. In this case, it is a 56 mm cap suitable for glass jars. Labeling system in the Bottling line for milk and yogurt Similarly, the installed labeler, a Packlab model WINC CWT 40 from 2005, includes safety protections and applies self-adhesive labels. Specifically, a photoelectric centering system ensures precise label placement on containers. Additionally, operators manually adjust the application head to accommodate format variations. Notably, a Siemens PLC manages the entire process, ensuring reliable and consistent operation. Additional line features Equally important, the used filling line for milk in PET bottles and yoghurt in glass jars year 2005 includes a final accumulation table, maintaining a continuous production flow and reducing machine downtime. Consequently, the system remains fully operational, ready for installation and immediate use. Conclusion of the Bottling line for milk and yogurt Given these points, with its configuration and advanced technical features, this line provides an efficient solution for milk and yoghurt production while maintaining high hygiene, safety, and precision standards. In particular, ozone sanitization systems, gravity filling units, and reliable automation components make it a suitable choice for dairy production environments requiring high quality and productivity. Furthermore, these features contribute to long-term reliability and efficiency

Condition: used, Used filling line for beer GAI up to 900 bph year 2017 The used filling line for beer GAI up to 900 bph, year 2017, delivers a highly efficient and precise technical solution for the bottling sector. Furthermore, this Filling line for beer GAI ensures high performance and adapts to various production needs, meeting the highest quality standards required by industry operators. Main technical features of the Filling line for beer GAI The Filling line for beer GAI operates at a speed of 900 bottles per hour (BPH), which optimizes medium productions. Moreover, the glass bottles support formats of 0.33 L, 0.50 L, and 0.70 L. This system processes beer using isobaric filling, thereby preserving the product’s organoleptic characteristics with precision. The labeling process precedes filling, thus enhancing efficiency and order in the production line while simultaneously optimizing operational flow.. Filling monoblock The GAI MLE441-BIER-003 filling monoblock, built in 2017, integrates several essential functions for the bottling process: 4 rinsing grippers prepare and sanitize the bottles. 4 filling valves deliver precise and rapid dosing. 1 capping head accommodates caps measuring 26.5×5.9. The monoblock measures 3650 mm in length, 1300 mm in width, and 2200 mm in height. Additionally, it consumes 6 kW of electricity, operates at 400 Volts, and runs at a frequency of 50 Hz. Therefore, this technical profile supports flexible installation compatible with standard industry infrastructure. Iodpfx Ajvt Np Njabetn Labeling machine in the Filling line for beer GAI The Enos SIRIAM labeling machine, from 2016, applies labels to the front and rear of bottles using a linear system. Furthermore, the automatic glue level adjustment system utilizes rollers for precision. The optical centering system, based on photoelectric technology, applies labels accurately. In addition, the electronically managed head adjustment allows for quick and reliable configuration. The labeling machine measures 2405 mm in length, 2200 mm in width, and 1690 mm in height. It also consumes electricity at 400 Volts and operates at a frequency of 50 Hz. Operational state and advantages The Filling line for beer GAI operates effectively and integrates seamlessly into an existing production line or constitutes a new one. Moreover, the GAI monoblock and Enos labeling machine work together to create a smooth production process, minimizing downtime and maximizing productivity. This line serves breweries requiring a compact, reliable, and high-performing solution. Likewise, its technical configuration handles various types of bottles and products, offering great production versatility. Conclusion The used filling line for beer GAI up to 900 bph, year 2017, provides an excellent option for those seeking reliable and high-performing equipment. Its technical features and operational state enable immediate implementation, thereby addressing the efficiency and quality needs of the current market.  

Condition: used, Year of construction: 2012, operating hours: 59,273 h, Used Compressor SIAD TEMPO 2 40 bar year 2012 This machine provides a reliable and highly technical solution for industrial applications that demand top performance. Indeed, SIAD, a leading manufacturer in the sector, designed this machine to deliver advanced specifications and ensure efficiency and safety over time. Furthermore, its robust design makes it suitable for demanding environments. Technical specifications The SIAD TEMPO 2, built in 2012, compresses air efficiently using a three-stage high-pressure (HP) design. As a result, this setup evenly distributes the workload across three phases, minimizing the risk of overheating and ensuring consistent pressure levels. Consequently, the compressor achieves a maximum pressure of 40 bar, which suits applications that require high air density, such as container blowing and other industrial tasks. In addition to its pressure capabilities, the compressor outputs 335 kWh of power and delivers an airflow of 1850 m³/h. Therefore, these features make it highly efficient for continuous operations in high-output industrial plants. Moreover, its robust design allows it to sustain excellent performance even under heavy load conditions. Thus, it represents a dependable solution for various industrial challenges. Safety and durability of the Used Compressor SIAD TEMPO 2 40 bar year 2012 Ijdpfx Aaovhcxtobotn SIAD equipped this compressor with advanced safety systems. For example, these include overpressure valves and monitoring devices, which prevent failures and ensure smooth operation. Additionally, these features help the machine meet industrial safety standards and deliver reliable, uninterrupted performance. As such, operators can trust its safety and dependability. Although the compressor has logged 59273 operating hours, its solid construction and proper maintenance have preserved its ability to perform at a high level. Specifically, SIAD built the unit with high-quality materials, which allow it to continue operating effectively even after extensive use. Similarly, the design minimizes wear and tear, enhancing its longevity. Technical conclusion The Compressor SIAD stands out as a dependable and efficient choice for operators who require high-performance air compression. Consequently, its 40 bar pressure capacity, integrated safety systems, and durable construction enable it to meet diverse industrial needs. Furthermore, it maintains consistent efficiency over time, even in demanding scenarios.  

