Used Soil Stabilization for sale (6,247)

Condition: used, Used bottling line Cortellazzi for CSD in PET bottles – 8000 bph General overview of the line The used Cortellazzi bottling line for carbonated soft drinks in PET bottles 8000 bph delivers an integrated solution for producing soft drinks and sparkling water in 0.50 L and 1.5 L containers. Specifically designed for industrial environments, the system provides a complete technical configuration. It maximizes production efficiency and ensures operational safety by including protection devices and quality control systems at every stage. Moreover, the layout supports continuous operation with minimal downtime. Filling unit and blow molders The Cortellazzi Fintec VEGA 40.70.10 isobaric filling monoblock 1998 handles carbonated products while maintaining constant pressure during the filling process. As a result, the system preserves CO2 content and prevents product loss. Two separate blow molding machines feed the containers. A Sidel SBO8 from 1999 ensures continuous high efficiency production, while a Kosme KSB-4000 from 1998 serves as a backup or support unit. In addition, both machines allow quick format changes and stable operation under load. Carbonator and CO2 management The Cortellazzi Kristal Mix 1998 controls carbonation and saturates the product with CO2. Consequently, the unit ensures consistency and stability throughout the filling phase. Notably, it also supports fine tuning of pressure and temperature parameters. Labeling and customization Three labeling systems carry out specific functions. The Kosme Ekstrahotmelt 12TS1E1 1998 applies labels using hot melt glue. Meanwhile, the KHS Carmichael 1995 handles traditional label application. Furthermore, the Esleeve ESM 3200M 2004 applies shrink sleeves to PET containers in various formats. Together, these machines offer flexible labeling solutions for different product lines. Quality control and heat tunnel The Krones Miho module 2008 inspects containers and labels, detecting any defects or irregularities. If necessary, the system can reject non compliant items without interrupting the production flow. Then, the Krones Shrinkmatt 3000 tunnel 2008 uses steam to shrink the sleeves uniformly onto the containers. In particular, this tunnel guarantees even heat distribution, preventing sleeve distortion. Secondary packaging The Dimac Bluestar F30 2007 wraps products into shrink film with speed and precision. As such, this unit optimizes grouping and prepares the packs for palletizing. Additionally, it minimizes material waste and ensures a clean wrap. Handle and cap application The Twin Pack MGE 1997 applies handles to the grouped bottles. Simultaneously, the Bortolin Kemo 1997 feeds caps consistently and ensures uninterrupted sealing of containers. This way, the two systems maintain rhythm and alignment on the line. Hodpfowukuzox Ab Ient End of line and automation The Keber Meg Arm palletizer 1998 arranges the finished packs onto pallets.

Condition: used, machine/vehicle number: LC579, Used Isobaric Complete Bottling Line for Still and Sparkling Wine up to 4500 bph This complete bottling line has been designed and configured to provide a high-quality, consistent filling process for both still and sparkling wines. Built around an isobaric tribloc system, it integrates rinsing, filling, and capping functions in a continuous flow, ensuring excellent efficiency while maintaining product integrity. The line is currently set up for still wines at an output of 4,500 bottles per hour and for sparkling wines at 3,000 bottles per hour. It is already technically prepared for sparkling wine production and only requires the addition of a mushroom corker, a capsule applicator for spumante hoods, and a heating tunnel if needed. The system is equipped with dedicated conveyors, a centralized lubrication system, and separate control panels for conveyor management, enabling straightforward maintenance and integration into existing plant automation. The entire layout follows a linear configuration, optimised for space utilisation and ensuring smooth product transfer between each stage without unnecessary accumulation points. Bottling Process and Core Machinery At the start of the line, empty bottles are automatically fed into the system via a depalletizer. This equipment gently lifts and transfers the bottles onto the feeding table while maintaining their integrity. Bottles are then directed to the tribloc system, where three key operations are performed in sequence: rinsing, filling, and capping. Hnedew Imp Hopfx Ab Iet The isobaric filling technology ensures precise fill levels and consistent carbonation retention for sparkling wines, while also being perfectly suited for still wine bottling. The filling valves are designed to minimise oxygen pickup, which is crucial for preserving the wine’s sensory qualities and shelf life. The rinser operates with clean water or a sanitising solution, ensuring bottles are free from contaminants prior to filling. The capping turret, currently configured for still wine closures, applies either BVS screw caps or traditional corks, depending on the selected format. A dosing unit for gum arabic is integrated into the line. This system allows for precise addition of stabilising agents post-filling, which helps maintain wine clarity and prevent precipitation during storage. A dedicated steam generator (vapouriser) is included for both line sanitisation and, when required, pre-heating applications. Prior to filling, a microfiltration unit is positioned to ensure that the product entering the tribloc meets the desired microbiological standards. This step is essential for ensuring product stability and quality without the need for excessive chemical preservatives. Downstream, bottles are transferred to the labelling station. While the labelling unit is supplied by a third-party manufacturer, it is elect...

Condition: used, Year of construction: 1999, Used Bottle Rinser PROCOMAC Gripstar up to 6000 bph This Used Rinser  not only delivers high efficiency but also ensures excellent performance for bottle rinsing. Procomac manufactured this system in 1999, and designed it to operate at a maximum speed of 6000 bottles per hour (BPH). As a result, this setup guarantees optimal performance in production lines. The rinser handles bottle formats ranging from 0.20 to 1.5 liters, providing versatility and adaptability in different production settings. Furthermore, its robust construction adds to its overall efficiency. Technical Features of the Rinsing Machine PROCOMAC Gripstar The Gripstar rinser features 32 grippers that operate in a clockwise rotation. Consequently, this design stabilizes the bottles during the rinsing process and reduces the risk of damage or malfunction. In addition, the system incorporates fixed nozzles, which simplify maintenance and minimize wear over time. Moreover, this technical setup improves the longevity of the machine, making it a reliable choice for high-speed operations. Types of Treatment and Configuration The machine supports a single treatment cycle, allowing it to perform rinsing using either water or air. This is important because it makes the Used Bottle Rinser PROCOMAC Gripstar up to 6000 bph suitable for a wide range of products, from food-grade liquids to cosmetics. Additionally, its modular configuration enables seamless integration into existing production lines without requiring significant structural changes. Thus, it offers flexibility in various production environments. Therefore, manufacturers can easily adopt it even in complex setups. Operating Conditions and Current Status Hodpfx Abjvgvipo Isnt The Used Bottle Rinser PROCOMAC Gripstar up to 6000 bph remains stored in excellent condition, ensuring it is fully operational once installed. Despite the fact that the machine dates back to 1999, proper storage has preserved its functionality. Because of its durable design, it will continue to deliver reliable performance for years. Moreover, the use of standard components simplifies maintenance and part replacement, which helps reduce downtime as well as operating costs. In other words, the machine is built to last and operate efficiently under various conditions. Electrical Data and Energy Consumption This machine runs on 415 volts, consuming 3.1 kW of power at a frequency of 50 Hz. The machine draws 5.4 amps, ensuring energy efficiency compared to similar models. Thus, these specifications make the system compatible with most industrial electrical infrastructures. As a result, the machine ensures smooth installation while minimizing energy costs. In addition to its energy-saving features, the machine supports a sustainable production process. Conclusion of the Rinsing Machine PROCOMAC Gripstar In summary, the Used Bottle Rinser PROCOMAC Gripstar up to 6000 bph offers reliability and speed, making it an excellent choice for bottling lines.

