Used beverage production for sale (1,037)

Condition: used, Year of construction: 2018, Overview This can filling line consists of equipment from Krones, KHS, Ferrum, Kisters, Hein, Strema and additional line components. The line is designed for beverage production in cans with a nominal capacity of approximately 60,000 cans per hour. The main filling and closing section includes a KHS Innofill EMD 108S filler and a Ferrum F812 can seamer, both rated at 60,000 cans/hour. The line also includes modern inspection and handling equipment, including a Krones Checkmat from 2023, several Krones machines from 2018, and a Strema A5000BII from line covers the core process from can handling and filling through seaming, inspection, pasteurization, packaging and conveying. Several machines have been modernized or upgraded over time, making the line a combination of proven core filling technology and newer inspection, packaging and auxiliary equipment.   Technical Data Capacity: approx. 60,000 cans per hour Container type: Standard cans 500ml & 330ml Condition: used line, very good condition, well maintained Application: Beer, Carbonated soft drinks   Scope of Delivery Can Depalletizer | Krones | Pressant | Automatic can depalletizing system | 2018 Empty Can Inspection | Krones | Cantronic 709 | 2018 Can Rinser | Hein | Can rinsing system | 1978 Can Filling Machine | KHS | Innofill EMD 108S | Can filling machine for beer and carbonated soft drinks | 1997 Can Seaming Machine | Ferrum | F812 | Can seaming machine | 1997 Cap / Lid Feeding System | CSW |Lid feeding system for can seamer | year tbd Fill Height Inspection | Krones | Checkmat 731 | 2023 Tunnel Pasteurizer | KHS | Innopas | Tunnel pasteurization system | 2001 Can Dryer | Gesete | BasicLine | 2018 Fill Height Inspection | Krones | Checkmat 707 | Fill height inspection system | 2018 Tray and Shrink Packing Machine | Kisters+ZEVA | 197/60+ST/II-600V ; completely overhauled in 2015 | 1992 Grouping Station | Krones | Robobox T-GS | Product grouping station before palletizing | 2018 Palletizer | Krones | Modulpal | Automatic palletizing system | 2018 Pallet Stretcher / Wrapper | Strema | A5000BII | 2021 Pallet Labelling Machine | Logopak | 850 P3 T02 P06 | 2022 Pallet Conveyors | Krones | Pallet transport system | 2018 Tray Conveyors | Krones | Tray transport conveyors | 2018 Can Conveyors | Krones | Can conveyor system | 2002 Additional Information The tray and shrink packing machine was originally manufactured in 1992 and completely overhauled in 2015. The line combines proven core filling technology with several newer Krones handling and inspection components. Offered used, as-is, without guarantee. Hsdsy Rxtqjpfx Ahaofh

Condition: used, Year of construction: 2000, Overview This complete hot-fill bottling line for non-carbonated beverages was was put together by the last producer himself and ran smoothly right up until the end. The line is designed for processing, heating, filling, cooling, and packaging of products such as juice and similar beverages. It includes upstream thermal processing, filling, downstream cooling, and end-of-line packaging equipment. The line is still assembled and can be viewed in person at any time.  Technical data Capacity: approx. 3,500 – 6,000 bottles/hour (filling section) Formats: 0.7 L / 1.0 L / 0.5 L / 1.5 L Application: Hot filling of juice and non-carbonated beverages Configuration: Heating / pasteurization system (plate heat exchanger based) Rotary filler with 28 filling valves and 4 capping heads Cooling tunnel with 3 zones Manual depalletizing crane system Rotary bottle rinser Carton erecting and sealing system Utilities: Compressed air, electrical supply Scope of Delivery Depalletizing crane system | DEMAG | Manual layer depalletizing with air-cushion gripping system Bottle rinser | FIMER | Rotary rinser with conveyor system Filling monoblock | MAG Schymanski | BETTA 28/4 | 2000 | 28 filling valves / 4 capping heads, hot fill Cooling system | 3-zone cooling tunnel with spray system Plate heat exchanger | GEA | Integrated cooling circuit Feed tank | Speidel | Atmospheric tank Pasteurization system | API Schmidt-Bretten | Plate heat exchanger based heating system Carton erecting system | BORTOLINKEMO | F.O.C. 23/30 | 1993 | Automatic carton forming unit Carton sealing system | BORTOLIN |  Hot melt carton sealing Glue system | Nordson | Series 3400 | Hot melt unit Conveyor systems | Various transport conveyors Hfodpey Rmfbsfx Ahajh