Condition: used, Used Case Packer MONDO & SCAGLIONE MI 2/3 up to 10000 bph This Used Case Packer  delivers high efficiency and, therefore, meets the demands of large-scale bottling operations. Mondo & Scaglione manufactured this machine, which remains in storage, ready for reinstallation and immediate use in production plants. Its technical specifications and safety features, as a result, ensure reliable and automated packaging. Technical Specifications of the Used Case Packer MONDO & SCAGLIONE MI 2/3 up to 10000 bph The Used Case Packer MONDO & SCAGLIONE MI 2/3 up to 10000 bph reaches operational speeds of up to 10000 bottles per hour (BPH). Consequently, this performance makes it perfect for high-volume production lines, where maintaining speed and operational continuity is crucial for efficient output. The machine includes 18 fixed heads, which ensure steady and consistent performance throughout the packaging process. It supports a 3 x 2 packaging format, which, in turn, optimizes packing bottles or containers into six-unit boxes. In addition, this format is highly adaptable to various production needs. Structure and Dimensions The machine’s dimensions—2900 mm in length, 1900 mm in width, and 2300 mm in height—allow easy installation in industrial spaces that meet safety standards. Moreover, the operator side sits on the right, facilitating manual intervention and streamlining maintenance tasks. As such, these features make the Used Case Packer MONDO & SCAGLIONE MI 2/3 up to 10000 bph user-friendly during control and monitoring. Furthermore, its compact design ensures that it fits within existing production lines without significant adjustments. Safety and Reliability This Case Packer  integrates a range of safety features that minimize operational risks. Physical protections and safety sensors actively ensure operator safety during operation. Therefore, these systems comply with industrial safety regulations, reducing the likelihood of accidents and ensuring uninterrupted production. Additionally, this attention to safety ensures the machine operates at optimal performance levels over time. Isdpovgvi Nefx Aabotn Current Condition The Used Case Packer MONDO & SCAGLIONE MI 2/3 up to 10000 bph currently sits in storage, kept under optimal conditions, and remains ready for reinstallation in a production line. Before being activated, a thorough inspection will ensure that all components perform perfectly, particularly after any period of inactivity. As a result, this machine will integrate seamlessly into a new production environment with minimal downtime. Moreover, regular maintenance checks can further guarantee long-term operational efficiency. Applications and Usage This machine fits perfectly in plants requiring high automation levels and large-scale packaging capacity. The 3 x 2 format, combined with its 18 fixed heads, allows efficient packaging of bottles of various sizes and materials into six-unit boxes.

Condition: used, Processing and Filling Line for Dairy Products up to 20,000 L/Day This processing line efficiently manages volumes between 15,000 and 20,000 liters of milk per day. Consequently, it ensures high efficiency and the highest quality of finished products. Its capacity thus enables a high daily production return, which is crucial for large-scale operations. Packaging Capabilities Moreover, the line’s specialized packaging system adeptly handles various types of dairy products. For example, workers pack milk in 1.0-liter PVC bags at a rate of 2,400 pieces per hour. Additionally, they package yogurt and kefir in 410-gram and 180-gram containers at a capacity of 3,000 pieces per hour, as well as in 0.5-liter and 1.0-liter PET bottles at a rate of 1,000 pieces per hour. Furthermore, workers package sour cream in both 1,000-gram containers and bowls, each at a capacity of 3,000 pieces per hour. Similarly, they pack cheese in 5.0 kg and 10.0 kg containers for fresh cheese, and in vacuum foil from 500 and 1,000 grams for sliced cheese. Equipment Specifications Manufacturers in Italy, Slovenia, and Serbia constructed the equipment between 1999 and 2016, showcasing the quality and durability of the machines. Specifically, the milk reception unit features digital counters and foam removal systems updated in 2014. It includes horizontal and vertical tanks with capacities up to 3,200 liters, ideal for storage and cooling. Fermentation Units and Filling Lines Insulated duplicators with double walls and planetary mixers support the line’s fermentation functionalities, which are essential for maintaining product uniformity during fermentation. Likewise, automated filling lines distribute sour cream, yogurt, and milk in various packaging formats efficiently, thereby maximizing productivity and reducing downtime. Equipment Complements and Maintenance Ijdpfx Aovgvrwoabotn Additionally, the line includes accessories such as a triblender for powdered milk, vacuum packaging machines for cheese, and cooling systems for warehouses. These components are crucial for extending preservation and ensuring food safety. The team has regularly serviced and maintained the equipment until production ceased in 2020, thereby demonstrating a consistent commitment to maintenance and operational efficiency. In conclusion, these details highlight the line’s capability to produce high volumes and its configuration to ensure versatility and reliability over time, which are key for those operating in the large-scale dairy sector. List of line components: Milk receiving unit Digital counter with foam remover (2014) Horizontal tank (lactofreeze) capacity 3.200 l cooling on freon – 3 pcs Vertical tank capacity 3.000 l – 2 pcs Unit for pasteurization Pasteurizer (flow) with retainers  capacity 2.000 l Separator (self-cleaning), capacity 2.000 l Homogenizer capacity 2.