Condition: used, Year of construction: 2009, Used Automatic Rotary Labeling Machine BRB GLOBUS 4200 bph The Used Automatic Rotary Labeling Machine BRB GLOBUS 4200 bph, model MEGA ADE 633 – CCW, applies self-adhesive labels to glass bottles with precision. Moreover, BRB GLOBUS manufactured this machine in 2009, ensuring it operates at 4200 bottles per hour (bph). It remains fully functional and ready for installation in a production line. Structural and Dimensional Features Hnedpfx Aew Am Rbjb Iet The Used Automatic Rotary Labeling Machine BRB GLOBUS 4200 bph measures 2550 mm in length, 1800 mm in width, and 2050 mm in height, with a net weight of 1800 kg. Additionally, its mechanical structure provides stability and precision during the labeling process. The machine rotates clockwise, which optimizes workflow in industrial production lines. Furthermore, the movement system operates using mechanical cams, allowing precise control over bottle movement throughout the labeling process. The 6 base plates stabilize and distribute containers evenly, thereby minimizing vibrations and ensuring accurate label placement. Labeling Type and Supported Formats The Used Automatic Rotary Labeling Machine BRB GLOBUS 4200 bph features three labeling stations, which apply self-adhesive labels to the front, back, and neck of bottles. As a result, the self-adhesive labeling method removes the need for liquid glue, significantly reducing maintenance requirements. This labeling machine handles various glass bottle formats, including 200 ml, 330 ml, and 750 ml, making it highly versatile for different beverage production needs. Furthermore, operators manually adjust both the label positioning and the head height, which enables seamless adaptation to different bottle sizes. Movement System and Adjustments The labeling machine relies entirely on mechanical cams to ensure smooth and precise plate movement. Consequently, this system prevents misalignment errors and enhances labeling quality. Additionally, the machine incorporates an exit label smoothing system, which improves label adhesion, eliminates air bubbles, and enhances the final product’s visual appeal. Moreover, operators adjust label positioning manually, allowing for quick modifications based on production requirements. The head adjustment is also manual, which provides precise control over the handling of different bottle types. Safety and Technical Documentation The Used Automatic Rotary Labeling Machine BRB GLOBUS includes safety devices that comply with current operator protection regulations. In addition, it comes with technical manuals and maintenance documentation, ensuring that operators have all necessary resources for installation and operation. Furthermore, the availability of original spare parts extends the machine’s operational lifespan, thereby facilitating preventive and corrective maintenance while minimizing downtime. Conclusion of the Used Automatic Rotary Labeling Machine BRB GLOBUS This Used Automatic Rotary Labeling Machine  delivers a precise and efficient labeling solution for glass bottles.

Condition: used, Year of construction: 2004, machine/vehicle number: FA57, Used Shrink Wrapper MIMI – Overview This used MIMI shrink wrapper is engineered for grouping and overwrapping PET bottles into stable retail-ready bundles on a modern bottling line. Designed for industrial packaging and beverage production, it delivers dependable second hand performance with efficient film-only bundling. The machine is configured for straight infeed handling of round bottles and supports multiple pack patterns without cardboard backing, making it a versatile choice for high-throughput packaging operations. Built for continuous-duty operation, this shrink wrapper is well-suited to integrate into existing bottling equipment and packaging machinery. It is a strong fit for beverage production environments where consistent pack quality, format flexibility, and reliable throughput are essential. With compatibility for common PET bottle sizes and standard pack matrices (3×2, 2×4, 3×4), it helps reduce material consumption by eliminating trays or pads while maintaining pack stability after heat shrinking. Technical Specifications & Performance Data Manufacturer: MIMI Machine type: Shrink Wrapper Year of manufacture: 2004 Capacity: up to 6,000 bottles/hour or 100 packs/hour (depending on pack configuration) Bottle sizes supported: 0.33L, 0.5L, 1.0L, 1.5L Container types: PET bottles Pack configurations: 3×2, 2×4, 3×4 (trayless, no cardboard backing) Infeed orientation: Straight infeed for round bottles Advanced Automation & Control Systems The machine is designed for inline, conveyor-fed operation typical of automatic shrink wrapping systems. Standard industrial protections and operator interfaces support routine adjustments and format changes. Exact PLC/HMI, electrical ratings, and power data are not specified in the available documentation. Production Line Integration Capabilities This shrink wrapper integrates smoothly with upstream and downstream bottling equipment, including conveyors from fillers, labelers, and pack conveyors to palletizing. The straight infeed accommodates round PET bottles and allows quick transitions between pack matrices. Its trayless film bundling reduces material handling and simplifies logistics while maintaining pack integrity after the shrink tunnel. Machine Condition & Maintenance History The machine was removed from service in 2019 and is currently not in active production. It is offered as a second hand unit suitable for recommissioning. Specific maintenance logs and operating hours are not provided in the available documentation. Operational Performance & Versatility Optimized for PET bottles, this shrink wrapper covers the most common beverage bottle sizes from 0.33L through 1.5L. Its ability to produce 3×2, 2×4, and 3×4 bundles without cardboard backing supports cost-efficient industrial packaging while preserving good pack stability following shrinking. The straight infeed for round bottles enhances handling reliability and reduces changeover complexity. Installation Requirements & Site Preparation As with most shrink wrappers, installation typically requires a stable, level foundation, adequate f... Hnjdoxurm Aopfx Ab Iet

Condition: used, Year of construction: 2007, operating hours: 10,000 h, machine/vehicle number: ET212, Used Labeling Machine PE LABELERS Universal Master up to 7500 bph The Machine delivers advanced technology for labeling glass bottles, meeting production demands of up to 7500 bottles per hour. Furthermore, P.E. Labellers manufactured this machine in 2007, ensuring precise operations with its robust design and integrated features. Technical specifications and performance of the Used PE Labellers Labeling Machine The labeller includes eight rotating plates and five labeling stations. Specifically, three stations apply adhesive labels, while two use cold glue. The machine rotates clockwise, which streamlines bottle flow management. Additionally, its manual adjustment system for both the head and labels enables quick adaptations to different formats, thereby enhancing flexibility. Production capacity and configuration The labeller handles glass bottles with a maximum diameter of 120 cm and a standard 0.75-liter format. Consequently, it operates at a top speed of 7500 bottles per hour, making it ideal for medium-scale production lines. Moreover, the system applies labels to the front, back, and neck of each bottle, ensuring a high-quality, professional finish. Labeling method and management in the Used PE Labellers Labeling Machine This machine applies labels using adhesive and cold glue methods. Therefore, this dual approach ensures compatibility with a wide range of label designs and materials. Meanwhile, operators manually adjust the system to maintain precise control during each production batch. Current state and operational specifications Hedpfx Abjvgu Uds Iont The machine remains in storage; however, it is ready for immediate deployment. It has recorded 10,000 working hours, yet it still offers substantial operational capacity. Furthermore, its robust build, weighing 2250 kg, ensures stability and durability even under high-speed conditions. Electrical data and power requirements The labeller PE LABELERS Universal Master up to 7500 bph runs on 400 V, with an installed power of 5 kW and a frequency of 50 Hz. As a result, its electrical configuration meets industrial standards, ensuring efficient energy usage for extended operations. Additionally, its energy efficiency supports long-term cost savings. Applications and technical advantages The Used Labeling Machine PE LABELERS Universal Master up to 7500 bph ensures efficient and accurate label placement. Similarly, its versatile labeling stations handle bottles of various shapes and sizes without compromising output quality. Consequently, this versatility makes it a reliable option for many bottling operations. Technicians and industry experts rely on this machine for its performance and customizable configurations. Above all, it represents an excellent choice for demanding bottling applications.