Condition: used, Year of construction: 2025, Overview This fully automatic KEG cleaning and filling system from ATS Wibbing GmbH, built in 2025, is consisting of an external KEG washer (AW 75), a KEG cleaning and filling machine (HRF 101), as well as a complete supply and transport system. The system is designed for the processing of a wide range of KEG formats. With an output of approx. 30–35 KEG/h, the installation is suitable for small and medium-sized breweries or beverage producers. The line is equipped with a Siemens S7-1500 control system and touchscreen HMI, allowing fully automatic operation with guided user interface. The scope includes a complete transport system, supply tanks with dosing and conductivity measurement, as well as all required piping between the machine and media tanks. The system is offered with 2 years manufacturer warranty and is available within approximately 2-3 months. The attached project layout drawing illustrates the complete system arrangement including KEG washer, cleaning/filling machine, conveyor sections, pallet handling aid, supply station, and expansion vessel. Technical Data Manufacturer: ATS Wibbing GmbH Machine Type: Fully automatic KEG cleaning and filling line Main Components: ATS external washer AW 75, ATS cleaning and filling machine HRF 101, Supply and transport system Year of Manufacture: 2025 Availability: approx. 2-3 months Capacity: approx. 30 – 35 KEG/h Suitable KEG Formats: Stainless steel KEGs, Plus-KEGs, Party-KEGs, Containers, Diameter range: 160 – 420 mm, Height range: 280 – 600 mm Control System: Siemens S7-1500 HMI: Touchpanel with operator guidance External Washer AW 75: Indexed pass-through operation, Circulation bath approx. 270 l, Spray pump 2.2 kW, Bag filter with pressure monitoring Cleaning & Filling Machine HRF 101: Stainless steel control cabinet, Fully automatic cleaning and filling process Transport System: Roller conveyor and chain conveyor sections, Complete electrical and sensor equipment, Cable trays included Supply System: 4 stacked tanks (150 l each, 120 l usable volume), 3 tanks with heating, Stainless steel pumps, Temperature control and dry-run protection, Temperature and level indication, 2 conductivity measurement systems with dosing pumps, Complete piping between machine and tanks, Pressure and temperature monitoring for product, CO2, sterile air, and steam, Separate control cabinet Expansion vessel 150 l Pallet handling aid Required Utilities: Sterile air: approx. 3 bar, Working air: approx. 6 bar, CO2: approx. 2–3 bar, Steam: max. 3 bar, Water supply: min. 50°C Warranty: 2 years manufacturer warranty Hedpsy Rk Igefx Ahaefh

Condition: used, operating hours: 35,000 h, machine/vehicle number: LC581, Used Complete CSD Can Bottling Line – 14,000 cans/hour – Overview This second hand, complete CSD can bottling line is engineered for carbonated soft drink (CSD) beverage production and industrial packaging at up to 14,000 cans per hour on 250 ml format. The core of the line is an Ortmann Herbst isobaric can filler with 45 valves, paired with a Ferrum 706 6-head can seamer (can ends size 200). The scope includes depalletizing, can washing, filling and seaming, tunnel pasteurization, in-line inspection, coding, secondary packaging, palletizing, and end-of-line handling, providing a turnkey used bottling line solution. Technical Specifications & Performance Data Core Monoblock: Can Filler–Seamer Filler: Ortmann Herbst, isobaric, 45 valves (year: 1980) Seamer: Ferrum 706, 6 heads (year: 1982) Product type: Carbonated soft drinks (CSD) Nominal capacity: 14,000 cans/hour on 250 ml Can end: 200 end (industry size 200) Monoblock configuration: filler–seamer integrated block for minimized DO pickup Formats & Throughput Primary can size: 250 ml Line speed: up to 14,000 cph (format- and product-dependent) Process Equipment Included Kaeser compressor package with booster and two air receivers (p.y. 2010, start 2011) CIP station, three tanks (p.y. 2011) Syrup room with cooling system (p.y. 2011) Nagema mixer (p.y. 1992) Five ready-to-drink tanks, 100 hl each, steel with food-grade lining Beverage filter (p.y. 2011) Frezart can depalletizer (p.y. 2009, start 2011) Two can washers adapted to 250 ml (p.y. 2011) Hermis tunnel pasteurizer (p.y. 2015) Stratec can fill level inspector (p.y. 2000) Victor can printer / coder (p.y. 2020) Kisters packaging machine (p.y. 1993) Keber palletizer (p.y. 1997) Sita pallet wrapper (p.y. 2011) Complete conveyor system interconnecting all machines + two can accumulation turntables (p.y. 2011) Thermo-shrink labeling line for blank cans (p.y. 2015) Advanced Automation & Control Systems Hfsdpfx Aeyhbpzshajh In-line quality control: Stratec can fill-level inspection for continuous monitoring and reject of out-of-spec containers Product identification: Victor industrial can printer for date/lot coding CIP capability: three-tank CIP station supports hygienic cleaning cycles for filler and product pathways Integrated conveying and accumulation: conveyors with two turntables provide smooth flow and buffer management to protect uptime Detailed electrical and controls documentation is available on request. Production Line Integration Capabilities Upstream Depalletizing of empty cans (Frezart) and transfer to washing Dual can washers adapted for 250 ml format Syrup room with cooling, beverage filtration, and mixing (Nagema) for consistent syrup preparation Compressed air supply package (Kaeser) with booster and storage Filling & Seaming Isobaric filling with 45-valve Ortmann Herbst filler ensures stable carbonation retention Ferrum 706 can seamer with 6 heads for reliable double seam integrity on 200 ends Downstream Hermis tunnel pa...