Condition: used, Year of construction: 2024, Hot fill new filling machine up to 4500 Lt/h Introduction: The filling machinery is a perfectly reliable option for bottling operations. With a nominal speed of approximately 4500 liters per hour, this system offers consistent performance and unparalleled versatility for an array of products. Description of the Machinery: The Hot fill new filling machine up to 4500 Lt/h comprises a filler with 20 taps, each outfitted with a 22 mm diameter straw. Furthermore, all components in direct contact with the liquid are meticulously crafted from stainless steel 316, thereby ensuring maximum hygiene and resilience against corrosion. A dedicated pump efficiently channels liquid to the filler, while the inclusion of false bottles facilitates the thorough cleansing of taps. The bell, adjustable in height via electric drive, confers adaptability in accommodating containers of varying sizes. Moreover, the machine’s rotation speed is subject to variability through an inverter, thereby affording precise control over the filling process. Mechanical pistons for bottle lifting, guided with precision, ensure the attainment of accurate and uniform filling. Constructed entirely from stainless steel, the filler  is fortified with safety precautions encircling its perimeter, thereby safeguarding operators during operation. Additionally, bottle entry, ingeniously positioned from the left, streamlines workflow. Currently configured for glass bottles, the machinery exhibits adaptability for rigid PET containers. Equipped with a mechanical valve exclusively dedicated to filling, the system ensures meticulous and dependable process control. Technical Specifications of the equipment: Year of construction: 2024 Nominal speed: approximately 4500 liters per hour Materials: stainless steel 316 Weight: 900 kg Voltage: 380 volts three-phase plus neutral, 50 Hz Applications and Compatibility: The Hot fill new filling machine up to 4500 Lt/h 20 R. filler, tailored for containers with twist-off caps, presents light-pressure filling ideally suited for juices, liqueurs, or oils. Presently configured for jars with ample mouths, seamless adaptation for bottles is attainable. Noteworthy is its capacity to accommodate two distinct jar sizes. Itedovgvu Sepfx Aaben Conclusion: In brief, the new DAL TOSO filling machine, operating up to 4500 Lt/h, epitomizes a dependable and versatile solution for bottling operations. With steadfast performance, hygienic design, and operational flexibility, this system stands as an exceptional avenue for optimizing production and ensuring the quality of the final product.

Condition: used, Used Elopak Forming and Filling Line for Liquid Soap up to 4200 Cartons/h The Used forming and filling line Elopak for liquide soap up to 4200 cartons/h stands as a testament to reliability and performance for discerning industry professionals. Operational Status and Technical Features Currently housed in storage, this line accommodates carton formats ranging from 0.25 L to 1.0 L, offering essential versatility in packaging solutions. Furthermore, its fill type, based on weight, ensures accuracy throughout the filling process. Iodpfevgvw Hox Aabstn Details on the Filling Machine The Elopack liquid Soap line boasts a standard A-Style configuration, manufactured in 1995, with a subsequent capper upgrade in 2007. Despite lacking a CE certificate, meticulous testing and thorough cleaning have rendered it in optimal working condition. Performance and Key Features of the Elopack liquid Soap line Capable of processing up to 4,200 cartons per hour for both 1.0 L and 0.5 L bottles with screw caps, and 0.25 L bottles without. Constructed from durable stainless steel with transparent doors, it not only guarantees longevity but also facilitates visual monitoring of the filling process. High-Capacity Ultrasonic Screw Cap Applicator Complemented by a Bunker-Elevator Cap Feeder, this feature ensures swift and precise cap application, streamlining operations and minimizing downtime. Moreover, the system’s variable speed capability further enhances its adaptability to diverse production demands. Dimensions and Weight With dimensions spanning 4,225-4,600 mm in length, 1,300-1,600 mm in width, and 3,000 mm in height, and weighing 5,200 kg, the Elopack liquid Soap line strikes a balance between robustness and practicality. Additionally, the Bunker-Elevator Cap Feeder stands at a height of 4,600 mm, optimizing spatial utilization. Conclusion of the Elopack liquid Soap line In summary, the used Elopak forming and filling line for liquid soap epitomizes excellence in bottling technology. Its combination of high-performance mechanics, meticulous engineering, and adaptability underscores its suitability for meeting the demands of the competitive market. Whether for small-scale operations or large-scale production, this machine stands ready to elevate efficiency and productivity in liquid soap packaging.

