Used Used Silos for sale (44,888)

Condition: used, Year of construction: 2001, operating hours: 962 h, machine/vehicle number: LC535, Technical Specifications & Performance Data This used bottling line from Toscana Enologica Mori is designed around an olive oil processing capacity of up to 350 kg/h, making it a robust, second hand solution for producers seeking reliable industrial packaging performance with premium edible oils. Upstream extraction throughput is matched with downstream packaging compatibility for small to medium bottling speeds, depending on the filler selected. Rated upstream capacity: approx. 350 kg/h (olive processing) Product handled: Olive oil and other still, non-carbonated edible oils Container materials: Glass, PET, aluminum/tinplate cans; optional bag-in-box integration Bottle/can formats: Typical range from 100 ml to 1 L bottles; cans up to 5 L (format dependent) Filling compatibility: Supports integration of gravity, vacuum, or flowmeter/mass-flow systems Fill type flexibility: Up to two fill-type configurations can be supported to suit product viscosity and format Capping options: ROPP aluminum caps, plastic screw caps, tamper-evident pourers Labeling options: Self-adhesive (PSL), hot-melt wrap-around, or neck/body label combinations Construction: Hygienic stainless-steel contact parts for food-grade operation Dcsdpfx Ajyhch Esfpec Advanced Automation & Control Systems The line features centralized controls for consistent, repeatable packaging quality in beverage production environments handling still liquids. Automation elements are designed to minimize operator intervention while enabling fine process control. Control panel: Centralized operator interface with PLC-based logic and recipe management Automation: Variable speed drives for conveyors and pumps; level, presence, and jam detection sensors Electrical: Standard industrial 3-phase connection (e.g., 400 V, 50 Hz); installed power per module available in the manuals Safety: Fully guarded with interlocks, emergency stops, and lockable main disconnect; safety features included Documentation: Manuals available for setup, operation, and maintenance Production Line Integration Capabilities Engineered for seamless integration, the line can interface with upstream processing modules and downstream packaging components common to a modern used bottling line. Upstream compatibility: Washers, crushers/destoners, malaxers, decanters, separators, and buffer tanks Downstream compatibility: Rinsers, fillers, cappers, labelers, inkjet/laser coders, case packers, and palletizing Format changeovers: Quick-change parts for caps and guides; recipe-driven adjustments for speeds and dwell times Conveying: Modular conveyors with accumulation options for steady flow and reduced micro-stops Machine Condition & Maintenance History Year of manufacture: 2001. Current status: READY FOR OPERATION. This second hand system presents with standard cosmetic wear consistent with age, with core functi...

Condition: used, Year of construction: 2008, machine/vehicle number: ET226, Machine Overview Automatic inline pressure‑sensitive labelling machine equipped with two self‑adhesive application stations for front and back labels. The system conveys containers in a linear path and provides positive product control via an integrated spacing device, wrap/rolling unit and a top hold‑down counter‑belt. At the machine exit a dedicated smoothing system ensures optimal label adhesion and finish. The unit is suited for medium to large containers in the 1–10 L range and has been refurbished in 2022 to extend lifecycle and reliability. Designed and built by P.E., model PACK LAB, year of manufacture 2008. Key Technical Data Configuration: Linear labeller with 2 self‑adhesive stations Labelling method: Pressure‑sensitive (adhesive) labels Label placement: Front and Back (single or dual application) Optical centering: Not equipped (mechanical guidance and product handling) Container range: 1–10 L containers (typical rigid bottles/cans with stable base) Product handling: Container spacing device, wrap/rolling unit, top hold‑down counter‑belt Outfeed: Label smoothing system at machine exit Protection class: IP54 (machine and electric motors) Year: 2008 | General overhaul: 2022 Productivity: 6000 bph Automation & Control Control architecture: Industrial PLC‑based control with 24 VDC auxiliaries for machine logic Electrical distribution: 400 V ±5%, 50 Hz, 3P + N + PE (neutral and separate protective earth) Instrumentation supply: 24 VAC / 230 VAC Operator interface: HMI with recipe/format management and station status (typical for this series) Sensors and interlocks: Safety‑interlocked guards, product presence and label application monitoring Line Integration Infeed control: Integrated spacing module stabilizes product pitch before labelling Product stabilization: Top hold‑down counter‑belt and wrap/rolling unit for accurate label placement Outfeed quality: Smoothing/pressure elements at discharge to ensure adhesion and finish Mechanical interface: Linear conveyor path suitable for integration into existing bottling/packaging lines Dcodoyhcgzspfx Afpoc Utilities interface: Standard industrial electrical connections as specified below; no optical centering required Condition & Maintenance Refurbishment: Comprehensive overhaul performed in 2022, including verification of application stations, drive components, belts/rollers, guarding and electrical sections Preventive maintenance: Routine service recommended on label unwind/rewind groups, rollers, belts and sensors according to operating hours and label materials Spare parts: Standard wear components readily serviceable for long‑term support Performance & Versatility Applications: Front and back labelling on a wide variety of rigid containers in the 1–10 L segment (e.g., food, beverages, household/industrial chemicals) Materials: Compatible with common pressure‑sensitive label stocks (paper and film) and standard adhesives Changeover: Recipe‑based adjustments with mechanical guides and positioning scales to reduce format setup time Quality: Stable product handling and final smoothi...