Condition: used, Year of construction: 2010, machine/vehicle number: LC420, Used Sacmi Filling Line for Bag in Box, Up to 650 Bags/Hour Introduction to Efficiency and Precision The used Sacmi filling line exemplifies efficiency, targeting Bag in Box applications with up to 650 bags/hour capacity. Importantly, it stands ready for operation, facilitating seamless integration into production lines. Versatility in Container Handling of the Filling Line for Bag in Box Additionally, this machinery accommodates a variety of Bag in Box sizes, including 3 L, 5 L, 10 L, and if needed also for 20 L. This versatility ensures that producers can meet diverse market demands with ease. Innovative Filling Methodology Furthermore, the line employs a sophisticated gravity and light depression filling technique. Specifically, this approach is designed to handle still wine, optimizing quality preservation during the filling process. Operational Efficiency and Speed Moreover, the filling line is engineered for maximum operational efficiency. It achieves remarkable speeds of up to 650 bags per hour. Consequently, this capability supports high-volume production requirements. Adaptability to Various Formats The machine’s format adaptability is a key feature, enabling swift changes between different Bag in Box sizes. Thus, it reduces downtime and enhances production flexibility. Gravity/Light Depression Filling Advantages Additionally, the gravity and light depression method minimizes wine oxidation risks. It ensures the wine’s organoleptic properties are preserved, maintaining product quality from filling to consumption. Technical Specifications for Optimal Performance of the Filling Line for Bag in Box The filling line’s technical specifications are tailored for still wine products. The gentle filling process safeguards the wine against agitation, crucial for maintaining taste and aroma integrity. Maintenance and Operational Readiness Regular maintenance checks are essential for sustaining operational readiness. The design facilitates easy access for maintenance, promoting efficient problem-solving and minimizing potential downtime. Enhancing Production Throughput Importantly, the ability to quickly adjust to different bag sizes enhances production throughput. This adaptability is crucial for meeting varied packaging requirements without sacrificing speed or efficiency. Conclusion of the Filling Line for Bag in Box In conclusion, the used Sacmi filling line for Bag in Box applications up to 650 bags/hour represents technical excellence. Its design prioritizes efficiency, versatility, and quality, making it an invaluable asset for wine bottling operations seeking to optimize their production capabilities while ensuring product integrity. Hfsdpfsvvh Susx Ahaoh

Condition: used, functionality: fully functional, SCH-BT/300S Bottle Washing, Filling and Capping Machine The SCH-BT/300S is a fully automated machine designed for washing, disinfecting, rinsing, filling, and capping 18.9-liter (5-gallon) water bottles. The system integrates a multi-stage cleaning process with automated bottle handling, filling, and cap application, ensuring high hygiene standards and reliable operation for bottled water production. Hsdpjzb Rmvefx Ahajfh Technical Specifications * Capacity: 200–300 bottles/hour (depending on washing cycle settings) * Washing Time: Adjustable from 40 to 120 seconds * Bottle Size: Standard 18.9 L (5-gallon) bottles * Power Supply: 400 V, 50 Hz * Installed Power: 9 kW * Compressed Air Requirement: 800 L/h, 6 bar, oil-free * Water Supply Requirement: 5,000 L/h, 1" connection, 2–4 bar pressure * Weight: Approx. 800–1000 kg * Minimum Installation Area: 7 m × 3 m The machine is suitable for small and medium-sized bottled water production facilities requiring efficient and hygienic bottle processing.

Condition: excellent (used), Orange vending machine Place of Origin: Spain Manufacturer: Zummo Model: Z10A Weight: 298 Kg Feeder Capacity: 45-50Kg. (110 lbs) Automatic delivery: 100-110 servings without need to replenish fruit Serving Delivery Time: 20-26 seconds Fruit size: 55-75mm Optional: Large Fruit Kit: 70-90mm Glasses: Anti-static glasses Hfedofnbnqspfx Ahajh Cooling Fluid: R134A Dimension: 1830mm. x 1000mm. x 680mm.

Condition: used, Year of construction: 2004, Manufacturer: Pyrazol year of manufacture: 2004 operating temperature +10- +50 C total diameter: 1500mm height: 21000mm connection: 4x 200mm flanged 2x 3.4 inch + cleaning opening Hodpfxouf Rxde Ahaefh weight: empty 500 kg