Condition: used, Used End-of-line system for PET bottles 37800 bph This end-of-line system for PET bottles offers a high-performance configuration designed to automate palletizing, wrapping, and final handling operations. The Used End-of-line system for PET bottles 37800 bph handles high-speed production, operating at a nominal rate of 37,800 bottles per hour and a throughput of 300 pallet layers per hour. The line is already dismantled and currently in storage; therefore, it is ready for redeployment without requiring disassembly. High-performance palletizing unit At the core of the Used End-of-line system for PET bottles 37800 bph, the Krones Robot A3 palletizer, built in 2008, ensures high output and industrial reliability. It processes up to 300 layers per hour, supporting intensive production environments. Moreover, the system includes a pack divider and a pack orientator, both driven by servo motors, which accurately position bundles on the pallet. In addition, it integrates a pallet magazine, a cardboard sheet inserter between layers, and a cardboard magazine to ensure fully automated palletizing operations. As a result, the system reduces manual intervention and improves overall efficiency. Stretch-film pallet wrapping system Iedpfx Asw Ahgweabotn The second component of the Used End-of-line system for PET bottles 37800 bph is the pallet wrapper, model A5000BII, manufactured by Strema in 2006. This unit stabilizes pallet loads with stretch film, minimizing the risk of load shifts during transportation. Furthermore, the machine supports various pallet heights and allows seamless integration with automated conveyor systems. Consequently, it ensures flexibility and adaptability across different production needs. Pallet transport and handling section Krones pallet conveyors complete the Used End-of-line system for PET bottles 37800 bph. These conveyors move fully loaded pallets smoothly and continuously between the system’s key units. In fact, they ensure a steady material flow, even under high-speed production conditions. Additionally, the conveyors feature robust construction, which enhances durability and reduces maintenance requirements. Meanwhile, the integration between components promotes a synchronized operational flow. Complete configuration for high-speed bottling lines The Used End-of-line system for PET bottles 37800 bph delivers an integrated solution for automating the final stage of PET bottling lines. On one hand, the palletizer ensures accurate stacking; on the other hand, the wrapper secures the load for transport. Notably, the synergy between the palletizer, wrapper, and conveyors maximizes space efficiency, reduces downtime, and enhances operator safety. In other words, the system improves end-of-line productivity without compromising performance. For example, in facilities where changeover speed and reliability are critical, this configuration proves highly advantageous. Moreover, the system can be adapted to various formats with minimal reconfiguration.

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. Rinsing Section of the Used filling monoblock Costum Alpha 32-32-8 Itedpfx Aajv Ng Uhjbsn 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: 2004, Used filling monoblock OCIM for oil tins 1000 bph The used OCIM filling monoblock for oil tins 1000 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 1000 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: Itjdpjv Nhd Dofx Aabon 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. 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 1000 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: 2012, Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph The Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph, built in 2012, has an operational system for filling fermented beverages and still wine. Consequently, this machine produces 1000 bottles per hour and maintains high-quality standards through rigorous maintenance and a robust component design. Introduction to the Filling Monoblock The filling monoblock for beer 1000bph integrates three main subsystems to create a continuous, streamlined workflow for washing, filling, and capping operations. Notably, the machine rotates in a clockwise direction, and therefore, this feature positively influences internal flow dynamics and process synchronization. In addition, the filling monoblock 1000bph supports efficient production and minimizes cycle times. General System Specifications of the Used Filling Monoblock CEM 6-6-1 for fermented beer 1000 bph The monoblock processes specific bottle formats with high efficiency. Specifically, it handles longneck bottles with a capacity of 0.33 L and Belgian bottles with a capacity of 0.75 L. Moreover, engineers incorporated 6 dummy bottles for circuit sanitization to ensure strict adherence to hygienic standards. Furthermore, the integrated operation of washing, filling, and capping within a single module enables the machine to achieve the output of 1000 bottles per hour. As a result, production remains highly streamlined and cost-effective. The Rinsing Unit Itjdpfx Aajvvl Tiobjn The rinsing unit of the Filling monoblock for beer initiates the filling monoblock process and equips itself with 6 grippers to handle each bottle. First, it executes a single treatment cycle for each bottle, and then it cleans every bottle meticulously before the filling process begins. This method upholds high hygienic and quality standards. Additionally, the rinsing unit prevents contamination and promotes reliability in subsequent processes. Technical Aspects of the Rinsing Unit Gripper Configuration: The unit employs 6 grippers that handle each bottle precisely and in a controlled manner. Single Treatment Cycle: The system cleans each bottle individually, which significantly enhances cleaning efficiency and process reliability. Consequently, it improves overall production quality. The Filling System The filling phase uses a configuration with 6 valves evenly distributed along the monoblock, and it applies a gravity filling method with a fixed nozzle. Specifically, engineers designed this configuration to control the liquid flow accurately, and it adapts seamlessly to the different bottle formats—the longneck (0.33 L) and the Belgian (0.75 L). Accordingly, the arrangement of 6 valves and the gravity filling method enable the machine to meet the high throughput of 1000 bottles per hour. Moreover, it minimizes liquid waste and delivers consistent fill volumes, which further enhances the system’s efficiency.