Condition: used, Year of construction: 2015, operating hours: 1,000 h, machine/vehicle number: LC396, Used Doypack Filling Line kg/h Filling Line Technical Configuration The used Doypack filling line, rated at 600 kg/h, comprises a series of 2015 machines that offer precision, hygiene, and reliability in filling flexible pouches. The process begins with product preparation and feeding, ensuring uniform consistency and stability before filling. Next, a FL Tecnics machine, model FL 2.2, handles pouch feeding, weight filling, sealing, and packaging. Specifically, a VARPE control system measures the weight of the product in each pouch with high precision, minimizing variations and waste. Simultaneously, another VARPE unit performs an X-ray inspection, which detects any contaminants or structural issues. Consequently, this adds a crucial level of safety and quality control. Meanwhile, a spiral airflow pasteurizer manufactured by SARP performs the pasteurization phase. Unlike other systems, this design treats the product uniformly, preserving its organoleptic characteristics. Finally, a cartoner completes the packaging process, efficiently organizing and preparing the filled pouches for shipping. Taken together, these components comprise the 600 kg/h Doypack/Tetra Pak filling line used to ensure a safe, uniform, and high-performance packaging process. Production Performance and Operating Conditions Hodpfsvguc Uex Ab Isnt The 600 kg/h Doypack/Tetra Pak filling line used processes up to 600 kilograms of product per hour. Thanks to its design, it maintains consistent dosing and minimizes downtime. Its weight-based filling system ensures precise volumes in each pouch, thus reducing overfilling and meeting production specifications. Notably, the line has only been in operation for approximately 1,000 hours, during which it has produced approximately 5 million pouches. Therefore, the system remains in near-new condition. Therefore, plants can count on long-term reliability with minimal wear. In terms of maintenance, this translates into reduced operating costs and longer uptime. Versatility in Product Types and Formats The Doypack/Tetra Pak filling line used operates with pouch sizes from 90 grams to 150 grams, using weight-based precision filling. Thanks to this, operators can process a wide range of products, including infant formula, ready-to-drink beverages, dairy products, sauces, and creams. More importantly, technicians can easily adjust dosing parameters to accommodate varying product viscosities or packaging standards. As a result, this system offers high flexibility to companies operating multiple product lines. Furthermore, weight-based filling improves yield accuracy, helping manufacturers meet labeling and legal compliance requirements. Operational Safety and Technical Documentation Each machine on the Doypack/Tetra Pak filling line includes integrated safety devices compliant with European standards. These include mechanical guards, interlocks, and alarms that proactively protect personnel. Furthermore, intuitive safety interfaces reduce training time and improve operational safety. The line includes technical manuals and comprehensive documentation. This allows technicians to manage installation, configuration, and routine maintenance without the need for external support. This autonomy ultimately translates into faster startup and improve...

Year of construction: 2010, condition: used, machine/vehicle number: HO1, Used Tetra Pak 4.3 T aseptic homogenizerTechnical Specifications & Performance DataThis industrial homogenizer is engineered for high-pressure processing and reliable particle-size reduction across beverage and food applications. Manufactured by Tetra Pak, the TA200 platform is recognized for stable operation, hygienic design, and robust components suitable for continuous-duty production. This unit is associated with a 250 bar rating, aligning with common requirements for dairy, juice, and beverage processing prior to filling and packaging on a used bottling line or second hand industrial packaging system.Manufacturer: Tetra PakModel: TA200Pressure rating: up to 250 bar (as indicated on the machine type plate)Design intent: High-pressure homogenization for beverage productionCE marking: PresentAseptic capability: Includes preparation/upgrading to aseptic homogenizationApplication scope: Beverage production and industrial packaging linesAdvanced Automation & Control SystemsThe TA200 platform from Tetra Pak is designed to integrate with modern automation architectures used in beverage production. Typical interfaces support upstream and downstream synchronization with processing and bottling equipment. Operator-friendly controls and clear status indication help maintain repeatable results and reduce downtime.Integration-ready control interfaces for line automationProcess monitoring for pressure and flow stabilityDesigned for consistent homogenization performance at set pressureSafety interlocks aligned with industrial practiceProduction Line Integration CapabilitiesThis homogenizer is suitable for installation upstream of fillers and other bottling equipment within a used bottling line or a second hand beverage production plant. Its aseptic upgrade preparation supports integration into hygienic and ultra-clean process segments where product protection and shelf-life are priorities.Compatible with standalone or inline operationInterfaces with mixers, pasteurizers, and fillers in industrial packaging linesFlexible placement before filling of PET or glass containersSuitable for multi-product beverage workflowsMachine Condition & Maintenance HistoryThe unit is presented for sale with inclusion of preparation/upgrading to aseptic homogenization. It is positioned for rapid commissioning into beverage production environments. Routine maintenance practices can be applied in accordance with Tetra Pak guidelines to preserve performance and reliability.Commercially offered as a second hand industrial assetReady for operation subject to standard installation and commissioningOperational Performance & VersatilityHigh-pressure homogenization improves stability, mouthfeel, and product uniformity, enabling downstream filling into PET and glass packaging. The TA200 platform is widely used in beverage production where consistency and quality control are essential.Stable particle-size reduction at defined ... Hodpezd Ul Tofx Ab Isnt

Condition: used, machine/vehicle number: LC650, Used Sidel bottling line for still - sparking water - 14400 BPHTechnical Specifications & Performance DataThis used bottling line is configured for PET bottle handling and optimized for water production, covering both carbonated and still products. The system combines isobaric filling technology with robust end-of-line packaging, offering reliable performance for medium-speed beverage production.Production speed (maximum): 14,400 bph with 0.5LAdditional speeds: 9,000 bph with 1.5L still water; 7,000 bph with 1.5L carbonated waterBottle formats: Compatible with 0.5L, 1.0L, 1.5L bottlesContainers: Designed for PET bottles with air conveyors for empty bottle transportFiller technology: Isobaric; neck 26 mmLabeling: KHS Innoket 21 N (2002) and SACMI OPERA (2011)Shrink wrapper: SMI LSK45 T (2001)Pallet wrapper: TOSA 125 (1995)Chiller: M.T.A. TAEevo TECH 121 (2025)Ancillary equipment: SIAD Macchine Impianti unit (1999)Electrical highlights (components): SMI LSK45 T: 400 V, 50 Hz, 22 kW, 37 A; M.T.A. chiller: 400 V, 50 Hz, 20 kW, 35 A, IP54Advanced Automation & Control SystemsThe line benefits from upgraded controls to ensure repeatable operation and ease of use. Air conveyors for empty bottles and belt conveyors up to the shrink wrapper have been overhauled and equipped with new electrical panels. The capper has also been overhauled with a new electrical panel, supporting stable operation and format reliability.Overhauled conveyor controls with new electrical panelsCapper overhauled in 2012 with new electrical panelCE-marked components across key stationsFormat pre-sets on the labeler for multiple bottle sizesProduction Line Integration CapabilitiesEngineered for smooth in-line operation, this second hand bottling line integrates air conveyors for lightweight PET handling, precision labeling, and robust end-of-line packaging. Quick changeovers are supported by pre-configured labeling formats, enabling efficient switches between common water bottle sizes.Inline configuration from bottle handling through packagingAir conveyors for empty bottles and belt conveyors up to shrink-wrapperLabeling line-up: KHS Innoket 21 N and SACMI OPERA for multi-format flexibilityEnd-of-line shrink wrapping with SMI LSK45 T and pallet stabilization by TOSA 125Bottle size range: 0.5L, 1.0L, 1.5LSuitable for water production (still and carbonated)Machine Condition & Maintenance HistoryThe line includes several components that have undergone maintenance and overhauls aimed at improving reliability and uptime. Air and belt conveyors up to the shrink-wrapper have been revised, with new chains and new electrical panels installed. The capper was overhauled in 2012 and fitted with a new electrical panel. The KHS Innoket 21 N labeler is set up for multiple formats, streamlining changeovers.Conveyors overhauled; new chai... Hnodpfxjzg In Tj Ab Iot