Condition: used, Year of construction: 2013, machine/vehicle number: LC634, Used BERTOLASO Epica filling line for spirits, glass & PET - 12000 bphTechnical Specifications & Performance DataThis complete used bottling line is centered on a Bertolaso Epica 32/32/8 rinsing, filling, and capping monoblock. Designed for mixed container handling, it supports both flask-shaped and round bottles in Glass and PET. The line operates up to 200 bpm (approximately 12,000 bph depending on format) and is equipped with a wet glue labeling system for front and back labels. Components span key packaging stages from depalletizing through case packing and sealing, with integrated print and inspection.Production speed: up to 200 bpm (format-dependent)Filling type: Vacuum fillingBottle formats: Compatible with 0.1L, 0.2L, 0.3L, 0.375L, 0.5L bottlesContainers: Designed for PET and Glass bottle handling; flask and round shapesCore monoblock: Bertolaso Epica 32/32/8 (rinsing/filling/capping)Labeling: Wet glue, front and back application (Cavagnino & Gatti C4810)Inspection: Fill level check (Logilevel plus)End-of-line: Case packer, case sealer, case coder, spiral elevatorsElectrical supply: 415 V / 50 Hz primary (with 240 V / 50 Hz devices where indicated)Key models/years: 1994–2022 across sub-systemsAdvanced Automation & Control SystemsThe line integrates automated handling and quality control to ensure consistent beverage production. The Bertolaso monoblock provides synchronized rinsing, filling, and capping with centralized controls for format management. The Logilevel plus inspection system supports automated fill-level verification to maintain product quality. Conveyors, case handling equipment, and the labeling station operate with coordinated start/stop logic, enabling smooth, continuous flow across the production line. Electrical architecture is standardized around 415 V / 50 Hz, with auxiliary devices at 240 V / 50 Hz, facilitating straightforward integration with typical industrial power systems. Operator access points and changeover settings are designed to support efficient adjustments between formats.Production Line Integration CapabilitiesThis second hand industrial packaging solution offers full in-line operation from bottle depalletizing to finished case handling. It is configured for both PET and Glass containers, including flask-shaped and round bottles, and is suitable for multiple small bottle formats from 0.1L to 0.5L. Integrated conveyors connect every module, while the case erector, case packer, sealer, and printing functions ensure complete end-of-line packaging. The wet glue labeller supports dual-panel (front/back) applications to meet brand presentation requirements. The Spiralveyor equipment assists with elevation changes and compact layouts.Machine Condition & Maintenance HistoryThis used bottling line comprises components manufactured between 1994 and 2022, with the core filling monoblock from 2013 and subsequent upgrades at inspection (2017) and end-of-line elevation (2022). The balanced mix of modern and proven machinery delivers reliable performance for beverage pr.. Hjdpfx Ahey Szcweajfh

Condition: used, Year of construction: 1996, machine/vehicle number: LC635, Used STORK glass filling line for spirits 12000 BPH - shaped, taperedTechnical Specifications & Performance DataThis complete used bottling line for glass bottles is engineered around a Stork rinser–filler–capper monoblock with vacuum filling, complemented by wet-glue front, back, and neck labeling. It is a second hand industrial packaging solution designed for efficient beverage production on round, shaped, and tapered glass containers.Line type: Complete glass bottling lineProduction speed: 200 BPM (approximately 12,000 bottles per hour)Bottle shapes: Round, shaped, taperedFormats: Compatible with 0.35L, 0.7L, 0.75L, 1.14L bottle formatsContainers: Designed for Glass bottle handlingFilling principle: Vacuum fillingLabeling: Wet glue labeller for front, back, and neck labelsElectrical supply: 415 V / 50 Hz on most equipment; select components 240 V / 50 HzKey equipment and model references:Depalletizer: Osmeka VAE (1996)Rinser-Filler-Capper Monoblock: Stork RVR30/146-36-9 LW (1996)Labeller: Cavagnino & Gatti CG84CL3/18 (wet glue)Laner: Stork SIE1500PB3 (1996)Case packer: Stork (1996)Case sealer: 3M 800 Afe (1998)Carton erector: Bortolinkemo with Nordson hot glue applicator (2013)Checkweigher: Logics & Control Logiweight LS (2016)Spiral carton elevators: AmbaFlex SpiralVeyor SV (2022 and 2013)Advanced Automation & Control SystemsThe line integrates automated bottle handling, synchronized conveying, and coordinated controls across depalletizing, rinsing, filling, capping, labeling, and end-of-line packaging. The monoblock provides precise vacuum filling for consistent fill levels on glass containers. The wet-glue labeling station applies front, back, and neck labels at line speed. Ancillary equipment such as the Nordson hot melt system on the case/carton erector and the Logiweight checkweigher support reliable, data-driven quality and packaging integrity. Electrical configurations are standardized at 415 V / 50 Hz for heavy equipment and 240 V / 50 Hz for the checkweigher.Production Line Integration CapabilitiesDesigned for seamless inline operation, this used bottling line includes a laner for flow management and spiral carton elevators for vertical transport, optimizing footprint and maintaining throughput. Format changeovers cover 0.35L to 1.14L glass bottles, handling round, shaped, and tapered geometries. The system integrates upstream depalletizing through to case erecting, packing, sealing, and weight inspection, providing end-to-end industrial packaging capability for beverage production.Machine Condition & Maintenance HistoryThis second hand bottling equipment set comprises components manufactured between 1996 and 2022, reflecting a maintained and progressively updated line. It is presented as a complete used bottling line suitable for recommissioning into beverage production. Component ages vary, with the core Stork monoblock originating in 1996 and end-of-line elements ... Hjdsy Szb Hspfx Ahasfh