Condition: used, operating hours: 48,000 h, Used Bottling Line KRONES for still, sparkling water and CSD 25000 bph General Features of the Line The Used Bottling Line KRONES for still, sparkling water and CSD 25000 bph offers a complete solution for bottling still water, sparkling water, and carbonated soft drinks in PET containers. The system achieves a nominal output of 25,000 bottles per hour. Currently, the line remains in production, and therefore, buyers can inspect it while running. It will be available starting February 2026, making it ideal for companies planning upcoming upgrades. Supported Containers and Formats This bottling line handles PET containers in 0.33-liter, 0.50-liter, 1-liter, and 1.5-liter formats. Moreover, it operates with standard Alaska and Corvaglia neck finishes, which are compatible with closures for both still and carbonated beverages. As a result, the Used Bottling Line KRONES for still, sparkling water and CSD 25000 bph ensures flexibility for a wide range of industrial applications. In particular, it supports rapid format changes and streamlined integration into existing operations. Isobaric Filling and Food Safety The core of the line features the KRONES VODM Clean Room isobaric filling monoblock, equipped with 96 filling valves. This ensures pressure remains stable during filling, which consequently preserves carbonation in sparkling products. In 2024, KRONES installed a Volumetic Checkmat inspection system, which verifies fill level and cap presence with high accuracy. Not only does this ensure food safety, but it also helps maintain packaging consistency. Furthermore, the system allows for real-time fault detection. Bottle Blowing and Preform Preparation The process begins with the KRONES Contiform S14 blow molder, which operates with a preform feeder and a TM KPT preform tipper. To accommodate different formats, the machine includes mold sets for 1.5 L, 1 L (KRONES and BBM), 0.5 L, and 0.33 L. In addition, a Euroklimat industrial chiller, installed in 2021, cools the molds efficiently to maintain optimal forming conditions. Thus, the line supports continuous, high-quality bottle production. Capping and Saturation Isdpewd Srtjfx Aabstn The system uses an 18-head capper to apply Alaska and Corvaglia caps. A cap feeder and tape system supply closures efficiently. Meanwhile, the CARBOFLOW 45 saturator injects CO₂ into the product to maintain precise carbonation levels. Even during peak operation, this component ensures carbonation consistency. Consequently, the line can process carbonated beverages without sacrificing quality. Labeling, Marking, and Packaging The KRONES Contiroll rotary labeler applies labels across all supported formats. A DOMINO laser encoder prints production data directly onto each bottle. Subsequently, a COMAG handle applicator, a KRONES Variopac Pro shrink wrapper, a KRONES Modulpal palletizer, and an ATLANTA Omega pallet wrapper complete the packaging cycle.

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. 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. Iedpjv Ai Hasfx Aabotn 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: 50,000 h, Used Bottling Line KRONES with Aseptic Filling 36000 bph 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. The process combines Blow-Fill-Seal (BFS) and wet aseptic technology, ensuring full aseptic integrity throughout the production flow. 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. Moreover, the system can adapt from 250 ml up to 1.5 L bottles, offering a broad production flexibility. 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. The aseptic filling technology includes electronic volumetric filling valves with an accuracy of ±0.3%, supporting both cold filling at 20 °C and ambient temperature filling. The system uses a wet sterilization method with peracetic acid (PAA) or hydrogen peroxide, achieving contact times of less than 8 seconds and leaving residuals below 0.1 ppm. Additionally, the filling environment is maintained at ISO Class 5 cleanliness, using HEPA filtration and positive pressure control, ensuring the highest standards of contamination prevention. 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. Itodsv Ew E Aspfx Aabon The UHT system (Ultra High Temperature) uses the VarioDose Krones to treat the product at high temperatures, eliminating bacteria and microorganisms without compromising quality.

