Used Beverage production for sale (913)

Condition: used, Year of construction: 2005, Used Can filler Uni-Blend 72 and Seamer Angelus 120L up to 40000 cph Introduction of the Can filler Uni-Blend and Seamer Angelus 120L Crjln T Hovgvuxoypjb In the highly competitive bottling industry, companies rely on advanced machinery to streamline production. Among available equipment, the Filler Uni-Blend 72 and Seamer Angelus 120L stand out. Filler Crown Uni-Blend 72 The Filler Crown Uni-Blend 72 is crucial for high-volume bottling. Equipped with 72 ADCOR valves, it ensures precise filling, boasting a remarkable capacity of 40000 cans per hour. Therefore, it helps companies maintain a competitive edge. Seamer Angelus 120L Complementing the Filler Uni-Blend 72 is the Seamer Angelus 120L. Renowned for precision and reliability, it features 12 sealing heads, each meticulously calibrated. This level of sealing precision is crucial for preserving freshness and carbonation. Consequently, it enhances customer satisfaction and brand reputation. High-Quality Components for Optimal Performance Both the Filler Uni-Blend 72 and the Seamer Angelus 120L are equipped with high-quality components. From the advanced Allen-Bradley CompactLogix 5380 processor to the robust 40 HP motor, every aspect is engineered for consistent results. Therefore, these machines operate efficiently under demanding conditions. Ensuring Workplace Safety In any industrial setting, safety is paramount. Designed with operator safety in mind, the Filler Uni-Blend 72 and the Seamer Angelus 120L feature stainless steel panels and plexiglass enclosures. Additionally, comprehensive safety protocols and training ensure secure operation alongside these powerful machines. Streamlined Maintenance and Continuous Operation To ensure continuous operation, both the Filler Uni-Blend 72 and the Seamer Angelus 120L are designed for ease of maintenance. Detailed maintenance manuals provide clear instructions for routine upkeep and troubleshooting. This proactive approach maximizes uptime and productivity, driving greater profitability. Conclusion of the Can filler Uni-Blend and Seamer Angelus 120L In conclusion, the Filler Uni-Blend 72 and the Seamer Angelus 120L represent efficiency and reliability in the bottling industry. With unparalleled capacity, precision filling, and secure sealing capabilities, these machines offer beverage producers a competitive advantage. By investing in advanced bottling systems, companies can enhance operational efficiency, ensure product quality, and ultimately, achieve greater success in the evolving beverage industry landscape.

Condition: used, Year of construction: 2013, operating hours: 17,900 h, Used WrapAround Packer BAUMER year 2013 Introduction Within the intricate landscape of bottling technology, the Used WrapAround Packer BAUMER 2013 emerges as a beacon of excellence. Crafted by the renowned manufacturer Baumer, this machine embodies reliability and adaptability, tailored to meet the multifaceted demands of modern production lines. Crolnovgvule T Hypeb Unrivaled Performance of Packer Baumer Wraparound At the heart of its prowess lies an impressive speed of 1500 boxes per hour, a testament to its unwavering commitment to efficiency. This speed not only ensures heightened productivity but also maintains the integrity of packaging with meticulous precision. Accompanied by a repertoire of 10 available formats, the machine seamlessly transitions between diverse container types, offering unparalleled operational flexibility. Prioritizing Safety and Reliability In the dynamic realm of industrial machinery, safety remains paramount. Thus, the Used WrapAround integrates cutting-edge safety features, safeguarding operators in their daily endeavors. Complemented by comprehensive manuals and accessible revisions, it assures optimal functionality and streamlined maintenance protocols, minimizing disruptions to production flow. Strategic Operations Management for Packer Baumer Wraparound In the quest for operational excellence, intelligent management systems play a pivotal role. Fitted with a state-of-the-art Siemens S7 PLC, this machine orchestrates operations with finesse, ensuring reliability and adaptability in equal measure. Moreover, the availability of spare parts mitigates downtime, underscoring its commitment to uninterrupted productivity. Optimal Dimensions for Versatile Deployment Navigating the spatial constraints of modern facilities demands a judicious balance of performance and compactness. The Used WrapAround Packer BAUMER 2013 strikes this balance impeccably, with dimensions meticulously tailored for seamless integration into diverse workspaces. With a length of 11248 mm, a width of 2458 mm, and a height of 2670 mm, it offers adaptability without compromising stability, weighing in at 5300 kg. Culmination: Redefining Bottling Excellence In summation, the Used WrapAround Packer BAUMER 2013 stands as a testament to innovation and precision in the realm of bottling technology. Its amalgamation of unrivaled performance, steadfast reliability, and intuitive adaptability redefines industry standards, offering a compelling solution to elevate production efficiencies. With each operation, it reaffirms its position as a cornerstone of technological advancement in the dynamic world of bottling.

Condition: used, Year of construction: 1998, Used Filling Monoblock OCIM 24-32-8 up to 10000 bph The OCIM 24-32-8 filling monoblock stands as a pinnacle in bottling technology. It offers an unparalleled capacity of up to 10000 bottles per hour. Crafted by OCIM in 1998, this machinery embodies reliability and efficiency. Specifically designed to cater to the demands of filling glass containers, particularly those housing oil products. Technical Details At the heart of this monoblock lies its rinser, equipped with 24 grippers meticulously engineered to ensure a secure hold on the containers. Operating with precision, the rinser utilizes compressed air for treatment, guaranteeing optimal cleanliness throughout the filling process. Creln T Hysvgvufepeb Moving seamlessly to the filler, which serves as the core component of the monoblock, we encounter a marvel of engineering. Boasting 32 filling valves, this monoblock is capable of handling even the most demanding bottling tasks with ease. Whether employing gravity or a light depression technique, the filler ensures a uniform and efficient distribution of the product, thanks to its fixed nozzle design. Completing the trifecta of functionality is the capper, a critical element in the sealing process. Configured to accommodate aluminum screw caps, the capper features 8 heads operating in harmonious synchronization, rotating clockwise to securely seal each bottle. Current State and Storage Despite its formidable capabilities, the OCIM 24-32-8 filling monoblock currently resides in storage, patiently awaiting its moment to shine. Safeguarded against the ravages of time, it stands as a testament to precision engineering. It is preserved to maintain its integrity and performance. Application and Benefits When deployed, this monoblock transcends mere machinery, becoming the cornerstone of efficient bottling operations. With a capacity of up to 10000 bottles per hour, it revolutionizes production processes. This enables manufacturers to meet the demands of a dynamic market with unparalleled speed and precision. Furthermore, the OCIM 24-32-8 filling monoblock offers tangible benefits beyond its impressive throughput. Its reliability minimizes downtime, ensuring continuous operation and maximizing productivity. Moreover, its versatility allows for seamless adaptation to various bottling requirements, making it a versatile asset in the hands of discerning manufacturers. Conclusion of the Used Filling Monoblock OCIM 24-32-8 up to 10000 bph In conclusion, the Used Filling Monoblock OCIM 24-32-8 represents the epitome of excellence in bottling technology. With its robust construction, innovative features, and unparalleled performance, it stands as a testament to OCIM’s commitment to quality and innovation. Whether in storage or in operation, this monoblock remains a beacon of efficiency, poised to elevate bottling operations to new heights of success.