Condition: used, Year of construction: 2003, machine/vehicle number: LC643, Used SIG CSD can filling line 30000 BPHTechnical Specifications & Performance DataThis used bottling line features industrial components engineered by Krones and SIG Simonazzi, suitable for second hand industrial packaging and beverage production environments. Verified data plates provide key technical values to support integration and qualification.Year of construction: 2003Formats: 330ml ( slim, international standard "202 lid")Electrical supply: 400 V, 3-phaseFrequency: 50 HzRated current: 37 AShort-circuit rating (ICW/ICU): 1.26 kAPressure vessel volume: 504 litersTest pressure (PT): 11.44 barAllowable temperature range (TS): -4 °C to 50 °CCompliance: CE 0036Manufacturers: Krones, SIG SimonazziAdvanced Automation & Control SystemsThe line incorporates an industrial-grade power and control architecture designed for reliable 24/7 operation in beverage packaging. Three-phase power distribution at 400 V and 50 Hz supports stable performance of key units, with a 37 A rated current on the main controlled section referenced. Protective coordination and short-circuit withstand ratings (ICW/ICU) are identified to 1.26 kA, aligning with robust switchgear and control cabinet design. Operator interfaces, interlocks, and modular controls can be paired with upstream/downstream equipment to streamline changeovers and routine operation.Production Line Integration CapabilitiesEngineered for seamless integration into complete packaging lines, the equipment accommodates conventional upstream and downstream modules such as rinsing, filling, capping, labeling, conveying, inspection, and end-of-line packaging. The documented pressure vessel capacity (504 liters) supports process stability for buffer or service functions within a bottling layout. Modular connectivity enables inline operation with standard conveyor systems and synchronizes with typical line controls used in beverage production.Machine Condition & Maintenance HistoryThe components carry CE markings and documented nameplate data confirming construction year and key safety/pressure parameters. Industrial construction by Krones and SIG Simonazzi is indicative of long service life and high reliability when maintained according to OEM guidelines. Actual runtime, service records, and overhauls should be verified during inspection to align with targeted performance and validation requirements.Operational Performance & VersatilityThis second hand bottling equipment is suitable for a wide range of industrial packaging applications in beverage production. The pressure-rated vessel supports stable process conditions, while the electrical configuration is appropriate for common European plant utilities. The line can be configured with compatible modules to match target output, quality controls, and packaging formats as required by the specific production program.Installation Requirements & Site PreparationInstallation requires 400 V, 3-phase, 50 Hz power. Site preparation should consider adequate space for line layo... Hnodoziy Auspfx Ab Iet

Condition: used, Year of construction: 2001, Used Filling Monoblock RIVI 50-60-12 12000 bph Technical Features and Operating Details of the Used RIVI Filling Monoblock  The Used Filling Monoblock RIVI 50-60-12 12000 bph delivers high efficiency and operational reliability through its integrated bottling system. RIVI manufactured this machine in 2001, combining rinsing, filling, and capping functions into a single unit that optimizes both space and production time. Consequently, the Used RIVI Filling Monoblock suits companies aiming to enhance their bottling operations seamlessly. Monoblock Specifications and Bottle Formats The 50-60-12 model processes PET bottles with diameters between 50 and 95 mm and heights ranging from 150 to 340 mm. Additionally, it supports formats of 1.5 L, 0.7 L, and 0.5 L, enhancing flexibility for various production needs. Furthermore, it achieves a production rate of 12,000 bottles per hour, making it ideal for medium- to high-capacity production lines. The machine measures 5370 mm in length, 4070 mm in width, and 3000 mm in height, and weighs 20,000 kg. Moreover, the system rotates clockwise, which ensures continuous and uninterrupted production flow. Hodpfovxum Djx Ab Isnt Rinsing Section In this section of he Used RIVI Filling Monoblock, 50 grippers firmly hold bottles by the neck, stabilizing them during the rinsing process. Each bottle receives a single treatment, during which filtered water or a sanitizing solution removes dust and residues. In addition, the synchronized rotation system ensures that the rinse covers all areas uniformly, while the controlled drainage system effectively prevents liquid buildup and contamination. As a result, this process thoroughly prepares the bottles to receive the product without compromising quality. Filling Section The machine uses a gravity light depression filling system, which is ideal for non-carbonated liquids such as still water. However, it also efficiently fills sparkling water by maintaining gentle pressure control, ensuring minimal gas loss. With the proper modifications, it can handle certain types of soft drinks, making it versatile for a variety of production needs. The system employs 60 dedicated filling valves, allowing precise product flow while avoiding foaming or turbulence. Sensors continuously monitor and regulate the fill level, ensuring consistent quality even at high speeds. Capping Section The capping section relies on 12 heads to securely apply plastic screw caps. The machine includes an automatic cap feeder, with a hopper capacity of 10,000 to 13,000 caps, supporting Neck 1881, low thread, and sport caps. First, the system automatically feeds and positions the caps above the bottles. Then, each head screws the caps on with the correct torque, creating a tight, hermetic seal that preserves both gas and product freshness. Additionally, integrated sensors detect improper tightening and immediately report any errors. Therefore, the system reduces waste while guaranteeing reliable sealing and operational efficiency.

Condition: used, Year of construction: 2023, operating hours: 100 h, machine/vehicle number: R91, Used SRAML RBB-LT300 bag in box filler machine - Year 2023Technical Specifications & Performance DataThe Sraml RBB-LT300 is a compact, single-head Bag-in-Box filling machine engineered for reliable hot-fill applications in beverage production. Designed for industrial packaging environments, this unit supports a wide range of bag sizes and delivers consistent, hygienic fills that meet modern quality expectations. As part of a used bottling line or as a standalone filler, it offers dependable throughput and straightforward integration with downstream packaging machinery.Manufacturer: SramlModel: RBB-LT300Year: 2023Production speed: Up to 260 bags/hour (at 5.0L)Formats: Compatible with 3.0L to 20.0L Bag-in-BoxFilling heads: 1Neck/fitment: VitopPower: 1.5 kWVoltage/Frequency: 400 V / 50 HzDimensions (L x W x H): 930 mm x 1170 mm x 2090 mmWeight: 120 kgAdvanced Automation & Control SystemsThe RBB-LT300 is built for efficient, repeatable operations with simplified operator controls and process reliability. It includes an integrated buffer tank to stabilize product flow and a CIP attachment point to connect with plant cleaning systems, supporting hygienic operation and reduced changeover downtime. Quick mechanical adjustments enable efficient format transitions across supported bag sizes without complex tools.Integrated buffer tank for stable product feedingCIP attachment for streamlined cleaning integrationHot-fill oriented design suitable for juice applicationsOperator-friendly controls for setup and run modesConsistent dosing accuracy with a single filling headProduction Line Integration CapabilitiesThis Bag-in-Box filler can operate as a standalone station or be integrated into a complete second hand or new industrial packaging line. It pairs naturally with case/box handling, carton erecting, packing, and palletizing solutions. The machine’s footprint and utilities make it straightforward to position upstream of sealing and boxing stations in beverage production environments.Standalone or inline operationCompatible with Bag-in-Box downstream equipmentFlexible format range from 3.0L to 20.0LIdeal for integration in used bottling line upgradesMachine Condition & Maintenance HistoryManufactured in 2023 and showing under 100 operating hours, this unit presents as a late-model, low-use filler. It is functional and ready for operation, offering a near-new alternative for producers seeking dependable performance without the lead times of new equipment.Low-use machine with under 100 hoursFunctional and ready for operationRecent manufacturing year supports long service lifeOperational Performance & VersatilityOptimized for hot-fill beverage production, the RBB-LT300 handles Bag-in-Box applications for products such as apple juice and similar liquids... Hodpfxjzrgrns Ab Ient