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. Itsdov Ew Iwjpfx Aabon 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 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 Bottling Lines for edible oil 6000 bph Itsdpfewlt Dgjx Aabsn General Configuration of the Bottling Line The Used Bottling Lines for edible oil 6000 bph line processes edible oil in 1-liter PET bottles, operating at a nominal speed of 6000 bottles per hour. The configuration includes equipment from multiple manufacturers, integrated to ensure continuous operation and reliability in filling, labeling, packaging, and palletizing. Operators correctly shut down the entire system in December 2022. At present, the machines are dismantled and stored in suitable conditions. Consequently, this line is immediately available for relocation and reuse. Overall, the structure represents a compact yet complete solution for medium-scale production. Container Formation: KOSME Blow Molding Machines The Used Bottling Lines for edible oil 6000 bph line includes two blow molding machines from KOSME, model KSB3000, year 2001. Each unit works with a preform box and an automatic transport system that feeds the blower. As a result, the system supports on-site bottle production. Therefore, it reduces logistics costs and improves plastic material handling. In addition, the dual-machine setup enhances production continuity and minimizes downtime. Cooling System: MTA Chiller and Air Conveyors An MTA chiller, model TAE 051, year 2000, cools the molds in the blow molding machines. Moreover, KOSME air conveyors, model L2000, year 1999, made of AISI 304 stainless steel, transfer the blown bottles to the filling monoblock. Notably, the system includes electrical cabinets with integrated PLCs and built-in air filters. Thus, it ensures effective airflow control and maintains consistent air quality. From a technical standpoint, this contributes to long-term reliability and hygienic conditions. Filling Monoblock: ICS RVP-12/ZS-3N The ICS filling monoblock, model RVP-12/ZS-3N, year 1995, serves as the core of the Used Bottling Lines for edible oil 6000 bph. This machine doses edible oil with precision, ensuring product integrity and consistent fill volumes. Furthermore, the system synchronizes with upstream and downstream units. Consequently, it enables stable operation even under variable load conditions. Likewise, its mechanical construction supports easy maintenance and spare part replacement. Labeling Machine: ICS with Cold Glue An ICS labeling machine, model ERG-6/2/2, year 1995, applies paper labels using cold glue. Specifically, the machine ensures proper adhesion on PET containers. Additionally, it supports the 1-liter format used throughout the line. In practice, this technology remains widely adopted for edible oil packaging. Therefore, the labeling unit integrates efficiently into the overall production layout. To sum up, it provides a cost-effective solution without compromising performance. Internal Handling and Packaging ICS conveyor belts, installed in 1995, connect all key stations. Subsequently, the line transitions to the packaging phase.

Condition: used, Year of construction: 2007, Used Case Sealer APSOL 3500 bph The Used Case Sealer APSOL 3500 bph performs automatic sealing of American-type cartons using hot-melt adhesive. Specifically designed for high-output bottling lines, this automatic case sealer provides reliable solutions that ensure tight closure, consistent efficiency, and enhanced operational safety. With a rated speed of 3500 bottles per hour, it meets industrial demands. Moreover, the machine accommodates multiple container formats and integrates seamlessly with standard configurations in the beverage industry. Technical Specifications of the ACS30HM Model Itjdpewimngsfx Aabjn APSOL manufactured this machine in 2007, and it currently operates in production. The structure, although compact, offers robust mechanical performance. Additionally, the integrated DELTA-type PLC system controls the sealing cycle, thermal adhesive regulation, and overall workflow with precision. As a result, operators benefit from accurate process control. The Used Case Sealer APSOL 3500 bph runs on a 400 Volt three-phase power supply, consumes 5 kW, and operates at a frequency of 50 Hz. Therefore, it remains fully compatible with European industrial standards. Supported Formats and Production Flexibility In terms of versatility, the Used Case Sealer APSOL 3500 bph processes various carton formats containing 500 ml, 750 ml, and 1000 ml bottles in 4×3 and 3×2 configurations. Furthermore, it offers high production flexibility and quickly adapts to different layout requirements. Operators can perform format changeovers rapidly; consequently, they minimize downtime and optimize line efficiency. In addition, the design facilitates routine adjustments without requiring extensive reconfiguration. Hot-Melt Adhesive Sealing System The machine uses a hot-melt adhesive applicator to ensure secure sealing. Unlike mechanical closure systems, this method provides strong adhesion that withstands both mechanical and thermal stress during transport and handling. Notably, the integrated sensors maintain a consistent operating temperature, while the adhesive distribution system guarantees even application. As such, the Used Case Sealer APSOL 3500 bph offers high-quality and repeatable sealing performance. Simultaneously, it reduces the need for rework and rejects. Safety Systems, Manuals, and Regulatory Compliance The Used Case Sealer APSOL 3500 bph includes safety systems that protect operators during operation and maintenance. In particular, safety barriers, emergency stop buttons, and certified electronic controls ensure compliance with European workplace safety regulations. Additionally, APSOL supplies the machine with comprehensive manuals covering installation, maintenance, and troubleshooting. Consequently, technicians can integrate and operate the machine efficiently from day one. Beyond basic documentation, the manuals also contain detailed schematics and recommended service intervals.