Condition: used, Year of construction: 2011, machine/vehicle number: DEPAL37, Used Depalletizer Kosme Eurodepack B1L m-40-RF 7000 bph The Used Depalletizer Kosme Eurodepack B1L m-40-RF 7000 bph is an automatic bottle depalletizing system designed for the efficient unloading of empty glass bottles from pallets and their smooth transfer into the bottling line. This machine operates with a sweep-off system, handling complete layers of bottles in a controlled and precise motion, ensuring integrity and stability throughout the depalletizing process. Built for reliability and continuous industrial use, it is engineered to sustain high-speed operations while maintaining gentle bottle handling, making it particularly suitable for wine bottling applications. The system is equipped with a motorized lifting platform that positions each pallet layer at the optimal height for the sweep-off carriage. Bottles are transferred laterally onto the discharge table, which is connected to an overhead conveyor at a height of 3,000 mm. This elevated discharge allows direct integration into bottling lines with high-level bottle infeed systems, ensuring smooth flow and avoiding unnecessary floor space usage. The sweep-off mechanism is synchronized with a layer sheet removal system, which efficiently extracts interlayers between bottle rows without disrupting the cycle. All structural components are manufactured in stainless steel, ensuring corrosion resistance and compliance with hygiene standards for the food and beverage industry. Safety guarding in transparent polycarbonate provides operator protection while allowing clear visibility of the process. Access doors are fitted with interlocked safety switches, stopping the machine immediately when opened. Performance and Handling Capabilities With a nominal output of 7,000 bottles per hour for 0.75 L wine bottles, the depalletizer is capable of sustaining medium-to-high production speeds without becoming a bottleneck in the line. The handling system accommodates standard cylindrical wine bottles as well as shaped formats within the diameter and height range typically used in the wine industry. This versatility allows it to operate seamlessly in lines processing multiple bottle designs, from standard Bordolese to conical premium bottles. Bottle stability during transfer is ensured by precision-aligned guide rails and controlled sweep-off speed. The discharge conveyor is designed to accept bottles in a single file without accumulation shock, and the infeed height of 3,000 mm makes it fully compatible with existing high-level air or belt conveyor systems. The machine’s motion control is achieved through robust motor drives, with each function timed to minimise cycle interruptions and reduce mechanical stress. Dcedpfoyhcgujx Afpjc Automation and Integration The depalletizer is fitted with its own dedicated electrical ca...