Condition: used, Year of construction: 2017, machine/vehicle number: LC560, Used Processing Line for small dairy products 2000 L/h Milk Reception and Initial Storage The Used Processing Line for Small Dairy Products 2000 L/h begins with a milk reception unit consisting of two Lactofreeze tanks and a receiving pump. Initially, operators channel raw milk into the tanks, where it remains chilled. As a result, the system ensures thermal stability before processing. Furthermore, this setup minimizes the bacterial load while allowing continuous transfer to the pasteurization stage. Pasteurization and Separation Next, the pasteurization phase uses a plate heat exchanger with a retention section and auxiliary systems, all rated for 2,000 liters per hour. Specifically, the pasteurizer rapidly heats and holds milk at a predefined temperature to eliminate pathogens. Then, the GEA WESTFALIA separator—rated at 3,000 L/h—performs cream separation. Simultaneously, the RANNIE homogenizer (1,000 L/h) reduces fat globules, thus enhancing emulsion stability and preventing cream rise. Fermentation and Coagulation Following thermal treatment, the milk proceeds to fermentation. Here, operators use an insulated double-wall fermentation tank with a 1,000-liter capacity and planetary agitator. Consequently, they maintain uniform bacterial activity and precise temperature control. In parallel, a 1,000-liter coagulation vat equipped with a planetary mixer initiates the curdling process. Both tanks ensure optimal protein structuring for yogurt, cheese, and cultured cream products. Cheese Processing and Draining After coagulation, the Used Processing Line for Small Dairy Products 2000 L/h continues with cheese processing. The system includes a 500-liter vat with a draining sieve and two cheese draining tables. Therefore, operators can efficiently handle large curd volumes. Moreover, these components simplify whey separation while ensuring sanitary compliance. Additionally, their design supports easy cleaning and cross-contamination prevention. Packaging Operations Hnsdpfx Ajw Ahg Rjb Iot Once products are ready for packing, the line integrates semi-automatic and automatic solutions. First, a semi-automatic filler doses pasteurized milk into 1-liter bags. Subsequently, the yogurt cup filler automatically fills and seals 75 mm and 95 mm cups at up to 1,800 units per hour. Meanwhile, the rotary labeling machine by ETICAP (2004) applies both front and rear self-adhesive labels on cylindrical cups. Importantly, the machine ensures consistent alignment and adhesion. Date Coding, Thermal Control, and Final Packing In addition, a Videojet 1220 coder (2019) applies expiry dates onto each product via belt conveyor. Further downstream, a vacuum packaging machine handles cream and cheese portions. Thermal utilities include a 115–150 kW solid fuel boiler (2014) with dual transfer pumps. At the same time, an ice water tank (5,000 L, 2014) and a cooling unit (2018) maintain temperature consistency across the line. Laboratory and Accessories Alongside processing units, the Used Processing Line for Small Dairy Products 2000 L/h features a dedicated laboratory. Specifically, it houses analytical tools for quality control and milk analysis. Additionally, the line includes 300 plastic crates for storing and transporting yogurt cups. System Shutdown and Storage Finally, operators shut down the line in September 2023. Before dismantling, they cleaned ...

Condition: used, Year of construction: 2019, Used Linear Labeler PackLab Used Linear Labeler, built in 2019. Very little used therefore kept in excellent condition. Non-stop function with two groups of wrapping labels. Flexible self-adhesive linear labeler for wrapping label application, front and back. Suitable for applying partial or wrap-around body labels on cylindrical containers and partial front and back labels on shaped containers Speed of production: Achieves a production of 220 jars per minute, therefore 13200 jars per hour. Labeler Non-Stop PackLab 2019 base with external labeling stations to give the operator more accessibility both during the work phases and during the format change. N. 2 labeling stations for each label to be applied with automatic interchange in the presence of an end of the reel, breaking of backing paper, and lack of a label on the reel. PLC and other: Hnedpfx Ajvgutgeb Iet PLC type is Schneider with a 5-inch touch screen. The wrapping belts of the Used Linear Labeler are motorized with speed regulation and with an encoder connected to the machine’s speed. While the upper ribbons are motorized and with stabilizers to keep the container straight. There are inlet and outlet overflow sensors for flow regulation. Adhesive group of the Used Linear Labeler recipe adjustment keyboards with storage of up to 500 formats. This machine is complete with all safety protections according to CE regulations. All the machine user manuals are also available. The original copy of the use and maintenance of the machine is also released.

Condition: used, Year of construction: 1999, Used Palletizer KETTNER Robogrip up to 2200 box/hour This Robogrip offers, indeed, a reliable and robust solution for the bottling and packaging industry. Notably, KETTNER manufactured this machine in 1999, specifically designing it to deliver up to 2200 boxes per hour, which makes it ideal for high-productivity lines. Moreover, this robotic palletizer utilizes a rotating arm to handle cartons, ensuring precision and stability throughout each loading and unloading cycle. Hedpfx Asvirzaeb Ient Technical Specifications and Operating Mode of the KETTNER Robogrip As for the Robogrip model, it palletizes cartons using a rotating arm system. Consequently, this system enables rapid and stable handling of containers by gripping the boxes with a dedicated gripper system. The machine’s mechanical structure and robotic components further deliver smooth, controlled movement, thereby minimizing any risk of damage to products during the positioning phase. Precision and Efficiency of the Robotic Palletizer The Used Palletizer KETTNER Robogrip up to 2200 box/hour, in particular, securely grips cartons to ensure accuracy in arranging each layer. Additionally, its rotating arm works across multiple angles, effectively facilitating the packaging process while maintaining high quality. This gripping and rotation technology, therefore, handles high loads efficiently, maximizing production time. Layering Capacity and Padding Systems Interestingly, the palettizet includes a layering and padding system that inserts layers between cartons to boost stability and security during transport. Furthermore, this system operates automatically and lets operators adjust layer height and density to meet specific production needs. Advantages of a Used High-Speed Palletizer Not only does a used palletizer like the KETTNER Robogrip offer companies a cost-effective way to boost production capacity, but it also eliminates the need for new machinery. As a result, this model reaches speeds of up to 2200 boxes per hour, consistently meeting high operational standards while saving on initial purchase costs. Its durability and quality from 1999, on the other hand, make it highly suited for today’s industry, where speed and precision are crucial. Maintenance and Durability of the KETTNER Robogrip Despite its age, this machine continues to perform reliably over time, primarily due to its sturdy construction and high-quality KETTNER components. Routine maintenance on this robotic palletizer, as a rule, involves regular calibration of the grippers and rotation system, thereby ensuring optimal performance even after extended use.