Condition: used, operating hours: 38,750 h, Used Tetra Pak filling line TBA 19 200ML Slim 10V year 2003 The bottling line featuring the 2003 Tetra Pak TBA 19 200ML Slim 10V is an advanced system tailored specifically for the juice and dairy packaging industry. Main Machinery of the Tetra Pak TBA 19 Line In fact, at the core of the bottling line lies the Tetra Pak TBA 19 machine. Engineered to handle Brik containers with precision, with a volume of 0.20 L, it operates at a capacity of 7500 bottles per hour (BPH), ensuring efficient and continuous production. Aseptic Filling System Positively one of the distinguishing features of this line is its aseptic filling system. This ensures surely that the product is bottled under optimal hygienic conditions, thereby maintaining freshness and quality. Accessories and Additional Components In addition to the main machinery, the bottling line Tetra Pak TBA 19 is equipped with various accessories and additional components to optimize the production process: Straw Applicator: Designed to apply straws to the packages, thereby facilitating consumer consumption. Therefore the included version is compatible with the U Type Straw standard and powered at 200v. Cardboard Packer: Responsible for the final packaging of products. The TCBP 70 version is designed certainly to create specific packaging schemes, with a configuration of 3×9 and a right-side feed. Conveyors and Trolleys: To streamline workflow within the production line, conveyors and trolleys for paper and related materials transport are included. Conditions and Maintenance Csln T Hjvgvt Ieyporb Despite being a used machine, the Used Tetra Pak TBA 19 200ML Slim 10V year 2003 has been maintained in excellent condition. All components have undergone regular preventive maintenance to ensure optimal performance and reliability in the long term. The line will be revised. Conclusion of the Tetra Pak TBA 19 Line In conclusion, the bottling line featuring the 2003 Tetra Pak TBA 19 200ML Slim 10V is an ideal investment for companies in the food industry seeking an efficient and reliable solution for packaging juices and dairy products. With a combination of high performance, advanced technology, and regular maintenance, this line offers an excellent opportunity to optimize production and ensure the quality of the final product.

Condition: used, Year of construction: 2002, operating hours: 45,000 h, Used blow molding machine Sidel SBO 12 Series 2 The Sidel SBO 12 Series 2 represents a culmination of this evolution, boasting advanced features and capabilities. Over time, blow molding machines have become indispensable in modern manufacturing. Reliable Performance and Durability of the Used blow molding Sidel SBO 12 Series 2 Moreover, the blow molding machine stands out for its exceptional performance and durability. With a modest operational lifespan of 45,000 hours, it has proven to be a reliable workhorse in the production line. Its robust construction and precise engineering ensure consistent quality and productivity, making it a valuable asset for manufacturing operations. Csln T Hysvgvtzopjrb Comprehensive Maintenance Support for Used blow molding Sidel SBO 12 Series 2 In addition, maintenance and servicing are crucial aspects of ensuring the longevity and performance of blow molding machines. Sidel, a leading manufacturer in the industry, offers comprehensive support services for its equipment. Detailed documentation of maintenance and overhauls by Sidel technicians provides transparency and reassurance to potential buyers, highlighting the machine’s well-maintained condition. Meticulous Disassembly and Storage Furthermore, transporting and storing blow molding machines require meticulous planning and execution. Specialized technicians have carefully disassembled the blow molding machine, following strict safety protocols. Proper storage conditions have been established to safeguard the equipment during transit, minimizing the risk of damage and ensuring its integrity upon arrival at the destination. Streamlined Reinstallation Process The Sidel stretch blow molder equipment, previously used in soft drink production, has been disconnected with precision. This ensures a streamlined reinstallation process, minimizing downtime and maximizing efficiency in the production line. Proactive Maintenance Checks Moreover, before reintegrating consumable parts into production, a proactive maintenance check is recommended. This preventive measure helps identify any potential issues and ensures optimal performance once the machine is back in operation. By addressing any maintenance needs upfront, manufacturers can avoid costly disruptions to their production schedules. Enhanced Functionality with Supplementary Equipment Furthermore, in addition to the blow molding machine itself, supplementary equipment enhances the overall functionality of the production line. Preform loaders and orientation systems are included, optimizing efficiency and throughput. Optional add-ons, such as compressors and chillers, can be provided to meet specific production requirements, further enhancing the capabilities of the equipment. Focus on Energy Efficiency Additionally, energy efficiency is a key consideration in modern manufacturing, and this blow molding machine incorporates innovative features to address this concern.

Condition: used, Year of construction: 2007, Used Blow Molding Machine Sipa SFR 16 Assessment of Heating System and Preform Feeding Firstly, a comprehensive evaluation of the entire oven system is imperative, encompassing turning-over ramps and tension wheel guides, to ensure an efficient and seamless bottle forming process. Evaluation of Transfer Arms and Cams of the Sipa blower An indispensable aspect pertains to the scrutiny of transfer arms and cams. These components play a pivotal role in maintaining a continuous and uninterrupted production flow. Furthermore, meticulous inspection of their functionality is essential to uphold the quality and precision of the blow molding process. Condition of Molds and Stretching Mechanism Equal emphasis is placed on assessing the condition of molds and the stretching mechanism. The accuracy and integrity of the molds are pivotal in producing flawless, high-quality bottles. Consequently, conducting a thorough assessment of these components is essential to ensure optimal machinery operation. Examination of Water and Air Circuits in the Sipa blower Subsequently, the integrity of water and air circuits, integral components for preform cooling and pressure control during the blow molding process, is scrutinized. Ensuring proper circulation of water and air is crucial for maintaining stable working conditions and guaranteeing the quality of the final product. Technical Specifications and Additional Details In terms of technical specifications, pertinent details are provided regarding available SKUs and the weight of PET preforms per SKU. Specifically, for 0.5 L, the weight is 14 g, for 1.0 L, it is 26 g, for 1.5 L, it remains at 26 g, and for 2.0 L, it ranges from 29-31 g. It is important to note that the existing molds of the Sipa blower will not be supplied with the machine; replacement is at the discretion of the buyer. Additionally, the preform neck is specified as Corvaglia 28. Further technical details include the identification of the electrical cabinet and Command panel PLC of the Sipa blower as Siemens S7, along with the total number of cavities, which amounts to 16. Main observations on blowing machine Oven and the Preform in-feed Condition of the Following:  Oven, Turning-over ramps _ guiding and tension wheel  Heating modules, Oven ventilation and Cooling shields  Transfer arms and Cams  Moulds and Stretching mechanism  Water and Air Circuits All these are in great conditions  Number of SKUs and PET preform weight per SKU 0,5 L: 14 g 1,0 L: 26 g 1,5 L: 26 g 2,0 L: 29-31 g The existing molds will be supplied along with the machine. Current bottle drawings can be supplied as well. You will replace them if you want something different. Preform Neck Alaska 3-start Crslnsvgvtuo T Hypob Electrical cabinet and Command panel PLC: Siemens S7, great overall condition