Condition: used, Year of construction: 2018, operating hours: 3,500 h, machine/vehicle number: LC636, Used KHS Innofill can line 16000 CPH - year 2018Technical Specifications & Performance DataThis complete used bottling line is a second hand beverage canning system engineered around a KHS can filler block, integrated with high-quality upstream and downstream packaging machinery. Designed for industrial packaging and beverage production, it delivers reliable performance for aluminum cans.Production speed: up to 16000 cph (cans per hour)Primary filler: KHS Innofill Can C (2018)Can seamer: Ferrum FC03 (2018)Depalletizer: SKA Fabricating Can-I-BusInspector: Heuft fill level detectorRinser: AV-C500 can air rinserDryer: Air Control Industries can dryerLabeller: Pack Leader (Advanced Dynamics system)Case packer: Atlanta Rafaello 726Case coding: SATO S86-EX printerConveyors: KHS and AE Conveyors, plus KBR outfeed belt conveyor with PCUtilities/auxiliaries: Conveyor lubricator (Loewados)Container type: Aluminum cansDocumentation: Hard‑copy manuals includedAdvanced Automation & Control SystemsThe line is equipped with dedicated control cabinets for conveyors and labeling, supporting coordinated start/stop logic and smooth product handling. The KHS Innofill Can C filler block provides modern automation architecture with line-friendly integration, recipe handling, and synchronized drives for consistent filling and seaming operations. Safety interlocks and guarding are present across key stations for operator protection and process reliability.Production Line Integration CapabilitiesThis packaging line offers end-to-end integration from depalletizing to case packing, enabling seamless flow of cans through rinsing, filling, seaming, inspection, drying, labeling, and secondary packaging. Modular conveyors by KHS, AE Conveyors, and KBR facilitate balanced accumulation and stable transfer, helping maintain throughput at rated speeds. The configuration is suitable for a wide range of beverage production scenarios and can be adapted to different aluminum can sizes with appropriate change parts and guides.Machine Condition & Maintenance HistoryAs a second hand used bottling line, the core process equipment includes 2018-generation KHS Innofill Can C filler and Ferrum FC03 seamer. The asset list indicates a complete, coherent set of stations with hard‑copy manuals available, supporting efficient commissioning, maintenance, and spare parts management. The line is presented in working condition and ready for operation, subject to standard site preparation and utilities.Operational Performance & VersatilityDesigned for high-efficiency can handling, the line features a SKA Fabricating depalletizer for automated infeed, an air rinser for internal container preparation, precise isometric filling via KHS Innofill Can C, and robust double seaming with the Ferrum FC03. Quality assurance is enhanced by a Heuft fill level detector. Downstream, an Air Control Industries dryer prepares ca... Hedpfxsy Szbyo Ahasfh

Condition: excellent (used), For measuring the opening and closing torque of screw caps, lids, etc. - Material: Aluminum, robust design - Direction of rotation: Clockwise and counterclockwise - Adjustable: for various bottle and jar sizes - Bottle/jar diameter: 0-115 mm Hedpezat E Eofx Ahaefh - Measuring range: 0-340 Ncm / 0-30 in-lbs - In very good condition

Condition: used, Rotary labeling machine, modernized in 2008 with a three-head self-adhesive labeling system. Manufacturer: PE Labellers Model: Universal 8T 3S 3E Capacity: up to 4000 - 7000 bottles/hour Hodpfxszbyucj Ahasfh Carousel: 8-station Configuration: 2 x UNILOGO S7 heads for self-adhesive labels (e.g., front + back) 1 x COLLAMAT 6610 head for applying labels, e.g., neck labels Original technical documentation. Technical condition: used machine, condition as shown in the pictures.

Condition: used, Year of construction: 2008, Overview This rotary capping machine (ROPP / roll-on closures) was manufactured in 2008 by AROL Closure Systems. The machine is designed for the application of roll-on closures in beverage and liquid packaging lines, particularly for 28 × 1.5 aluminum closures. It is currently mounted on a pallet and in stored condition. The machine is described as used, with 12 capping heads in very good condition. Visible surface oxidation on the frame is present due to storage but does not affect functionality. The control cabinet is partially open/incomplete with missing HMI.  Technical data Formats: 28 × 1.5 closures Application: Capping of bottles (roll-on closures) Configuration: Rotary turret with 12 capping heads Neck finish: 28 × 1.5 Hjdpey I Nt Nsfx Ahaefh