Condition: used, Year of construction: 2013, Used Wrap Around SGE year 2013 – 3000 boxes/hour General Technical Description The Used Wrap Around SGE year 2013 – 3000 boxes/hour delivers high-efficiency carton packaging for PET and glass containers. S.G.E. manufactured this machine in 2013, and since then, it has served as a reliable solution for secondary packaging in bottling lines. Not only does the structure support demanding industrial use, but it also ensures consistent and repeatable operation. Furthermore, the machine integrates seamlessly into most bottling layouts. Importantly, the Used Wrap Around SGE year 2013 – 3000 boxes/hour reaches this output capacity thanks to the integration of a divider insertion system, which places cardboard dividers (commonly known as alveare) between bottles. This feature stabilizes the packs during carton folding and gluing operations, and ensures safe handling, especially in multi-row configurations. The machine is configured to work with bottles of 0.75 L and supports multiple carton formats, including 3×2, 3×4, and 3×6. This format versatility enhances its adaptability across a wide range of packaging needs. Configuration and Performance of this Used Wrap Around SGE The Used Wrap Around SGE year 2013 processes up to 3000 cartons per hour, both in the 3×2 and 3×4 formats. Consequently, the 3×2 configuration yields 18,000 bottles per hour, while the 3×4 configuration handles 36,000 bottles per hour. The 3×6 configuration further extends the machine’s capacity, allowing even higher bottle output depending on the production layout. The machine uses a straight-line infeed system that guides bottles into the carton blank positioning area. Once the bottles are in place, the system folds a flat carton blank around them and seals it using hot-melt glue. The entire process—forming, folding, and gluing—is mechanically synchronized to ensure high packaging precision. Moreover, the modular design allows for fast format changes and simplified maintenance. Above all, the machine maintains stable output even during peak production. Electrical and Mechanical Specifications The machine operates on 400 Volts, 50 Hertz, and draws a maximum of 42 kW. This power supports key functions such as motorized feeding, carton forming, and gluing. Additionally, S.G.E. designed the wrap around with rugged components, which resist wear and ensure long-term reliability. In fact, engineers can easily access all mechanical areas, simplifying maintenance and diagnostics. For this reason, the machine suits production environments that require both uptime and durability. Hnsdpfx Aewbgzdob Iot Safety and Operational Condition S.G.E. equipped this Used Wrap Around with a complete set of safety devices. Therefore, the machine complies fully with European safety regulations for operator protection. At present, it remains in storage; however, all its main systems are preserved under controlled environmental conditions.

Condition: used, Used Rinsing Machine Poggio for glass bottles 6000 bph Structural features of the used rinsing machine Poggio The Used Rinsing Machine Poggio for glass bottles 6000 bph operates with 24 grippers specifically designed to process 0.75-liter glass bottles. First of all, the machine follows a clockwise rotation and performs a single rinsing phase. Additionally, the rotating support interfaces directly with the grippers, which securely hold each bottle to ensure accurate positioning and tilting. As a result, the system optimizes the efficiency of the rinsing cycle. Moreover, engineers built the stainless steel frame to endure intensive production environments, while protective enclosures enhance safety in humid bottling areas. Treatment system and operating principles The machine performs a single rinsing cycle using only water, without relying on any chemical agents. Notably, the Used Rinsing Machine Poggio for glass bottles 6000 bph integrates a no bottle no spray system, which activates the spray only when it detects the presence of a bottle. In contrast, it disables the spray if no container is in position. Consequently, the machine avoids wasting water and conserves energy used for pumping. Furthermore, this feature—technically referred to as spray activation conditioned by bottle presence—protects the spray nozzles from premature wear. In fact, the control system operates through sensors or mechanical cams that allow spraying exclusively when the gripper locks the bottle in place. Therefore, the rinsing process remains efficient and sustainable throughout operation. Hodpewcfz Ssfx Ab Ient Bottle format compatibility The Used Rinsing Machine Poggio for glass bottles 6000 bph supports two standard bottle formats: Bordeaux and Champagne. To clarify, the machine includes adjustable centering systems and interchangeable adapters to maintain bottle stability during tilting and rinsing. In addition, the design of the infeed star and bottle guides allows operators to change formats quickly. As a result, the machine maintains production continuity and minimizes downtime. Hence, manufacturers can easily integrate it into existing lines that require flexibility. Furthermore, its high positioning accuracy ensures smooth operation even in high-speed automated systems. Performance and production capacity This machine consistently delivers a nominal output of 6,000 bottles per hour. Thanks to its 24 grippers, the machine supports continuous operation while respecting the necessary rinsing time per unit. While variables such as water pressure, line stability, and feeding regularity may influence actual performance, the machine typically operates within standard tolerances. In other words, it remains reliable for medium-capacity bottling lines. Additionally, operators can optimize settings based on specific production requirements without compromising throughput. Industrial applications and usage contexts of the Used Rinsing Machine Poggio Industries in the wine and sparkling wine sectors commonly adopt the Used Rinsing Machine Poggio for glass bottles 6000 bph.

Condition: used, Year of construction: 2018, Used Filling Monoblock for beer 800 bph Monoblock Structure The Used Filling Monoblock for beer 800 bph consists of three separate units: an automatic rinser, an isobaric filler with a double vacuum system, and a crown capper. This configuration optimizes the management of rinsing, filling, and sealing phases. As a result, the system ensures suitability for processing beer in 0.5-liter glass bottles. Moreover, this modular layout facilitates maintenance and replacement, therefore increasing operational reliability. Rotary Rinser ZPC-12 The rinser in the Used Filling Monoblock for beer 800 bph operates with a continuous rotation system and uses 12 gripping clamps. First, the operating cycle handles bottle entry. Then, it performs internal rinsing with treated water, followed by dripping and final exit. The machine handles glass bottles with a height between 150 and 330 mm and a diameter between 50 and 90 mm. It processes 600 to 800 bottles per hour. The installed motor delivers 1.5 kW of power. Additionally, the design allows rapid changeovers between bottle formats, which enhances production flexibility. Isobaric Filling with Double Vacuum The BFP-12 filling unit, at the heart of the Used Filling Monoblock for beer 800 bph, includes 12 filling valves and applies an isobaric process with double vacuum. Specifically, the system performs two evacuation cycles and CO₂ reinjections before the filling stage. Consequently, it significantly reduces residual oxygen and preserves beer quality. It supports bottle volumes from 250 to 1000 ml. Furthermore, the unit integrates key components such as a Southern Pump, a Mitsubishi PLC, a THINEDA touchscreen, Korean-made sensors, and AUTONICS pneumatic systems. This machine also operates with a 1.5 kW motor. In terms of control, the electrical interface provides real-time adjustments, thus improving accuracy during production. Crown Capping Machine ZDS-3 The crown capper of the Used Filling Monoblock for beer 800 bph applies metal crown caps to glass beer bottles. The machine includes 3 capping heads and operates with a continuous rotary motion. It handles bottles up to 330 mm in height and caps with diameters from 20 to 30 mm (cP size), compatible with the normal European neck type. Notably, the capper reaches up to 1500 bottles per hour, thereby providing an operational buffer that prevents bottlenecks downstream of the filler. In comparison to standard cappers, this model delivers greater precision and cap stability. In addition, its robust frame reduces vibration during high-speed operation. Electrical Characteristics and Compatibility Hsdpfew Tlz Ejx Ab Ient The machines in the Used Filling Monoblock for beer 800 bph use reliable and industry-standard electrical components. The full line features an estimated total power consumption of approximately 4.5 kW. From an integration standpoint, this makes the system suitable for facilities with medium energy capacity. The system exclusively handles 0.5-liter glass beer bottles. During operation, it performs filling under controlled pressure to preserve CO₂ levels and ensure the product’s final stability. Overall, the system delivers consistent performance, reduced oxygen pickup, and excellent packaging quality. Lastly, the compact footprint simplifies installation even in limited space environments.