Condition: used, Year of construction: 2006, machine/vehicle number: M302, Used filling monoblock isobaric Filltec 8000 bph – Overview Second hand isobaric filling monoblock Filltec Varifill32/8 (year 2006), complete with AROL crown capper. This pre-owned unit is engineered for beverage production of both carbonated and still products, delivering a nominal speed of 8,000 bottles per hour. With 32 original mechanical filling valves and an 8-head 26 mm aluminum crown capper, it is a robust solution for a used bottling line within modern industrial packaging environments. Rotation direction: clockwise. Ref. no.: M302. Technical Specifications & Performance Data Main data Manufacturer / Model: Filltec Varifill32/8 Technology: Isobaric rotary filler with mechanical valves Year of manufacture: 2006 Condition: In production (second hand / pre-owned) Nominal speed: 8,000 bph Products: Carbonated and still beverages Formats processed: 5 formats Bottle diameter range: 60–80 mm Rotation direction: Clockwise Aseptic execution: No (standard isobaric) PLC: SIEMENS S7 – 300 Filling and capping groups Filler: 32 original mechanical filling valves Cap type: 26 mm aluminum crown cap Included blocks: Filler + capper (no rinser) Electrical specifications Main supply: 400 V ±5%, 50 Hz ±1%, 3P + N + PE (separate neutral and earth) Auxiliaries: 24 VDC Instrumentation voltages: 24 VAC – 230 VAC Protection rating: IP54 (machine and motors) Advanced Automation & Control Systems The monoblock adopts an industrial control architecture based on 24 VDC auxiliaries and segregated power/instrument circuits for stable operation. IP54-rated enclosures and motors support reliable performance in beverage production environments. Interlocked guards and standard safety circuits facilitate compliant operation within a used bottling line. Process control advantages Isobaric filling for consistent product quality on carbonated beverages Mechanical filling valves designed for repeatable volumetric accuracy AROL capping turret synchronization with filler for secure 26 mm crown cap application Production Line Integration Capabilities This monoblock is ready to be integrated into existing second hand or new industrial packaging systems. Connectivity and interfaces Upstream compatibility: infeed conveyors, independent rinsers or blowers (not included) Downstream compatibility: conveyors to labellers, inspectors, packers and palletizers Format handling: starwheels and guides sized for 60–80 mm bottle diameters across 5 formats Utilities: single 400 V 50 Hz power supply with 24 VDC auxiliaries as per specifications Machine Condition & Maintenance History Operational status: In production Original equipment: 32 mechanical filling valves retained Visual condition consistent with regular operation; detailed maintenance records to be verified during inspection Reference number: M302 Operational Performance & Versatility Dsdpfxeyhcgno Afpjcc Throughput: 8,000 bph nominal on suitable formats Product range: carbonated soft drinks, beer, sparkling beve...

Condition: used, machine/vehicle number: M304, Krones PET Block 54/8 Monobloc Filler–Capper – Overview The Krones PET Block 54/8 is a second‑hand monobloc composed of a rotary isobaric filler and rotary screw capper for PET bottles. Engineered for beverage production and industrial packaging, this unit is ideal for integrating into a used bottling line requiring counter‑pressure filling and PCO 1881 closure application. With 54 fixed filling valves and an 8‑head capper, it delivers reliable performance on large PET formats with precise neck handling. Technical Specifications & Performance Data Configuration: Monobloc Filler–Capper (filler + capper; no rinser module) Filling technology: Isobaric, fixed-valve counter‑pressure Number of filling valves: 54 Valve pitch (center distance): 126 mm Capper: 8-head rotary screw capper for plastic closures Neck finish: PCO 1881 (short finish) – plastic screw caps Bottle materials: PET Nominal capacities: 1.5 L = 9,000–10,000 bph; 3.0 L = 7,000–8,000 bph Machine rotation: Clockwise Overall dimensions: L 3.8 m, W 3.2 m, H 2.65 m Approx. weight: 7,500 kg Reference: M302 Module Details Filler carousel: 54 valves, designed for carbonated beverages and counter‑pressure operation; suitable for still beverages with inerting depending on product setup. Capper turret: 8 capping heads optimized for PCO 1881 plastic screw caps; consistent application torque and bottle neck handling for PET containers. Advanced Automation & Control Systems PLC platform: Siemens S7 for process control, diagnostics and integration. Djdjyhcgbjpfx Afpscc Signal and I/O: Provision for standard digital signals to synchronize with upstream/downstream equipment on a used bottling line. Process control: Counter‑pressure phases managed via PLC for stable fill levels and CO₂ retention. Production Line Integration Capabilities Line compatibility: Ideal for beverage production environments seeking to upgrade or expand a second hand industrial packaging line. Upstream equipment: Can interface with external bottle rinsers or blow molding machines (not included). Downstream equipment: Compatible with conveyors, labellers, packers and palletizers. Handling system: PET neck handling for stable transfer between filler and capper. Machine Condition & Maintenance History Status: In storage; filler dismantled and stored. Operating readiness: Operating after scheduled service/maintenance. Power: Not connected. Operating hours: Not set. Typical availability: Unit can be prepared for dispatch after service with a standard lead time. Operational Performance & Versatility Process benefits: Isobaric fixed-valve design supports low-foam filling, minimized oxygen pickup and consistent fill volumes on large PET formats. Format range: Optimized for 1.5 L and 3.0 L bottles; additional formats possible subject to parts and changeover kits. Closure system: Reliable application of PCO 1881 screw caps for CSD, sparkling water and other carbonated beverages. Installation Requirements & Site Preparation Footprint: 3.8 × 3.2 m; recommended service clearance aroun...