Condition: used, Year of construction: 2003, Used Case Erector APE up to 9000 bp/hour Introduction of the Case Erectort APE The used APE case erector is capable of handling up to 9000 bp per hour. It stands as an indispensable machine in the bottling process. Performance and Specifications Primarily, the APE case erector is meticulously engineered to operate at an impressive speed of 9000 bp per hour. It thereby ensures a seamless and highly efficient flow along the production line. Equipped with an advanced glue closure system, it guarantees indeed a secure and steadfast sealing of the boxes. Thereby drastically reducing the likelihood of leaks or damage during transit. Safety Features Undoubtedly, safety remains paramount within any industrial setting. Hence, the APE case erector is outfitted with an array of cutting-edge safety features, meticulously designed to safeguard operators throughout the operational cycle. These include, but are not limited to, emergency stop systems and comprehensive protections aimed at preempting injuries or damages during deployment. Flexibility and Adaptability of the Used Case Erector APE up to 9000 bp/h Moreover, one of the hallmark attributes of the APE case erector is its unparalleled flexibility and adaptability. It effortlessly accommodates a diverse array of box sizes, managing 6 and 12 packs of 750 ml, alongside 6 packs of 1.5 liters. Such flexibility undoubtedly bolsters its utility across a myriad of bottling operations. Celevgvtben T Hyporb Conclusion of the Case Erectort APE In summation, the APE case erector of up to 9000 boxes per hp emerges as a stellar choice for enterprises seeking a robust, dependable, and efficient solution for their bottling endeavors. With its stellar performance metrics, coupled with its sophisticated safety features and operational versatility, it indisputably stands as a prudent investment, poised to elevate production efficiencies and yield superior quality outcomes. We can supply all the technical services needed to install and test.

Condition: used, Used Bottling Line for ESL MILK up to 2500 bph We present a used bottling line engineered for maximum efficiency and reliability in packaging ESL milk. Furthermore, this line is optimized to ensure continuous and high-quality production, with a nominal capacity of 2500 bottles per hour (bph). Nominal Capacity and Configuration of the Bottling Line for ESL Milk The nominal capacity of 2500 bph arises from a precise arrangement of the main components. Firstly, the line includes 12 filling heads and 1 capping head, ensuring a smooth and uniform flow during the bottling process. Moreover, it handles round PET bottles with a standard format of 1000 ml. Product and Packaging Specifications This line is designed for round PET bottles, with a standard format of 1000 ml. It accommodates both pasteurized and ESL pasteurized milk, ensuring maximum versatility in production. Power Feeding and Distribution Features The line requires an electrical supply of 400 Volts at 50 Hz and is configured for a three-phase distribution system with separate neutral and ground. Additionally, it requires a minimum pressure of 7 bar for the low-pressure compressed air system. Filling Environment and Blow Molding The filling process occurs in an ultra-clean environment at a temperature of 4°C, ensuring maximum product quality and freshness. Moreover, the used blow molder, a Kosme KSB 4 L model, optimizes PET bottles of various sizes, with a production speed of up to 6800 bottles per hour. Energy and Water Consumption The line is designed for optimized energy and water consumption. It consumes an average of 36 kW of electricity, with an installed power of 56 kW. Additionally, it necessitates a cooling water flow of 6.6m3/h at a temperature of 5-7°C. Crslnevgvr Re T Hypjb Performance and Efficiency The line achieves a maximum output of 1700 bottles per hour per mold unit, thanks to pneumatic preform separation and precise servo motor controls. Moreover, it features short deaeration times, ensuring optimal use of blow molding time. Additional Components In addition to the blow molder and filling line, we specifically include the AVE mod. 12/12/1 MLK automatic monoblock for packaging fresh milk in 1000 ml PET bottles, complete with rinsing, filling, and capping systems. Furthermore, a SIMAC 2500BPH labeler and Mariani FS-T10 automatic shrink wrapper provide a comprehensive and automated packaging solution. Optional upgrade of the ESL Monoblock If needed the Monoblock present in the Used Bottling line for ESL milk can be complemented by some elements to enhance its functionality. An H2O2 an H2O2 hydrogen peroxide injection system can be installed to sanitize the bottles. An inlet screw would allow 1 ml of H2O2 to be nebulized, while a UV lamp on the capper would ensure the sterilization of the caps. A compressed air microfiltration system and a pressurized environment with HEPA filters would ensure a sterile environment.

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 Coln T Hyjvgvrwspsrb 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: 2018, Used Labeling Machine MAKRO Year 2018 Technical Features of Model MAK-5 24P UA6L3 C03 Celevgvrqsn T Hypjrb Constructed in 2018, the MAKRO labeling machine, identified as model MAK-5 24P UA6L3 C03, processes glass containers efficiently. It accommodates volumes of 0.33 liters and 0.50 liters, and with 24 plates and six workstations, this machine reaches an impressive operational speed of 24,000 bottles per hour (BPH), ideal for industries requiring high throughput. Operational and Configuration Details This model operates with a counterclockwise rotation, essential for integration with existing bottling lines that require such a setup. Using an adhesive labeling method, the machine ensures labels are applied precisely and securely, enhancing product presentation and durability. Automated adjustments of labels and the labeling head simplify the setup process and allow for quick changes between different bottle formats, significantly reducing downtime and labor. Maintenance and Storage The used MAKRO labeling machine from 2018 is securely stored, with all critical safety measures in place and functional. These precautions ensure the machine is in pristine condition, prepared for immediate reinstallation and operation. The availability of original manuals makes the management and maintenance process straightforward, helping operators maximize machine uptime and efficiency. Physical and Electrical Specifications The labeling machine has dimensions of 2500 mm in length, 2300 mm in width, and 2300 mm in height, and weighs 3000 kg. This size and weight make it a robust yet manageable addition to any industrial setting. It operates at 415 V, consumes 12 kW of power, and runs at a frequency of 50 Hz, meeting the industrial standards for large production facilities. Conclusion The used MAKRO labeling machine from 2018 offers an exceptional opportunity for those looking for efficient, reliable, and high-quality labeling solutions in the second-hand market. Combining advanced operational features with ease of maintenance and robust physical and electrical characteristics, this machine is ready to meet the demands of dynamic production environments, consistently maintaining high standards of performance and quality.