Condition: used, Year of construction: 1994, Used Air Compressor Ingersoll-Rand CENTAC C100MX3-2SH 8.23 bar General Description of the Used Air Compressor Ingersoll-Rand CENTAC  The Used Air Compressor Ingersoll-Rand CENTAC C100MX3-2SH 8.23 bar efficiently meets industrial compressed air supply needs. Consequently, its advanced structure ensures reliable and continuous operation. Furthermore, a three-phase electric motor directly couples through a gear-type spacerless coupling, optimizing performance by minimizing mechanical losses and improving power transmission. Hnodsxcwx Hjpfx Ab Ist This compressor belongs to the Low Pressure category, operating at a maximum pressure of 8.23 bar absolute, which is equivalent to approximately 7.23 bar relative to atmospheric pressure. As a result, its design makes it ideal for industrial applications that do not require pressures exceeding 10-15 bar, ensuring stable and efficient operation. The machine utilizes a three-stage compression configuration, which progressively increases air pressure. Additionally, each stage features combined aluminum and cast iron diffusers, while a cooling system with intercoolers at each stage and a final aftercooler enhances operational efficiency. Moreover, onboard instrumentation includes temperature and pressure transducers, ensuring continuous performance monitoring. Technical Data and Performance The Used Air Compressor Ingersoll-Rand CENTAC C100MX3-2SH 8.23 bar operates with an absolute intake pressure of 99.3 kPa, whereas its discharge pressure reaches 8.23 bar absolute. It delivers an air supply capacity of 2190 m³/h, making it highly suitable for large-scale industrial applications. Its three-phase asynchronous squirrel cage motor runs within a voltage range of 380 to 415V, at 50 Hz, providing a nominal power of 680 kW and a rotational speed of 2970 RPM. Similarly, the motor features an IP23 protection rating and Class F insulation, allowing a maximum operating temperature of 100°C. Given these specifications, a star/delta starting configuration limits the number of starts to three when cold and two when hot per hour, thereby preventing excessive thermal and mechanical stress. Structure and Components A vertically split cast iron casing enhances the machine’s robustness, facilitating easy maintenance and quick access to internal components. In particular, the Bull-Gear, constructed from AGMA 12-grade helical steel, operates with oil-lubricated hydrodynamic sleeve bearings, ensuring reliability and longevity. Furthermore, the 17-4PH stainless steel impellers feature a semi-open design with backward-leaning blades to maximize aerodynamic efficiency. In the same way, aluminum and cast iron diffusers aid in pressure recovery and maintain operational stability. The lubrication system integrates an oil reservoir coated with epoxy for corrosion resistance. Additionally, a 0.75 kW pre/post lubrication pump, operating at 380/415V, maintains continuous oil circulation, protecting moving components.

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

Condition: used, Year of construction: 2006, Used Filling Monoblock BERTOLASO OLIMPIA 12/12/1 up to 2000 bph This Monoblock  offers a bottling unit manufactured by Bertolaso in 2006. Although designed to operate at a maximum speed of 2000 bottles per hour (BPH), operators have never used it, leaving it in very good condition. Furthermore, the Olimpia 12/12/1 monoblock efficiently handles glass containers, allowing for both 0.75 and 1.5-liter formats, and performs especially well for bottling still wine and beer. Rinsing System of the Used Filling Monoblock OLIMPIA 12/12/1 The Used Filling Monoblock BERTOLASO OLIMPIA 12/12/1 up to 2000 bph achieves rinsing through a gripper system equipped with 12 clamps for glass containers. In fact, this system ensures uniform container cleaning before filling. Moreover, its single-type treatment prepares containers efficiently, maintaining the final product’s integrity. This configuration controls the rinsing flow stably, achieving efficiency even in high-intensity work environments. Filling Technology: Gravity Valves with Light Depression The Monoblock BERTOLASO integrates 12 valves that fill containers using gravity, supported by light depression, ensuring precise liquid dosage. Consequently, this method minimizes air presence in the container, which helps preserve product quality and increases storage stability for wine and beer. Hnedpfjvgvfkjx Ab Iet Fixed Nozzles for Consistent Filling Additionally, the fixed nozzles of the Filling Monoblock BERTOLASO maintain stable, continuous filling, ensuring homogeneous liquid distribution in containers. As a result, this design enables the monoblock to handle high volumes efficiently, therefore reducing product waste and optimizing production processes. Operational Condition and Storage State The Used Filling Monoblock BERTOLASO OLIMPIA 12/12/1 up to 2000 bph remains in storage, having never been activated. Thus, this storage state keeps all components in pristine condition, so they are ready for immediate operation. Therefore, it serves as an ideal solution for those seeking a ready-to-use bottling monoblock without wear or restoration requirements. Production Advantages of the Used Filling Monoblock OLIMPIA 12/12/1 The Monoblock BERTOLASO adapts especially well to production lines requiring flexibility for different container formats and bottled products. In particular, its ability to manage various container sizes (0.75 L and 1.5 L) expands its applications, making it a versatile choice. Finally, the machine’s overall design enhances efficiency, ensuring high performance during production runs.

Condition: used, Year of construction: 2004, machine/vehicle number: AT31, Used APV N35 Plate pasteurizer 10000LhTechnical Specifications & Performance DataThe APV Products N35 is a plate pasteurizer engineered for high-efficiency thermal treatment of liquid food and beverage products. Built in 2004, this second hand system offers a compact, hygienic solution for beverage production and industrial packaging processes where consistent heat transfer and reliable performance are essential. Previously operated on whey in a dairy environment, it is now dismantled and ready for integration into a used bottling line or processing plant.Manufacturer: APV ProductsModel: N35Year: 2004Type: Plate pasteurizer (plate heat exchanger design)Nominal capacity: 10,000 l/hHeat transfer surface: 56.35 m²Working pressure: 10.0 barPrevious application: Whey (dairy processing)Advanced Automation & Control SystemsThe N35 plate pasteurizer architecture supports modern automation strategies. Typical configurations include temperature control loops, flow regulation, and safety interlocks to maintain stable pasteurization temperatures and hold times. The system layout facilitates integration with common PLC/HMI platforms used in beverage production, enabling recipe control, trend logging, and alarm management. Operator-friendly interfaces allow fast start-up, monitoring, and shutdown routines, while sanitary design supports rigorous hygiene requirements.Production Line Integration CapabilitiesThis flash-style thermal unit fits upstream of filling and packaging operations across a wide range of process layouts. It can be paired with balance tanks, deaeration, homogenization, and inline filtration, and can feed fillers serving PET or glass bottling operations in a used bottling line. Its compact footprint makes it suitable for both standalone processing cells and fully integrated beverage production lines. Format changes are process-driven (flow/temperature parameters) rather than container-driven, enabling multi-product flexibility for water-based and dairy-derived liquids.Machine Condition & Maintenance HistoryThe unit was previously operating on whey in a dairy plant. It has been professionally dismantled and is ready for collection and installation at a new site. Its condition supports recommissioning after standard installation, utility connection, and validation procedures typical for second hand processing equipment.Operational Performance & VersatilityThe APV Products N35 plate pasteurizer provides efficient heat recovery and stable thermal profiles for continuous processing. The plate heat exchanger design is well-suited for clear and low-to-medium viscosity liquids found in beverage and dairy processing. It aligns with industrial packaging requirements where consistent microbiological stability, product quality, and throughput are priorities. The 10,000 l/h nominal capacity makes it a solid choice for mid-scale beverage production environments seeking reliable performance.Installation Requirements & Site PreparationSite readiness typically includes utilities for heating and cooling media, process water, and drain connection... Hjdpfx Ajzndtbjb Isnt