Condition: used, Year of construction: 2010, operating hours: 47,000 h, machine/vehicle number: LC582, Used Complete Krones PET Bottling Line – 22,000 BPH – OverviewUsed Complete Krones PET Bottling Line – 22,000 BPH – Overview This second hand, ultra-clean Krones PET bottling line is a complete, high-efficiency solution for beverage production and industrial packaging across cider, sparkling water, still water and CO2-mixed juices. Built by Krones and GEA in 2010 and kept in production with OEM service, the line delivers up to 22,000 bottles per hour (0.5 L) and 18,000 bph (1.5 L), combining a Contiform S12M blow molder directly coupled to an ultra-clean isobaric filler-capper bloc. It is a market-ready used bottling line designed for reliability, hygiene, and quick format changeovers in PET.Technical Specifications & Performance DataManufacturer: Krones and GEAYear of manufacture: 2010Working hours: approx. 47,000Nominal capacity: 22,000 bph (0.5 L) | 18,000 bph (1.5 L)Products handled: cider, sparkling water, still water, juices with CO2Filling technology: Ultra-clean, isobaric, volumetric PET fillingCurrent product: Apple juice with water and CO2Neck finishes: PCO 1810, PSO 28 mm, 1810/1881 short neckControls: Siemens Simatic S7 PLC platformMain Equipment ScopeCIP: Krones VarioClean F AUT fully automatic CIP system, 4 x 5000 L, 30 m³/hProcess: GEA TDS plant with flash pasteurizer, mixer, carbonator, degasser and process tanksPreforms: Preform tipper/kipper and feeding conveyors; Krones Contifeed RS preform feeding system; Prejet Linear preform cleaning unitCaps: Cassner cap feeding with cap rinsing and sterilizationBlow molder: Krones Contiform S12M, directly connected to the ultra-clean bloc (no air conveyor)Filler/Capper bloc: Krones Volumetric VODM-PET 2.160-66-103 with integrated capper; Krones Vario Dos filler-bloc cleaningCoding and inspection: Domino DDC 3 laser coder; Krones Checkmat 731 FM-X+L filling level inspector; Krones Checkmat 731 EM label inspectorConveying and testing: SYNCO bottle conveyors; Krones Flowliner bottle leak testerLabeller: Krones Contiroll OPP 720-15, double roll-feed wrap-around labels with hot glueSecondary packaging: Krones VarioPro FS shrink–tray packer; Krones Multico S packet conveyors; Twin Pack handle applicatorPack coding: Leisinger Jet 3 ink coderPalletizing: Krones Robopox Modulpal (2016)Advanced Automation & Control Systems Line Control & PLCSiemens Simatic S7-series PLC for coordinated line control, interlocks and diagnosticsIntegrated filler-bloc cleaning via Krones Vario Dos for validated ultra-clean cyclesRecipe and parameter management supporting fast changeovers between PET formats Hsdpfxsyhbmtj Ahasfh

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

Condition: used, Used Bottling Line KRONES for still, sparkling water and CSD 12000 bph The Used Bottling Line KRONES for still, sparkling water and CSD 12000 bph ensures good-performance bottling for mineral water, sparkling water, and carbonated soft drinks (CSD). Specifically, it processes PET containers in 1.5 l format, using isobaric filling technology to preserve the quality of both carbonated and non-carbonated beverages. Moreover, the bottle neck standard is PCO 1810. In addition, this Used Bottling Line KRONES for still, sparkling water and CSD – 12000 bph integrates synchronized machines, thereby optimizing every production step, from preform feeding to final packaging and palletizing. Preform Feeding and Preparation in this Used Bottling Line KRONES The process begins with the preform feeder, which continuously supplies preforms to the preform inverter. As a result, the line maintains a smooth and consistent flow, with correct alignment of preforms before the blowing process. Blow Molding Machine Next, the blow molding machine—a Krones Contiform Compact 10, year 2001—uses a Siemens S5 control system to manage heating and blowing phases. Consequently, it transforms preforms into precisely shaped PET bottles ready for downstream processes. Air Conveyors of the Used Bottling Line KRONES for still and sparkling water Once the bottles are formed, they are transferred via Krones AirCo air conveyors, model AirCo, year 2011. These conveyors extend for approximately 110 meters. Furthermore, they are controlled by inverters and a Siemens S5 controller, ensuring the transport to the next station. Mixing and Carbonation Unit Before filling, the product passes through the mixing and carbonation unit, a Krones MS, year 1992. This system mixes water and syrup, and then carbonates the product with CO₂ for sparkling drinks, or injects nitrogen for still water. Notably, the unit ensures continuous operation and mixing, thus maintaining product consistency throughout production. Filling Monoblock Following the mixer, the filling monoblock—Krones VK PET 100 SV K, year 1993—comes into action. Controlled by a Schleicher system, it includes: Bottle rinsing unit Isobaric filling machine, suitable for both still and carbonated beverages Capping unit for PCO 1810 PET bottles CIP (Cleaning-In-Place) connections Capacity to handle 1.5 l format Importantly, this unit represents the heart of the line, performing several critical functions within a compact and coordinated block. Hsdowa Tqcjpfx Ahasfh Labeling Machine Immediately after filling, a Krones labeling machine, model Canmatic, year 1997, applies labels to PET bottles with precision. As such, it ensures accurate positioning and high throughput, contributing to a professional final presentation. Shrink Wrapper Subsequently, the shrink wrapper—Dimac Green Star Big, year 2011—forms multipacks using shrink film.