Condition: used, Year of construction: 1996, Used Can Filler Krones 50V and Seamer Angelus 62H up to 30000 cph Introduction The Used Can Filler Krones 50V and Seamer Angelus 62H up to 30000 cph delivers high-performance can filling. Speed Specifications Cslnjvgvrds T Hyperb The Used Can Filler Krones 50V and Seamer Angelus 62H reaches a maximum speed of 30,000 cph (cans per hour). This capacity makes it ideal for large-scale bottling operations. Additionally, the Krones filler and the Angelus seamer coordinate perfectly to ensure high speed. Working Conditions The operates in excellent condition, until the date of August 2024 where it will be replaced due to necessity of a faster one. Consequently, all mechanical and electronic parts function properly. Furthermore, the Lincoln lubrication system maintains the moving components, thereby minimizing wear and extending the machine’s lifespan. Electrical Data The Can Filler Krones 50V and Seamer Angelus 62H operate at 575 V and 60 Hz. This configuration ensures stable and efficient operation. Moreover, the freestanding stainless steel electrical panels house all necessary controls, ensuring safety and ease of maintenance. Features of the Krones 50V The Krones 50-valve Can Filler, Model VCC-50-136 fills cans precisely and quickly. The Can Filler Krones 50V and Seamer Angelus 62H feature 50 valves that allows a continuous and rapid product flow into the cans. Its robust stainless steel construction ensures durability, even in demanding industrial environments. Features of the Angelus 62H The Angelus / Pneumatic Scale (B-W) 6 Stn. Can Seamer, Mod. 62-H provides reliable and precise sealing. This seamer, mounted on a heavy-duty stainless steel common base frame, operates alongside the filler. This configuration ensures stability and perfect alignment during operation. Supported Can Formats The system handles 0.55 l cans with 202 ends and 211 bodies. It also includes parts for 0.35 l  cans. Therefore, this flexibility allows it to adapt to different production needs without significant modifications. Operator Panels The machine includes an Operator Panel with E-Stop, allowing safe and immediate control of operations. Additionally, the Allen Bradley PanelView 1000 OI and Controller provides an intuitive user interface for monitoring and controlling process parameters. Lubrication System The Lincoln Lubrication System contained in the Can Filler Krones 50V and Seamer Angelus 62H, ensures constant lubrication of moving parts, thus minimizing downtime for maintenance. This system maintains the machine’s operational efficiency. Conclusion In conclusion, the Used Can Filler Krones 50V and Seamer Angelus 62H up to 30000 cph offers a reliable and high-performance solution for can filling. Its technical specifications and excellent operating conditions make it an ideal choice for large-scale production plants. Furthermore, an advanced lubrication system and efficient electronic control ensure that this machine performs at its best and lasts. Consequently, investing in this equipment will benefit any production facility seeking efficiency and reliability.

Condition: used, Used Bottling Line Tehnometal up to 6500 bph The bottling machinery, known as Used Bottling Line Tehnometal up to 6500 bph, provides a highly efficient solution for the bottling industry. This plant, comprising high-quality components and featuring advanced technical specifications, ensures optimal performance and long operational life. Blower KRUPP Corpoplast Blomax 6 of the Used Bottling Line Tehnometal The Blower KRUPP Corpoplast Blomax 6, produced in Germany in 1999, underwent general repairs in 2016 after purchase. Consequently, this component has a capacity of 6,500 bottles per hour (bph) for 1.5-liter bottles and 7,000 bph for 0.5-liter bottles with 6 cavities. The blower includes a cooler but lacks a compressor. Furthermore, the available molds allow for the production of 0.5, 1.5, and 2.0-liter bottles. An air conveyor, 40 meters long, connects the blower to the monobloc. Monobloc TEHNOMETAL The monobloc TEHNOMETAL, produced in Serbia in 2014, integrates rinsing, filling, and capping functions. Moreover, this component matches the blower’s capacity, handling 6,500 bph for 1.5-liter bottles. The monobloc accommodates PET bottles with a 28 mm neck and PCO 1810 neck. Its configuration, therefore, ensures continuous and smooth production, enhancing the efficiency of the bottling line. Labeller TEHNOMETAL The labeller TEHNOMETAL, produced in Serbia in 2015, applies OPP (oriented polypropylene) labels directly from the roll. This system, hence, ensures perfect label adhesion and a high-quality finish for each bottle. Using OPP labels guarantees durability and moisture resistance, thus enhancing the presentation of the final product. Shrink Wrapper TEHNOMETAL Crslnovgvq Ho T Hypjb The shrink wrapper TEHNOMETAL creates packages of 2×3 and 3×4 bottles. This component securely wraps the packages in shrink film, protecting the bottles during transport and storage. The flexibility in package configurations, as a result, offers versatile packaging options to meet different market needs. Conveyor Belts and Technical Documentation The conveyor belts included in the Used Bottling Line Tehnometal up to 6500 bph ensure a continuous flow of bottles between the various components of the system. The detailed technical documentation provides all the necessary information for installation, maintenance, and operation of the bottling line. This documentation, in turn, enables technicians to effectively manage the machinery, reducing downtime and increasing productivity. Spare Parts and Space Requirements The available spare parts allow for quick resolution of any faults, minimizing machine downtime. The machinery installation requires a space of 200 m², thereby ensuring sufficient room for operation and maintenance. The compact design of the system allows efficient use of available space, making the machinery suitable for various plant configurations. Conclusion of the Used Bottling Line Tehnometal In conclusion, the Used Bottling Line Tehnometal up to 6500 bph provides a complete and highly efficient solution for bottling needs.