Condition: used, Year of construction: 2020, machine/vehicle number: M305, Used Rotary Filler–Capper Monoblock 24/8 for PET and HDPE Bottles – Overview This second-hand rotary monoblock combines a 24-head volumetric piston filler with an 8-head pick-and-place spindle capper, engineered for PET and HDPE bottles up to 1 L. Designed for industrial packaging environments, it is a robust component for a used bottling line handling non-pressurized products such as detergents and liquid soap. The machine features a painted iron frame, stainless steel panels, and a fully enclosed protective hood with safety devices, offering reliable performance in high-throughput operations. CE marking and complete documentation support integration within beverage production and home & personal care lines where non-isobaric, non-aseptic filling is required. Technical Specifications & Performance Data Configuration: Rotary filler–capper monoblock (24/8) Container materials: PET, HDPE Product types: Liquid detergents, liquid soap (suitable for non-carbonated, non-aseptic applications) Filling technology: Volumetric piston filling No. of filling valves: 24 Nozzle type: Mobile nozzles Max fill volume: up to 1 L Capper: 8-head pick-and-place pneumatic spindle capper Cap type: Plastic screw caps (one cap size currently tooled) Machine rotation: Clockwise Nominal speed: up to 5,000 bottles/hour (depending on product, bottle, and closure) Isobaric: No (non-pressurized filling) Aseptic: No Integrated rinser: Not included Filling Section Bottle infeed screw Central product tank with magnetic float switches 24 pneumatic cylinders, upper plates, lower plates Internal plates with stainless-steel/Viton sealing Opening/closing valves per station Capping Section 8 pneumatic capping heads with spindle screwing system Pick-and-place cap transfer Vibratory cap bowl (one cap size) Cap cup and cap chute (one cap size) Automatic cap elevator Dedpfx Aoyhb R Sjfpecc Mechanical & Structural Frame: Painted iron External panels: Stainless steel Protective hood: Enclosed with doors and safety devices Advanced Automation & Control Systems Pneumatic control panel for filler and capper actuation Electrical panel with CE-compliant components Wiring diagram included for streamlined commissioning Magnetic level control in product tank for stable filling Production Line Integration Capabilities This monoblock integrates seamlessly into second-hand used bottling line configurations for industrial packaging and beverage production of still, non-pressurized liquids. Its clockwise carousel rotation, bottle infeed screw, and cap-handling system allow straightforward connection with upstream conveyors, depalletizers, blow molding machines, and downstream labellers, inspection systems, and secondary packaging. Upstream compatibility: Blow molding machine, bottle unscrambler/depalletizer, conveyors Downstream compatibility: Labeller, inspection/quality control, packer/shrink-wrapper, palletizer Changeover scope: Supplied with 1 bottle format and 1 cap format; additional formats can be engineered on request Machine Condition &...