Condition: used, Used overhauled isobaric Filling Machine Cobert Exacta up to 1600 bph Introduction to the Filling Machine Cobert Exacta The Cobert Exacta isobaric filler, with its 16 taps and advanced features, stands out as a cutting-edge solution in the industrial bottling field. Technical Specifications Equipped with filling taps featuring pre-evacuation and degassing, the Cobert Exacta ensures precise and uniform bottle filling. Additionally, the pneumatic piston system for bottle lifting, integrated with an air recovery mechanism, guarantees efficient and reliable operation. Moreover, the presence of a vacuum pump optimizes the filling process, maintaining high standards of quality for the final product. Furthermore, the external tap washing device contributes to the cleanliness and hygiene of the machine, essential for safe and compliant production. Performance and Functionality The Cobert Exacta offers variable production speed, which is adjustable via a variator, to meet specific production needs. Thanks to the output photocell for controlling overflow on the conveyor belt, the machine ensures continuous operation without interruptions. Hedpjwc Tutefx Ahaefh Furthermore, with a production capacity of approximately 1600 bottles per hour, this filler stands out for its high efficiency and productivity. Notably, it can handle 0.750-liter bottles of sparkling wine refrigerated at around 0 degrees Celsius, ensuring maximum output without compromising product quality. In summary, the Cobert Exacta isobaric filler is an ideal choice for food and beverage companies seeking superior performance and reliability in the bottling process. With its advanced features and robust design, it represents a strategic investment to optimize production and ensure customer satisfaction.

Condition: used, Year of construction: 2014, Used filling monoblock ALFATEK MBC 7/1 LP ELVIRA for re-fermented beer year 2014 This filling monoblock offers a compact and efficient solution for bottling re-fermented beer in glass containers. Consequently, Alfatek manufactured this machine with a gravity filling system to ensure a stable process that meets industry standards. Technical Features of the Used filling monoblock ALFATEK ELVIRA for re-fermented beer The ALFATEK MBC 7/1 LP ELVIRA filling monoblock for beer year 2014 includes 7 fixed filling valves, specifically designed to process beer in 0.33 L and 0.75 L glass bottles. Moreover, the gravity filling  prevents organoleptic alterations, and significantly reduces the risk of foam formation during filling. In addition, the integrated capper features 1 capping head for 29 mm crown caps, ensuring a secure and effective seal. Furthermore, this capping system works in synergy with the gravity filling process to maintain the internal pressure stability of the bottles. Operational Specifications Notably, the monoblock fills up to 1,000 bottles per hour, making it ideal for small to medium-sized production lines. As a result, bottles move through the system with a clockwise rotation, thereby optimizing workflow efficiency. Along with the monoblock, the conveyors are also included in the sale. They have the following dimensions: 1.80 m in length, maximum width 52.5 cm, minimum width 25 cm. Regarding electrical specifications, the Used filling monoblock ALFATEK ELVIRA for  re-fermented beer operates at 415V and 50Hz. Therefore, it remains compatible with most industrial plants. Safety and Structure of the Used filling monoblock ALFATEK ELVIRA for re-fermented beer Importantly, the machine includes safety devices that protect the operator during operation. Additionally, its compact structure measures 1,190 mm in width, 1,900 mm in length, and 2,330 mm in height, allowing seamless integration into existing production lines without major modifications. Current Condition and Availability At present, the Used filling monoblock ALFATEK ELVIRA for re-fermented beer remains in storage. Thus, it is ready for inspection and installation in a new production facility. Given its robust structure and advanced technical features, it presents a reliable choice for breweries looking for a high-performance and tested machine. Hedpfx Ahov N Dcisaefh Ultimately, this monoblock provides a valuable opportunity to improve production efficiency. Likewise, it represents a strategic investment in a well-maintained used system. Consequently, breweries can optimize their operations while reducing acquisition costs. Additionally, its compatibility with industry standards ensures smooth integration into various production setups. Therefore, this machine offers both efficiency and reliability, making it a practical choice for modern bottling facilities.

Condition: used, 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. 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 Hfedpowcfz Ssfx Ahajh 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: 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 Hedpfx Ahswbgzdeasfh 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. 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, 01. Product to be filled “CSD” 02. Type of Bottle RoundBottles 03. M.O.C. of the Bottle PET Bottles 04. Fill Volume / Bottle sizes 500ml 05. Type of Caps Screw Caps 06. Type of Labels BOPP 07. Output required 416 Bottles Per Minute on 500 ml     BLOWER SIPA 16 CAVITIES 2007 WITH MAINTENNACE OPERATION: Used blow molding machine for PET bottles with production capacity up to 25,000 bph with the 500ml format. Year of construction, 2007. Used blower complete with Octagon tipper, Air recovery system, preform hopper. This machine is immediately available for sale and in case of request we can carry out pre-production maintenance. Detached from production in fully functional status is excellent opportunity for used equipment. We will build new neck personalization for pco 1881 We will build two new set of blow mould as per your request. Air conveyor system NEW/used revised 2024   NEW RINSER /FILLER/SCREW CAPPER, SPORT CAPPER: Auto Rotary 70 Head Rinser Cum 70 Head Counter Pressure Filling Cum 15 Head Rotary Screw Cap Sealing Machine,AND 15 HEAD SPORT CUP system Model Uinibloc : 70x70x15x15, fitted with Disc cap feeder, chute&shoe, SS safety hood, PLC/HMI of Schneider make, Electronic BPM meter & Counter, sensor at in feed & out feed. Fitted with one set of change parts of 250ml PET bottle. All Product Contact Parts like Tank, Valves & all product contact parts will be SS316Grade. Output – 416BPM on 500 ml bottle. Fully Automatic Bulk Cap Elevator Additional Set of Change Parts If Required RINSING SECTION : TOP OF THE ROTARY RINSSER S. SLAT CHAIN CONVEYOR Body fabricated out of pre-polished S.S. Sheets, of 8’ length for carrying empty bottles to water rinsingnozzles and rinsed bottles to the Filling Machine. BOTTLE GRIPPING HEADS The gripping heads hold the bottles by neck. The bottle carrying grippers are supported by carousel thatby turning makes the grip lever arms slide on a fixed helical guide. In this way the bottles areturned upside down to have the openings atthe bottom to coincide with spray nozzle. Hfedpfx Ahovgt Upsaeh AIR CLEANING PROCESS The bottles when rotated are brought into theline with the fixed nozzle in such a way thatits opening partially contains the nozzle. Airjet cleaning air sprayed inside the bottle forpresettime. VACUUM PROCESS The bottles when rotated are brought into the ine with the fixed nozzle in such a way that its openingpartially contains the nozzle.