Condition: used, Year of construction: 2002, Used HDPE Blow Molding Machine TECHNE 10000SFA up to 1690 bph The Used HDPE Blow Molding Machine TECHNE 10000 SFA up to 1690 bph advances the field of HDPE container blow molding machines significantly. TECHNE manufactured this machine in 2002, equipping it with cutting-edge technology and technical specifications that make it high-performance and reliable. Capacity and Implemented Technologies of the HDPE Blow Molding Machine TECHNE The HDPE Blow Molding Machine TECHNE  produces containers with a capacity of up to 1 liter. Additionally, it uses coex-3 layers technology to ensure container quality and consistency. The machine features an 8-cavity extrusion head with a center distance of 105 mm, allowing for efficient production of 8 bottles per cycle. Furthermore, the linear cold blade cutting system and pneumatic pick-and-place system enhance operational efficiency further. Efficiency and Production Cycle The HDPE Blow Molding Machine TECHNE achives a nominal production rate of 1690 bottles per hour (bph). The production cycle time is approximately 16 seconds. Consequently, this machine produces 40,560 bottles daily and 13,141,440 bottles annually, based on 324 working days per year. Therefore, the Used HDPE Blow Molding Machine TECHNE 10000 SFA up to 1690 bph suits large-scale operations perfectly. Detailed Technical Specifications The machine consists of a single station with extruders of diameters 70 mm/25D, 80 mm/25D, and 60 mm/25D, providing a total output capacity of approximately 320 kg/h. Moreover, DC motors drive the extruders, offering respective power ratings of 33 kW, 41 kW, and 24 kW. The total installed power of the machine is 240 kWh, with an average consumption of 80 kWh. Additionally, the mold’s clamping force is 300 KN, ensuring precise and uniform mold closure. Controls and Cutting System of the HDPE Blow Molding Machine TECHNE The control panel allows you to configure and monitor process parameters, including alarm systems. In addition, the machine uses a cold blade parison cutting system and a pneumatic system for bottle pick-and-place. Multiple cylinders control the parison thickness in a closed-loop position cycle, allowing for independent control of the parison profile for each cavity. Post-Overhaul Performance Cjln Tevgvqgs Hypsrb In 2013, technicians overhauled the machine, installing a new B&R PLC to enhance performance and reliability. The mold closing mechanism uses levers and hydraulic actuators, strategically positioned to ensure perfect distribution of clamping force. Similarly, upper and lower deflashing occurs through a single pneumatic actuator. Conclusion of the HDPE Blow Molding Machine TECHNE The HDPE Blow Molding Machine TECHNE efficiently produces high-quality HDPE containers. Its technical specifications and advanced technologies make it an excellent choice for companies requiring high production capacities and long-term reliability.

Condition: used, Used Capping Machine Arol up to 4000 bph Technical Analysis of Operational Capabilities of the Capping Machine Arol The Arol capping machine operates at up to 4000 bph and offers an advanced option for automating the capping process in bottling lines. It features four capping heads that distribute mechanical forces evenly, crucial for maintaining the seal’s integrity on various bottle types. Moreover, each head handles both mushroom and straight corks, widely adopted in the wine industry to effectively preserve the liquids’ organoleptic qualities. Operational Details and Mechanical Compatibility Crjln Tsvgvp As Hypeb Additionally, the design incorporates a counterclockwise rotational movement, aligning strategically with the common configurations of European assembly lines. Consequently, this facilitates integration with other bottling machines and reduces operational errors. Furthermore, this counterclockwise setup enhances synchronization with other line equipment, optimizing production time and cost. Electrical Specifications and Energy Impact of the Capping Machine Arol Similarly, the machine runs at 380 V, consumes 2.5 kW of power, and operates at a frequency of 50 Hz, optimizing energy use relative to its production capacity. Such energy efficiency crucially lowers the operational costs tied to total production, enabling companies to sustain high production volumes while keeping energy expenses low.

Condition: used, Year of construction: 1983, Used Capping Machine BERTOLASO up to 4500 bph Technical Analysis of the BERTOLASO Capping Machine The BERTOLASO SIGMA 103 model exemplifies capping technology that significantly enhances high-speed bottling processes. Originally designed in 1983, this machine delivers a production capacity of up to 4500 bottles per hour (bph), thus showcasing its effectiveness in intensive industrial settings. Importantly, its long operational life and minimal maintenance requirements solidify its market value among used capping machines. Operational Details and Functionality Equipped with three capping heads, the SIGMA 103 allows for precise application of plastic press-on caps. Furthermore, its clockwise rotation direction facilitates seamless interactions with bottling line components, consequently promoting a continuous and uninterrupted workflow. This specification not only boosts productivity but also critically minimizes the risk of operational errors, which is essential in environments that demand speed and precision. Electrical Parameters and Maintenance Considerations Operating at a voltage of 380 V and a frequency of 50 Hz, the machine’s electrical setup matches typical European industrial operations. Currently stored in a warehouse, it must undergo a detailed inspection to verify the integrity of its electrical and mechanical components. Additionally, this step is critical to ensuring the machine can resume production without compromising the quality of the capping process. Conclusions Crsln T Hyovgvppopjb In conclusion, the BERTOLASO SIGMA 103 capping machine stands as a high-value technological resource for the bottling industry. With its high production capacity and efficient capping heads, it is ideally suited for integration into a modern bottling line, ensuring high performance and cost-effective operations. Moreover, this analysis emphasizes the necessity of thoroughly assessing the machine’s operational conditions before deployment to maximize efficiency and extend its lifespan.

Condition: used, Year of construction: 1999, Used TECHNE 4000TWIN HDPE Blow Molding Machine up to 1805 bph Technical Parameters and Features of the HDPE Blow Molding Machine TECHNE The HDPE Blow Molding Machine TECHNE is equipped with a double station and eight cavities (4+4) and a center distance of 102.5 mm. The used TECHNE 4000TWIN blow molding machine specifically processes HDPE (High-Density Polyethylene) in a single-layer configuration. Furthermore, the machine efficiently produces up to 1805 bph (bottles per hour). Demonstrating a 94% efficiency rate as verified by the FAT parameter. Production and Efficiency This HDPE Blow Molding Machine TECHNE cycles through production in approximately 15 seconds. It is subject to a +/- 1% variation. Moreover, it consistently produces around 43,320 bpd (bottles per day). Allowing for a +/- 5% fluctuation. Additionally, a 59 kW DC motor powers its extruder, which has an 80 mm/25D diameter and supports an HDPE output of roughly 160 kg/h. Additional Technical Details Crjln Tsvgvpco Hypob The Used HDPE Blow Molding Machine TECHNE 4000TWIN up to 1805 bph requires a total power installation of 157 kWh and consumes an average of 63 kWh. Consequently, a hydraulic system exerts a clamping force of 135 kN on the mold, controlling the blow pins, clamping, and carriage movements through proportional valves. In addition, levers and a strategically positioned hydraulic actuator facilitate mold closing. Optimizing the diffusion of clamping force across the mold-holder plates. Control and Automation of the HDPE Blow Molding Machine TECHNE Operators can regulate and monitor machine of the HDPE Blow Molding Machine TECHNE operations through a Microset Moog control panel, ensuring precision and ease of setup. Similarly, the parison cutting system employs linear cold blades. Meanwhile, a pneumatic pick and place system automatically removes bottles. Also, a single cylinder controls the parison thickness in a closed loop, offering weight control and independent profile adjustments for each head via screen monitoring. Importantly, a single pneumatic actuator performs both upper and lower deflashing. Power Supply and Year of Manufacture Built in 1999, the machine operates on a 400 Volt, 50 Hz, three-phase power supply, facilitating smooth integration with existing industrial setups. Therefore, the TECHNE 4000TWIN stands out as a durable and effective choice for professionals in the bottling industry seeking a high-performance solution for processing HDPE containers. Ultimately, this machine represents a reliable and cost-effective investment in manufacturing efficiency. Optional Accessories: Grinders for scraps TRIA mod. BM 5030 S Linear conveyors for scraps Angled conveyors for scraps MOTAN complete feeding system for machine mod. 4000TWIN Leak testers for machine 4000TWIN Conveyors group and parts for bottles receiving and moving Chiller Industrial Frigo mod. GR1AC160 Air compressor Atlas Copco mod. GA 75 VSD+ FF 8153 3258 35