Condition: used, Year of construction: 1996, Used Capping Machine Bertolaso Sigma 603 up to 4500 bph Firstly, the used Bertolaso Sigma 603 capping machine is a technologically advanced solution. It ensures high performance up to 4500 bottles per hour. Designed for maximum efficiency in the capping process, it integrates seamlessly into production lines. Indeed, its versatility and reliability are unparalleled. Technical Features of the Capping Machine Bertolaso Sigma 603 Specifically, the Capping Machine Bertolaso Sigma 603 model features three heads for aluminum screws. These are configured for caps measuring 31.5 mm by 44 mm. Furthermore, a centrifugal cap distributor ensures constant and precise cap feeding. Consequently, it optimizes the capping process, eliminating interruptions. Moreover, mobile capping heads and a manually adjustable height capping head offer great flexibility. They easily adapt to different bottle and cap types. Additionally, the Capping Machine Bertolaso Sigma 603’s frame is painted and clad in stainless steel. This ensures durability and ease of cleaning, which is essential in production environments. Safety and Efficiency Regarding safety, integrated safety protections ensure operator safety during the bottling process. Furthermore, bottle entry from the left and adjustable production speed offer significant control. The machine can handle three formats of cylindrical bottles, demonstrating exceptional versatility. Hence, the capacity of the Capping Machine Bertolaso Sigma 603is of 4500 bottles per hour, this highlights its productivity. History and Reliability Manufactured in 1996, the Capping Machine Bertolaso Sigma 603 has proven its reliability and longevity. These factors are crucial for those seeking an efficient but used capping solution. Its long service history confirms the machine’s quality construction. It also shows its ability to maintain high performance over time. Conclusion of the Capping Machine Bertolaso Sigma 603 Iodpfsvgt Hxsx Aabetn In conclusion, the used Bertolaso Sigma 603 capping machine up to 4500 bph exemplifies Italian engineering in the bottling sector. Through its combination of flexibility, efficiency, and safety, it makes an ideal choice. It ensures high production capacity and consistent quality of the product, making it a valuable asset for any bottling line.

Condition: used, Used KHS Bottling Line Up to 19000 bph for 1.5L Soft Drinks Introduction to Efficient Bottling Technologies Initially, the soft drink industry continuously seeks efficient and reliable bottling solutions to meet the growing demand. Consequently, this industry’s dynamic nature necessitates high-capacity, technologically advanced bottling lines. Therefore, the KHS Bottling Line up to 19000 bph, with a capacity of up to 19000 bottles per hour (bph) for 1.5L PET containers, offers an exceptional solution. Moreover, it incorporates state-of-the-art technology to ensure a seamless and high-quality production process, which is crucial for businesses aiming to enhance their production efficiency. Comprehensive Component Overview of the KHS Bottling Line up to 19000 bph Firstly, the line comprises a series of specialized machinery, each designed for specific stages of the bottling process. Beginning with the Blow Molding Machine, model BLOWMAX 10 from 2009, it plays a pivotal role in the initial stage of PET container efficiency of the KHS Bottling Line up to 19000 bph and precision in bottle formation are unmatched. Ensuring the production line’s smooth operation. Subsequently, the Box Tipper and Air Conveyors, both produced in 2009, are designed to transport containers gently and accurately to the next stage, preventing any potential damage or disruption in the workflow. Filling Technology of the KHS Bottling Line up to 19000 bph Central to the KHS Bottling Line up to 19000 bph is the Filling Monoblock, model INNOFILL DRV from 2007. Which employs isobaric filling technology. This advanced system is designed for the precise and consistent filling of carbonated soft drinks, a critical aspect of maintaining product integrity and meeting the industry’s stringent quality standards. Furthermore, the technology of the KHS Bottling Line up to 19000 bph ensures that each bottle is filled accurately, with minimal waste, and with maximum efficiency. Ensuring Product Quality Iodevgt Ipepfx Aabotn Importantly, quality control is paramount in the bottling process. This KHS Bottling Line up to 19000 bph includes two advanced Inspectors, models INNOCHECK FHK and INNOCHECK ETK, introduced in 2007. The former focuses on inspecting containers to ensure they meet all required specifications before filling. In contrast, the latter of the Khs Bottling Line up to 19000 bph examines the labeling process. Ensuring that each product is correctly labeled and meets visual quality standards. These quality control measures are essential for maintaining the high standards expected in the soft drink industry. Labeling and Final Packaging of the Khs Bottling Line up to 19000 bph After filling and quality inspection in the KHS Bottling Line up to 19000 bph, the Labeling Machine, model INNOKET NEO from 2007, provides flexible and precise labeling solutions. This stage is crucial for product identification and branding in the competitive soft drink market.