Condition: used, Year of construction: 2005, machine/vehicle number: PST36, Used APV N35 Plate pasteurizer 10246 KghTechnical Specifications & Performance DataThis plate pasteurizer is engineered for continuous high-efficiency thermal treatment in beverage and dairy processing. Manufactured by APV Products, the N35 model provides reliable heat exchange performance with a compact footprint, making it ideal for integration into a used bottling line or broader industrial packaging and beverage production setup.Manufacturer: APV ProductsModel: N35Nominal capacity: 10,246 kg/hHeat transfer surface: 54.6 m²Working pressure: 10 barWorking temperature range: 0.9 to 100 °COverall width: 1300 mmOverall height (max): 2500 mmOverall length: 2700 mm (approx. 3000 mm with control cabinet)Configuration: Plate heat exchanger pasteurizer (HTST/flash process)Previous application: Milk processingAdvanced Automation & Control SystemsThe APV N35 plate pasteurizer supports modern automation architectures for precise thermal treatment. Typical configurations include PID control of product and heating media with temperature, flow, and pressure instrumentation, as well as interlocks for safe operation. Integration with a plant PLC/HMI enables recipe management, trend logging, and alarm handling to stabilize outlet temperature and holding-time compliance. Operator safeguards and clear access points facilitate routine checks and adjustments while maintaining hygienic conditions. Quick disconnects and service-friendly plate pack design help minimize downtime during maintenance or format changes.Production Line Integration CapabilitiesDesigned for seamless integration upstream of filling and downstream of raw product reception or blending, the N35 aligns with beverage and dairy workflows in second hand and new industrial packaging environments. It pairs effectively with homogenizers, balance tanks, deaerators, and CIP systems, and can feed fillers handling PET, glass, or carton packaging in beverage production lines.Machine Condition & Maintenance HistoryThis unit is offered as a second hand plate pasteurizer formerly used in milk production. Its robust stainless-steel design and APV engineering support reliable recommissioning in a new beverage production or food-processing facility. Routine service of seals, gaskets, and instrumentation is recommended to align with site-specific quality protocols before startup.Operational Performance & VersatilityThe APV N35 delivers stable outlet temperatures and consistent holding times suitable for HTST pasteurization. The plate pack enables efficient heat recovery, optimizing energy use and reducing thermal load on utilities. The unit’s performance characteristics make it a strong fit for dairy applications such as milk, with potential adaptability to other heat-treatable liquid foods or beverages when configured with appropriate elastomers, plate patterns, and thermal profiles.Installation Requirements & Site PreparationPlan installation with the stated dimensions and allow service clearance for... Hnjdpfxjznvfce Ab Iot

Condition: used, machine/vehicle number: LC534, Used Isobaric Filling Line for Sparkling Wine 3000 bph The isobaric filling line for sparkling and semi-sparkling wine produces 3000 bottles per hour and handles 1.5-liter bottles along with a wide range of formats. The line operates smoothly, and you can inspect it before its decommissioning at the end of April. Every machine in the line includes safety features, and some technical manuals remain available. The bottle formats include Collio, Atmosfera, Astro, Lia, Cuvee, Spumante Italia, Flute, Campana, Extral, Tappo Raso, Emiliana, Bordolese, Borgognotta, Bordolese Nobile, and Borgognotta Alta. Moreover, the seller will supply format change parts along with the line. Additionally, conveyors ensure seamless and continuous movement between machines, optimizing the production process. Description of Main Machines Depalletizer TMG VEGA 60 (2008) In this Used filling line for sparkling wine the depalletizer automatically removes bottles from pallets using its integrated PLC and electronic protection barriers. Furthermore, its system includes a layer pad magazine and an automatic mechanism for removing pads and caps within the same cycle, ensuring efficiency. Rinsing Machine AVE RAI 12 (1999) The rinsing machine cleans the inside of bottles using its PLC system. It effectively removes particles and potential contaminants. As a result, the bottles are properly prepared for filling, which contributes to higher product quality. Ozone Dispenser The ozone dispenser sanitizes bottles before filling by producing ozone gas, a strong oxidizing agent. Not only does the gas eliminate bacteria, yeast, and microorganisms, but it also leaves no chemical residues, thereby guaranteeing high hygiene standards. Isobaric Filling Machine Cobert SUPREMA (1985) The isobaric filling machine fills bottles using 24 filling valves while controlling internal pressure. Consequently, it processes both still and sparkling wines, preserving their stability and quality. Capping Machine AROL (1997) The single-head capping machine applies flush and mushroom corks. As a result, it ensures airtight sealing, which preserves the wine’s flavors and properties over time. Capping Machine KOMPASS (2007) Hedpfovxz Alox Ab Iont The capping machine applies screw caps (BVS, Stelvin) to bottles with precision. Furthermore, its design accommodates multiple formats and guarantees secure closures for different types of wines. Wirehooder ROBINO & GALANDRINO REKORD 10/2 (1994) The wirehooder automatically applies wire cages using its 10 plates and long-duration magazine. Because the machine loads cages from ground level, it allows uninterrupted operations without delays. Bottle Heating Tunnel COMTEC (2017) The heating tunnel stabilizes the temperature of bottles after filling by spraying them with warm water. Consequently, it helps reduce thermal shock and prevents potential damage to the bottles. Drying Tunnel CAMES TNN1 (2001) The drying tunnel blows high-efficiency air over the bottles, thoroughly drying them before they move to the next production step. Thus, this step ensures that the bottles are ready for labeling and packaging. Capsule Distribution and Application Capsule Distributor NORTAN (1997) The distributor feeds capsules continuously to the capsuling machine, thereby minimizing dow...

Condition: used, Year of construction: 1998, machine/vehicle number: PX15, Used Premix PARMATEC Drinkmix 12000 l/h The Used Premix PARMATEC Drinkmix 12000 l/h, which PARMATEC manufactured in 1998, delivers high-performance beverage preparation. This machine precisely mixes water, syrup, and CO₂ to produce a final product with excellent stability. Furthermore, its modular configuration and advanced process control make it highly suitable for medium and large-scale production lines. Technical Features Model: Drinkmix 12000 l/h Manufacturer: PARMATEC Year of manufacture: 1998 Processing capacity: 12,000 liters per hour Main components: Base structure provides support and ensures machine stability. Water tank stores water for mixing. Syrup tank holds syrup for blending with water. Circulation pump moves the product continuously through the process line. Hjdpfx Aev Ai Hyob Isnt Carbonation and mixing unit injects CO₂ and ensures complete homogenization. Storage tank stabilizes the mixed product before filling. Sanitizing transfer pump moves the sanitizing solution efficiently. Control panel houses all operational and monitoring controls. Work Cycle of the Used Premix PARMATEC Drinkmix The Used Premix PARMATEC Drinkmix 12000 l/h follows a structured four-step process that ensures accurate proportioning and thorough mixing of ingredients. DeaerationFirst, the system removes oxygen from the water to facilitate carbonation. It does this by injecting a precise amount of CO₂ before the water enters the main tank. Additionally, a specially designed nozzle creates a “rain effect” that enhances oxygen separation. As a result, the system achieves optimal preparation for the next stage. DosingNext, the deaerated water and syrup pass through micrometric valves that regulate their flow with exceptional accuracy. Moreover, the machine displays these flow rates on dedicated graduated indicators, allowing operators to monitor the process in real time. This phase ensures that the final premix meets the beverage’s exact specifications. Final Carbonation and MixingAt this stage, the system injects carbon dioxide in the first section of the heat exchanger coil. Then, a micrometric valve controls the amount of CO₂ while a flow meter displays the exac...