Condition: used, Year of construction: 2020, Used completely overhauled Can Seaming Machine FERRUM F8 12-1 up to 70.000 cph Production Capacity and Adaptability The Used Can Seaming Machine FERRUM F812-1 delivers a production capacity ranging from 25.000 to 70.000 cans per hour. Establishing itself as an essential tool for those seeking reliability and precision in the bottling sector. Particularly suitable for industrial contexts requiring high adaptability, this model features infinitely variable speed control via a potentiometer, thus enabling continuous production process optimization based on specific needs. Technical Features of the Used Can Seaming Machine FERRUM F8 12-1 up to 70.000 cph Moreover, the FERRUM F812-1 features twelve seaming stations and a single feed magazine, ensuring a constant flow and high efficiency in can management. During the first seaming operation, the machine’s base plate rotates at 4.94 rotations per cycle. With a special variation reaching 5.86, and during the second seaming operation, it decreases to 2.88 with a special option of 3.48. Versatility and Compatibility of the Used Can Seaming Machine FERRUM F812-1 up to 70.000 cph Additionally, this machine handles cans ranging in diameter from 50 to 66 mm and in height from 85 to 195 mm. Accommodating a wide range of products. It transports cans at a height of 1150 mm from the ground, operating with a network tension that varies between 415/240 V with a tolerance of +/-10%. Furthermore, the standard operating frequency is 50 Hz with a control voltage of 24 V/DC. Lubrication System and Technical Specifications of Ferrum seamer Similarly, the FERRUM F812-1 incorporates a centrally monitored electronic lubrication system for both the machine and the seaming rolls. The design specifies oils like Shell Cassida FLUID CR100 and Klüber Summit HySyn FG 100, chosen to ensure maximum efficiency and longevity of components. Notably, the lubricant oil capacity stands at 40 liters. Crelsvgvn Ejn T Hypsb Energy Efficiency and Environmental Impact The machine maintains a maximum noise level of 85 dBA, even at full capacity operation of 1500 cans per minute. Combined with electric height adjustment and a PLC control system, the FERRUM F812-1 serves as an optimal choice for efficient, reliable, and environmentally friendly can packaging. Importantly, these features highlight the machine’s commitment to sustainable practices. Control and Energy Consumption Furthermore, static inverters manage the motor speeds and support a capacity of 30 kW, emphasizing sustainability and energy efficiency. The machine provides dry, oil-free compressed air quality, consuming 2 Nm³/h and handling CO2 gas pressure between 6 and 8 bar, essential for pressure bottling. In addition, these technical features establish the Used Can Seaming Machine FERRUM F812-1 as an advanced and indispensable solution for the future of industrial bottling. Lastly, by integrating such sophisticated technology, the F812-1 ensures operational excellence and superior productivity.

Condition: used, Year of construction: 2007, Used Rinsing Machine ALFATEK up to 3500 bph This Rinsing Machine offers a high-precision solution for the bottling industry. Alfatek manufactured this machine in 2007, and it reaches a speed of 3500 bottles per hour (BPH), making it ideal for medium-sized plants that demand efficiency and reliability. Technical Features of the rinsing Machine Alfatek Firstly, the rinser features 16 gripping clamps for holding bottles, ensuring high stability during the rinsing process. Furthermore, fixed nozzles provide uniform and complete cleaning of glass containers. The machine operates in a clockwise direction and offers adjustable speed, which facilitates easy integration with other equipment in the bottling line, thereby enhancing operational flexibility. Dimensions and Specifications Regarding dimensions, the Used Rinsing Machine ALFATEK up to 3500 bph optimizes its use in industrial spaces. It measures 200 cm in the front, including the conveyor channel and electrical panel, 175 cm in depth, and 200 cm in height. Consequently, these specifications allow the machine to fit into existing plants without requiring significant structural modifications. Formats and Containers Moreover, this machine handles glass containers and supports various bottle formats, including 0.75 L, 1.0 L, and 2 L. Its versatility suits different types of products, such as wines and oils, improving production efficiency by managing multiple formats without frequent equipment changes. Reliability and Maintenance Since 2007, the rinser has demonstrated remarkable reliability. Notably, Alfatek designed the components to be robust and easy to maintain. Operators can quickly access wear parts, thereby allowing for swift interventions that minimize downtime. Integration and Automation In addition, operators can easily integrate the Used Rinsing Machine ALFATEK up to 3500 bph with other machines in the bottling line, thanks to its control and speed adjustment features. The advanced electrical panel provides an intuitive interface, thereby reducing the learning curve and improving overall operational efficiency. Celn T Hyevgvnfspjrb Conclusion of the rinsing Machine Alfatek In summary, the Used Rinsing Machine ALFATEK up to 3500 bph offers an excellent solution for bottling plants that need a versatile, reliable machine with high production capabilities. Its technical specifications, compatibility with various bottle formats, and ease of maintenance make it a safe investment for optimizing production processes. Furthermore, its robust design and ease of integration ensure that it meets the demands of modern bottling operations.