Condition: used, Year of construction: 2015, operating hours: 44,747 h, Used filling monoblock Melegari up to 40000 bph In the industrial bottling landscape, notably, the Melegari filling monoblock model FILLJET NP-B 60-60-18 stands out. Designed to optimize production, it boasts a capacity of up to 30000 BPH. Furthermore, this analysis evaluates its technical specs, operational efficiency, and adaptability. It emphasizes its significant impact in still water bottling. Operational Efficiency and Production Capacity Manufactured in 2015 and still operational, the machinery proves its durability and reliability. Importantly, it handles PET containers in 0.20 L, 0.33 L, and 0.6 L formats. Consequently, this allows significant versatility in product sizes. A speed of 40000 BPH indicates remarkable production efficiency, positioning it as a competitive option for high-volume facilities. Componentry and Technological Innovation The rinser of the Used filling monoblock Melegari up to 40000 bph incorporates 60 grippers for effective single treatment, ensuring container cleanliness before filling. Maintaining high hygienic standards is crucial for the water bottling sector. Additionally, the filler, with 60 volumetric valves and fixed nozzles, provides precise filling. This minimizes volume variations and reduces product waste. Moreover, the capper, with 18 heads for plastic screw caps, ensures secure, uniform closure. It integrates safety features, protecting both the operator and the product. Sustainability and Energy Consumption Operating at 380 V, 18 kW, and 60 Hz, the Filling monoblock Melegari signals optimized energy consumption. Its energy efficiency not only reduces environmental impact but also lowers operational costs. Dimensions, Weight, and Maintenance of teh Filling monoblock Melegari Itedpfx Aevgt Nteaben The dimensions of the Filling monoblock Melegari are 6100 mm (L) x 4700 mm (W) x 3600 mm (H), with a weight of 12000 kg. The monoblock requires careful space planning. Additionally, clockwise rotation and detailed manuals facilitate maintenance, ensuring extended operational longevity. Conclusion of the Filling monoblock Melegari This analysis of the Melegari filling monoblock up to 40000 bph highlights its status as an advanced solution. By combining high production capacity, precision filling, energy efficiency, and ease of maintenance, it becomes highly attractive. Ultimately, it’s ideal for optimizing production with a focus on sustainability and cost reduction.

Condition: used, Year of construction: 2020, Used Cross-Flow Filter SEFILTRA up to 3000 L/h Introduction to Cross-Flow Filtration Firstly, the SEFILTRA cross-flow filtration is a cutting-edge solution in the bottling field. This specific model, the BF2-S SEF, produced in 2020, stands out for its capacity to process up to 3000 liters per hour. Moreover, cross-flow filtration uses organic membranes for optimal efficiency, representing an advanced and reliable technique in liquid treatment. Technical Features of the BF2-S SEF Furthermore, the BF2-S SEF by Sefiltra is currently in production and continues to demonstrate its efficiency and reliability. With a filtration speed of 3000 L/h, this system is ideal for medium-volume applications. Additionally, the organic membranes used in the cross-flow filter allow for an effective and gentle separation, preserving the liquid’s qualities intact. Itjdpsvgt Tfsfx Aabon Safety and Documentation of the Cross Flow Filter SEFILTRA Safety is a top priority in the design of the BF2-S SEF. The system includes several safety features to ensure risk-free operation. Also, the machinery is supplied with comprehensive manuals providing detailed instructions for use and maintenance, ensuring that operators can manage it effectively and safely. Electrical Data and Maintenance Equally important, the BF2-S SEF operates with a standardized electrical system: 400 V and 50 Hz, making it compatible with most industrial setups. The maintenance of the system is simplified by its intuitive construction and easy access to key components, thus allowing for efficient management and reducing machine downtime. Conclusion of the Cross Flow Filter SEFILTRA In conclusion, the “Used Cross-Flow Filter SEFILTRA up to 3000 L/h” is an optimal solution for those seeking an efficient and reliable filtration system. The combination of advanced technology, safety, and ease of maintenance makes the BF2-S SEF an excellent choice for modern bottling needs.

Condition: used, Year of construction: 2000, Used Bottle Washer Dryer Cames WDT8  Introduction Firstly, the Cames WDT8 is a highly effective and reliable solution for the bottling industry. Specifically, this advanced washing and drying system is designed to ensure optimal bottle treatment, combining cutting-edge technology with precision engineering. Moreover, the machine is encased in stainless steel, offering robustness and longevity, coupled with safety features to ensure secure operation. Iedpfxjvgt Uce Aabstn Technical Features of Washing Secondly, the Cames WDT8 is equipped with an 8-head brush carousel for washing. This system effectively treats bottles, ensuring deep and uniform cleaning. Importantly, the carousel’s primitive diameter is 480 mm with a pitch of 188.4 mm, demonstrating its efficiency in handling various bottle sizes. Drying and Energy Efficiency Additionally, a distinctive element of the Cames WDT8 is its two-way drying tunnel, complete with blades and blowers, and a heated blowing bar with resistances at the top. This configuration ensures quick and effective drying, reducing processing time and increasing productivity. Notably, with a total power of 15.25 Kw and water consumption between 120 and 220 l/h, the system shows high energy efficiency. Production Capacity and Versatility Furthermore, the production capacity of this Bottle Washer Dryer ranges from a minimum of 2,750 bottles per hour to a maximum of 5,500 bottles per hour, offering great versatility for different production needs. The machine can handle a cylindrical bottle format, with the bottle entry positioned on the left, facilitating integration into the existing workflow. Conclusions of the used washer dryer Cames WDT8 In conclusion, the Bottle Washer Dryer Cames WDT8 is an excellent choice for those seeking a used bottle washing and drying system that combines high efficiency, versatility, and safety. Its robust design and advanced technical features make it a wise investment for any company in the bottling industry.