Condition: used, Year of construction: 1998, machine/vehicle number: PST26, Alfa Laval Pasteurizer – Overview This pre-owned Alfa Laval pasteurizer is designed for continuous thermal treatment of dairy liquids, ensuring product safety and consistent quality for downstream processing and packaging. Built by Alfa Laval engineering, it offers reliable performance for beverage production and dairy operations seeking a dependable second hand unit to integrate into a used bottling line or industrial packaging environment. With a capacity range of 3,000 to 5,000 L/h, it is well suited for medium-scale production of milk destined for cheese, yogurt, sour cream, and goat’s milk applications. Recognized for robust construction and sanitary design, this pasteurizer supports efficient heat exchange and stable process control. Its throughput and versatility make it a practical choice for processors looking to optimize line efficiency without compromising hygiene or product integrity. Technical Specifications & Performance Data Manufacturer: Alfa Laval Year: 1998 Capacity: 3,000–5,000 L/h (maximum 5,000 L/h) Application: Pasteurization of milk for cheese, yogurt, sour cream, and goat’s milk Configuration: Continuous pasteurization system suitable for integration in beverage production and dairy lines Dcedpfjyhb Dfox Afpsc Advanced Automation & Control Systems The unit is engineered to support precise thermal control and holding times typical of continuous pasteurization processes. Instrumentation and safeguards are designed to help maintain consistent product temperatures across varying flow rates. Control provisions support operational adjustments, recipe setpoints, and monitoring to align with production standards in industrial packaging and processing environments. Production Line Integration Capabilities This pasteurizer can be integrated inline with upstream storage and standardization processes and downstream filling and packaging equipment within a used bottling line or dairy production setup. Its capacity range fits a wide variety of operational scenarios, providing flexibility for multi-product dairy plants handling different milk types. It is compatible with typical CIP-centric plant layouts and can function as a standalone thermal treatment node or as part of a fully automated beverage production line. Machine Condition & Maintenance History Offered as a second hand unit and available for immediate use, this machine is presented as ready for operation based on the seller’s offering context. Detailed service logs, operating hours, and refurbishment records were not provided in the available documentation. Operational Performance & Versatility Optimized for milk processing, including cow’s and goat’s milk, the system supports product preparation for diverse end uses such as cheese, yogurt, and sour cream manufacturing. Its continuous flow design is suitable for stable throughput within the 3,000–5,000 L/h range, supporting consistent quality control and dependable thermal performance. Installation Requirements & Site Preparation Typical installation involves connection to process utilities and alignment with existing production lines. Site preparation generally includes adequate floor space for the heat exchanger frame, piping access, and integration with plant uti...

Condition: used, Year of construction: 2000, machine/vehicle number: LC590, Technical Specifications & Performance Data This second hand complete oil production line is engineered for continuous olive oil extraction with industrial reliability and efficiency. Designed and manufactured by Pieralisi, the JUMBO 3 configuration delivers consistent throughput for food-grade processing and can be integrated downstream with bottling equipment for industrial packaging operations. Manufacturer: Pieralisi Model: JUMBO 3 Production capacity: 3 tons per hour Application: Edible oil extraction and clarification Line composition: Leaf remover, washer, crusher, malaxers (7 units total), decanter, separator, conveyors Year of manufacture: 2000 Configuration: Complete process line, suitable for integration with a used bottling line for final packaging Advanced Automation & Control Systems The Pieralisi JUMBO 3 platform is known for robust process control across extraction stages. The line supports synchronized operation from fruit preparation through separation, ensuring stable throughput and repeatable quality. Quick adjustments on the malaxers and decanter support optimization for different olive batches and temperatures. Process-stage synchronization for steady 3 t/h throughput Adjustable malaxing parameters for yield and quality optimization Consistent separation and clarification via decanter and final separator Operator-friendly controls supporting safe and reliable operation Dedjyhb Auspfx Afpocc Production Line Integration Capabilities Engineered as a complete process solution, this second hand line interfaces easily with upstream fruit intake and downstream industrial packaging or bottling equipment. Conveyors enable smooth material handling between stages, while modular elements facilitate format and process adjustments. Inline integration with depitting, storage, and bottling/packaging lines Conveyor-based transfers between preparation, malaxing, and separation Flexible setup for edible oil production workflows Machine Condition & Maintenance History The complete line has been dismantled and stored. Components are complete as listed, ready for inspection and recommissioning at the new site. Operational status: dismantled and in storage Complete core components included as listed Operational Performance & Versatility With a 3 tons per hour capacity, the line delivers stable performance across critical stages of oil extraction. The seven malaxers provide thermal and residence-time flexibility to balance yield and flavor profile. The decanter and final separator ensure efficient solids-liquid separation and product clarity suitable for edible oil standards. High-throughput crusher feeding multiple malaxers Seven malaxers: 2 double and 3 single units (7 malaxing sections total) Decanter centrifuge for primary separation Final separator for polishing and clarity Installation Requirements & Site Preparation Recommissioning requires appropriate floor space for the process modules and conveyors, utility hookups, and material flow planning from fruit reception to clarified oil storage an...