Condition: used, operating hours: 40,000 h, Krones Contifeed Preform Feeder The Krones Contifeed preform feeder is designed for the precise and efficient feeding of PET preforms into the blow molding machine. It operates using a roller sorter system that gently handles preforms of various sizes, ensuring they are properly aligned before entering the blow molder. The Contifeed system offers quick and infinitely variable adjustments, allowing it to accommodate different preform types and sizes with minimal manual intervention. The system is available in three different lengths to match the output of the blow molding machine and includes options for automatic adjustment, making it highly flexible and adaptable to different production requirements. The design also includes features like automatic troubleshooting and easy access for maintenance, ensuring high operational efficiency​. Krones Preform Check Inspector The Krones Preform Check Inspector is a sophisticated, inline inspection system designed to ensure the quality and integrity of PET preforms before they enter the blow molding process. Recognizing that the quality of the final bottle is heavily dependent on the condition of the preform, this system plays a critical role in maintaining high production standards and reducing waste in bottling operations. Crsln T Hsvgvl Reypjb The Preform Check Inspector utilizes advanced vision technology, incorporating high-resolution cameras and specialized lighting to conduct a comprehensive analysis of each preform. As preforms pass through the inspection station, they are subjected to multiple checks that assess various quality parameters. These include detecting surface defects such as scratches, dents, or contaminants, as well as identifying dimensional inaccuracies like ovality or variations in wall thickness. One of the key features of the Preform Check Inspector is its ability to perform 360-degree inspections. This is achieved by rotating each preform in front of stationary cameras, allowing for a complete examination of the entire surface area. This comprehensive approach ensures that even minute defects, which could compromise the integrity of the final bottle, are reliably detected. The system is also equipped with specialized software algorithms that analyze the captured images in real-time. These algorithms are calibrated to distinguish between acceptable variations and actual defects, minimizing false rejects and ensuring that only preforms that truly fail to meet quality standards are removed from the production line. This precision contributes to optimal material utilization and cost efficiency. Integration with the overall production line is seamless, as the Preform Check Inspector can communicate with upstream and downstream equipment to synchronize operations. In the event of detecting a defective preform, the system can trigger reject mechanisms to remove the faulty item without interrupting the flow of production. Additionally, the system’s data logging capabilities allow for tracking defect rates and identifying patterns, which can be invaluable for quality control and process improvement initiatives.

Condition: used, Year of construction: 1995, Used Filling Monoblock FIMER 16-1 up to 3500 BPH Celnjvgvlwj T Hypjrb Introduction to the Filling Monoblock FIMER 16-1 The Used Filling Monoblock FIMER 16-1 excels in the bottling industry with its impressive production capacity of up to 3500 bottles per hour (BPH). Originally designed in 1995, this machinery combines robust construction with advanced technology, thereby establishing itself as a top choice for companies that prioritize efficiency without compromise. Technical Specifications Equipped with 16 valves, this monoblock operates using a gravity or light depression filling system. Ideally, it minimizes foam formation and ensures even filling. This type of monoblock works perfectly for fillining spitrits and still wines. Moreover, the system adapts seamlessly to bottle sizes of 0.70 L and 1.0 L, significantly enhancing production line versatility. Components and Operation Furthermore, the capping system of the Filling Monoblock FIMER 16-1 employs a fixed nozzle, specifically designed for T-stoppers. The capping head effectively manages 21 mm diameter caps, securing a reliable and high-quality seal crucial for preserving the bottled contents. Configuration and Maintenance Currently, the Monoblock, still in production, demonstrates significant reliability and maintenance ease. Its design incorporates a clockwise rotation, an important consideration for integrating the machinery into existing lines to optimize workflow. Efficiency and Sustainability Additionally, this Filling Monoblock not only achieves high efficiency in production capacity but also adheres to sustainability standards by minimizing material waste. Consequently, this feature becomes increasingly vital for companies committed to reducing their environmental impact. Final Considerations of the Filling Monoblock FIMER 16-1 Employing the Filling Monoblock FIMER 16-1 reflects a commitment to maintaining high-quality and efficiency standards in the bottling industry. Its proven reliability, combined with modern maintenance practices, ensures that this machine remains essential for any bottling operation striving for excellence. Ultimately, investing in a system like this Filling Monoblock  is a wise decision for the future of production.

Condition: used, Year of construction: 2014, Used Linear Robot Palletizer Langhammer LR03 720box/h Introduction to the Langhammer LR03 The Used palettizer Langhammer LR03 720box/h linear robot palettizer from 2014 offers advanced automation for palettization. Specifically, Langhammer, a reputable German brand, designed this model to enhance bottling and palettization in high-efficiency production environments. Palletization Capacity The Langhammer LR03 employs a robotic palettization system with a rotating arm. Consequently, it handles up to 12 boxes per minute, which equals 720 boxes per hour. Therefore, this high throughput makes it ideal for production lines with large volumes of boxes. Box and Pallet Specifications Moreover, the machine manages boxes weighing up to 12 also accommodates pallets with dimensions of 1200 x 800 x 2100 mm and a maximum weight of 1000 kg. These specifications, in turn, provide flexibility in handling various box and pallet sizes and weights. Lifting Mechanism of the palletizer Langhammer Creln Tovgvlqj Hypsb In addition, the Langhammer LR03 uses vacuum caps to lift both boxes and bundles. This lifting mechanism enhances the efficiency of the palettization process by securely gripping and moving items. Consequently, this feature ensures reliable and precise handling during operation. Speed and Performance The Langhammer LR03 achieves a palettization speed of 20 pallets per hour. This speed ensures smooth and continuous operation, thus optimizing production times. Furthermore, the design maintains high performance during extended operations. Control and Power Supply To control the machine, a Siemens PLC is used, known for its reliability and precision. The machine, therefore, operates at 3*400V with a power consumption of 7 kW. Consequently, these specifications support efficient and sustainable operation for the Langhammer LR03. Integration and Adaptability Furthermore, the Used Linear Robot Palettizer Langhammer LR03 720box/h integrates seamlessly with existing production systems. Its robust structure, along with its technical specifications, thus suits palettization processes that demand high speed and precision. Conclusion of the Palletizer Langhammer In summary, the Langhammer LR03 delivers an advanced solution for bottling and palettization. It processes up to 720 boxes per hour and handles pallets up to 1000 kg. Therefore, with its efficient vacuum cap lifting mechanism and overall performance, it supports high-intensity production environments effectively.

Condition: used, Year of construction: 2016, Used Filling Monoblock MITSUBISHI up to 39000 BPH It is extremely important to note that this machine is complementary to it’s rinsing machine: (click here). The Filling Monoblock Mitsubishi offers an advanced solution in the bottling sector. Specifically designed to handle a wide range of liquids, it boasts a capacity of up to 39,000 BPH. Technical Specifications of Model FHRJ80M Mitsubishi Heavy Industries Mechatronics Systems Ltd manufactured the FHRJ80M model in 2016 to meet the growing demands for speed and precision in bottling. Equipped with 80 valves, this weight-based filling system accurately doses products, significantly minimizing waste. Moreover, the system fills aluminum bottles in various sizes ranging from 0.29L to 0.41L. Thus, it showcases its versatility for handling different types of liquids such as coffee (last product that has been filled by this monoblock), liquid soap, oil, and spirits. Bottling and Capping Features Furthermore, the Mitsubishi FHRJ80M monoblock integrates a capping function with 24 heads, accommodating aluminum screw caps of 28 mm and 38 mm. Its clockwise rotation direction eases integration into existing production lines. Additionally, the precision in cap placement and swift execution ensure the process’s efficiency, which is crucial for preserving product integrity and container safety during transport and storage. Croln Tevgvlks Hypjb Storage and Maintenance Currently stored in a warehouse, the Filling Monoblock Mitsubishi remains in excellent condition to ensure its functionality and readiness. Also, the availability of instruction manuals aids in maintenance and repair operations, which are essential for extending the machine’s lifespan and maintaining optimal performance. Integrated safety features protect operators and the machinery, thereby reducing accident risks during operation. Conclusions of the Filling Monoblock Mitsubishi Finally, the used Mitsubishi FHRJ80M filling monoblock serves as an optimal solution for those seeking efficiency and reliability in the bottling industry. Its adaptability to various formats and product types, along with the precision of its filling and capping system, make it ideal for a broad range of industrial applications. With proper maintenance and careful management, this monoblock can deliver high performance, significantly enhancing production process optimization. This model not only meets but also exceeds industry expectations in terms of functionality and performance.