Condition: used, Year of construction: 2004, Used case packer APE INCA 2000 year 2004 The APE Impianti INCA 2000 bottling machine optimizes filling processes in the bottling sector. It provides high performance and adapts to various production needs. APE Impianti manufactured the INCA 2000 model in 2004 with a focus on robustness and reliability. Its full stainless steel construction also ensures corrosion resistance, delivering long-lasting durability in high-demand environments. Capacity and Operating Speed of the Case Packer APE INCA 2000 The INCA 2000 operates at a rate of 6000 bottles per hour. It maintains high-speed standards without compromising filling accuracy. This capacity meets the demands of intensive bottling lines, improving production flow. Additionally, it minimizes machine downtime. Companies needing high daily volumes gain a particular advantage from this speed. Container Specifications The APE Impianti INCA 2000 bottling machine works with glass containers. This compatibility ensures both stability and durability during the bottling process. It supports 0.75- and 0.375-liter bottles, adding versatility for different product lines. Its precision meets the beverage sector’s standards, where filling uniformity and container integrity are crucial. Head Configuration and Structure The machine uses 12  heads, which provide stability and consistency. The heads are arranged in two sets of 6 or one set of 12. This flexible configuration optimizes flow based on specific production needs. The modular structure also allows easy maintenance and replacement of heads without reducing productivity. Operational Orientation The operator side is located on the left, making control straightforward during monitoring and adjustment. This layout enables easy access to key components during routine operations and maintenance. The left-side position reduces intervention times and increases operator safety. Construction Material and Durability Hedpfx Ajvgvdyshaofh The INCA 2000’s stainless steel structure provides resistance to corrosion and offers structural stability. This feature also ensures hygienic safety, crucial in the food industry. Stainless steel minimizes the need for extraordinary interventions, which adds maintenance value and longevity. This choice of material meets the mechanical and chemical resistance required for intensive production. Conclusion of the Case Packer APE INCA 2000 The APE Impianti INCA 2000 bottling machine offers both efficiency and durability. It provides a speed of 6000 bottles per hour, compatibility with different glass formats, and a modular head structure. These features meet the challenges of modern bottling lines. Its stainless steel construction and ergonomic layout deliver efficiency, precision, and durability. For companies focused on quality and productivity, this machine is a valuable investment.

Condition: used, Year of construction: 1991, Used capping machine BERTOLASO Aluminium screw up to 1200 bph The Bertolaso aluminium capper clearly meets the needs of bottling with aluminum caps. Moreover, technicians overhauled this model in 2008 and adapted it for Stelvin capping, thereby ensuring reliability and versatility. Technical specifications The machine effectively uses one capping head to operate with aluminum screw caps. Furthermore, the system performs a clockwise rotational movement to ensure a uniform and precise capping process. Consequently, it processes 1200 bottles per hour, making it an ideal solution for small and medium productions. The compact dimensions of the machine, measuring 1200 mm in length, 900 mm in width, and 1200 mm in height, therefore enable easy integration into existing production lines. Additionally, its weight of 0 kg provides a stable and durable structure suitable for intensive use. Safety and maintenance Integrated safety features undoubtedly protect operators during use. Thus, these systems keep the machine compliant with modern industrial safety standards. Besides, the modular design and availability of original Bertolaso components simplify regular maintenance. Efficiency and adaptability Hfodpfx Ahovgva Isaoh This machine, ready for use, optimizes production times while maintaining a high level of capping precision. Moreover, the adaptation for Stelvin caps satisfies current market demands and, as a result, offers greater flexibility compared to the original model. Applications The Bertolaso screw capping machine efficiently serves various industrial sectors, including wine, food, and beverage industries. Consequently, its versatility and high performance provide an optimal choice for companies requiring a reliable and efficient machine for aluminum cap closures. Conclusion The VB 40 V 22 model delivers robustness, efficiency, and safety. Furthermore, it caps 1200 bottles per hour and adapts for Stelvin capping, thus making it a highly competitive solution for companies of various sizes. Consequently, Bertolaso reliability and compliance with safety standards make this machine a valuable investment in the bottling sector.

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. 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 Hfsdpfovxum Dsx Ahajh 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.