Condition: used, Year of construction: 2014, operating hours: 977 h, Used Filling Monoblock GAI 3031FM BIER up to 3000 bph Crelnovgvk Tj T Hypjb General Description of the Machine The Used Filling Monoblock GAI 3031FM BIER up to 3000 bph provides an advanced solution for automated bottling. First and foremost, GAI manufactured this monoblock in 2014, combining several functions into a compact and highly efficient unit. The machine, therefore, handles 0.35 ml bottles, ensuring a smooth and consistent bottling process. Main Features The Used Filling Monoblock GAI 3031FM BIER up to 3000 bph, as mentioned earlier, includes a 12-head rotary rinser, a 12-head counterpressure filler, and a single-station crowner. These components, consequently, work together to ensure high-quality bottling, with the system delivering a volumetric throughput of 1200 L/hour. Additionally, GAI constructed the monoblock from stainless steel, which ensures durability and compliance with CE standards. Electrical and Control Features The Used Filling Monoblock GAI 3031FM BIER up to 3000 bph operates on a 220V, three-phase, 60Hz power supply. Schneider Electric, therefore, designed the PLC and HMI, which facilitate precise process control. Furthermore, the machine also features an integrated CIP/SIP system, which includes a pump and stainless steel tank for automatic cleaning and sterilization. Additional Components A conveyor belt with an external bottle rinser, in addition, supports the machine’s output, ensuring each bottle is adequately prepared for filling. The Used Filling Monoblock GAI 3031FM BIER up to 3000 bph operates at speeds ranging between 600 and 3000 bottles per hour. Moreover, it consistently delivers 50 bottles per minute for 0.35 ml bottles. Safety and Compatibility The machine, as expected, meets CE safety standards, and its stainless steel safety guards ensure safe and reliable operation. However, the system does not include the changeover kit for sizes other than 0.35 ml bottles, but you can purchase it separately. Therefore, this monoblock offers a robust and highly efficient solution for bottling beer and other beverages. Technical Specifications of the Monoblock The Used Filling Monoblock GAI 3031FM BIER up to 3000 bph consumes CO2 at 4 bar and, accordingly, requires a water pressure between 2.5 and 3 bar. The design, in addition, includes a transport system with an infeed accumulator, delivering a volumetric throughput of 1200 L/hour, equivalent to 317 gallons per hour. Thus, this machine serves operations that require efficiency and precision, offering a robust construction and an intuitive user interface.

Condition: used, Year of construction: 2011, Used Capping Machine BERTOLASO Delta 812R cap orienter CAMES and hood ALTIFILTER General Overview of the Capping Machine Bertolaso Croln Tevgvk Ho Hypsb The Bertolaso Delta 812R capping machine delivers high-quality performance for efficient and precise bottling. Specifically, this 2011 model features 12 heads that cap corks, handling up to approximately 15,000 bottles per hour. Therefore, the Capping Machine Bertolaso consistently provides high performance and reliability. Components and Accessories Moreover, the Bertolaso Delta 812R capping machine includes a Cames cap feeder and an AltiFilter air flow hood. Consequently, the Cames cap feeder manages the caps with precision and continuous flow, thereby optimizing the bottling process. In addition, the AltiFilter hood maintains a contamination-free work environment with its advanced air filtration system, which in turn improves the quality of the final product. Configuration and Versatility Furthermore, the adjustable stars on this capper enable configuration for various bottle sizes and shapes. Although the machine has primarily capped Bordeaux bottles, users can easily adjust it for other applications in the future. As a result, this flexibility allows companies to expand their product range effectively. Maintenance and Spare Parts In addition, the capper comes with a set of spare parts, ensuring ongoing maintenance and reducing downtime. Consequently, the availability of these spare parts helps maintain high production standards and extends the machine’s lifespan. Therefore, this feature minimizes downtime and ensures consistent operation. Conclusion of the capping machine Bertolaso In summary, the Capping Machine Bertolaso, with its Cames cap orienter and AltiFilter hood, offers a high-quality solution for the bottling industry. Given its high operational speed, precise cap placement, and additional components, it represents an excellent choice for those seeking a used yet highly efficient machine. Additionally, its adaptability and the availability of spare parts add significant value to any bottling plant.

Condition: used, Year of construction: 1999, Used Capsuling Machine ROBINO GALANDRINO up to 15000 bph Introduction Colnjvgvkms T Hypjrb The machine provides a highly efficient solution for the bottling process. Specifically, it is suitable for operations requiring a machine with a production capacity of up to 15,000 bottles per hour (bph). This specific model, in particular, applies heat-shrink capsules, ensuring a secure and uniform closure on a wide range of bottles. Technical Specifications The MONOSTADIO Z T8 model, for instance, features 8 thermal heads, allowing it to operate at speeds of up to 15,000 bph. Consequently, the machine moves bottles from left to right, which is crucial for integrating it with other line equipment. Safety and Protections The machine, therefore, prioritizes operational safety with guards installed along its entire perimeter. Consequently, these safety guards minimize the risk of accidents during operation and ensure a safe working environment for operators. Additionally, the design complies with current safety regulations, ensuring reliability. Documentation and History This specific capsuling machine branded ROBINO GALANDRINO,  was built in 1999, includes a paper-based electrical schematic. This documentation is essential, as it aids in maintenance and troubleshooting. Moreover, it facilitates technical interventions when needed. The machine is currently not in use, but it’s production was stopped while it was in perfect working conditions. Conclusions of the Used capsuling Machine ROBINO GALANDRINO up to 15000 bph This capsuling machine, model MONOSTADIO Z T8, offers a capacity of 15,000 bph and utilizes heat-shrink capsules to ensure secure closure. Furthermore, its safety guards and included technical documentation make it a robust choice for bottling lines that demand high productivity and reliability. Consequently, verify bottle diameters and conduct regular maintenance to optimize the machine’s performance.