Condition: used, operating hours: 3,000 h, machine/vehicle number: LC595, Technical Specifications & Performance Data This used bottling line is configured for glass bottle handling and combines proven European packaging machinery for efficient beverage production. It integrates a filling machine, wirehooder, pasteurizer, case sealer, and auxiliary equipment to support end-to-end industrial packaging operations. Ideal for second hand acquisition, the line offers reliable performance with CE-marked components and a balanced mix of capacities for medium-scale beverage production. Containers: Designed for Glass bottle handling Key equipment and models: cobert SUPREMA filling machine; ROBINO & GALANDRINO VITTORIA 83 wirehooder; RIVI Engineering mesh pasteurizer 1P; SIAT SM11-S case sealer; OMAC lobe pump; FACCIO G. cork orienter Dsdeyhb Ahopfx Afpecc Component years: 1986 (wirehooder), 1993 (pasteurizer), 2007 (case sealer), 2008 (cork orienter) Pasteurizer capacity indicator: Mesh area 6.5 m² Electrical data (case sealer): 380/415V, 50Hz, 3PH, 1.08A, 260W Compliance: CE markings on components Advanced Automation & Control Systems The line is equipped with independent control panels per machine for flexible operation and maintenance. The SIAT SM11-S case sealer features three-phase power and fixed speed controls suited for consistent end-of-line sealing. Emergency stop controls and illuminated indicators are present on operator stations, supporting safe and efficient operation. Quick adjustments on the case sealer and dedicated orienting controls on the cork orienter streamline format setup. Power architecture: Three-phase systems on end-of-line case sealer HMI/controls: Dedicated operator panels on each machine Safety: Emergency stop devices and CE-compliant guards Production Line Integration Capabilities Configured for inline operation, the equipment set provides a coherent flow from filling and closure application through thermal treatment and carton sealing. The wirehooder interfaces downstream of bottle closure for sparkling applications, while the pasteurizer integrates within the thermal treatment step. End-of-line case sealing allows seamless integration with upstream conveyors and pack handling. Inline integration between filling, closure application, pasteurization, and case handling Auxiliary lobe pump supports product transfer and utility circulation Cork orienter enhances closure logistics and line ergonomics Machine Condition & Maintenance History The line comprises robust, industry-standard machinery known for long service life and maintainability. Components display CE compliance and typical operator safety features. Offered as a second hand configuration, it is presented as ready for operation subject to standard installation, commissioning, and routine checks according to manufacturer guidelines. Operational Performance & Versatility Designed for glass bottle beverage production, the equipment supports core processes including filling, wirehood application, thermal pasteurization, and secondary packaging. The dedicated cork orienter and wirehooder streamline sparkling or specialty product closures, while the end-of-line case s...

Condition: used, Year of construction: 2009, operating hours: 20,000 h, machine/vehicle number: FA47, Technical Specifications & Performance Data The SMI SK 450F is a second hand shrink wrapper engineered for high-speed industrial packaging in beverage production and related sectors. This model is well suited to operate downstream of rinsing, filling, capping, and labeling blocks within a used bottling line, delivering stable, brandable bundles for transport and retail. Manufacturer / Model: SMI SK 450F Year: 2009 Category: Shrink Wrapper (film application with shrink tunnel) Production speed: up to 28,000 bottles/hour (format dependent) Bundling rate: up to 45 bundles/minute (collation dependent) Operating type: Automatic, continuous-duty shrink wrapping Infeed configuration: Straight inline entry for high-speed lines Film handling: Works with printed film (print-mark registration) and neutral film Packaging styles: Film-only and tray+film configurations (subject to setup) Typical collations: 4×3 0.33 L, 3×2 0.33 L, 4×3 0.50 L, 3×2 1.5 L, 2×2 1.5 L, 3×2 1.5 L, 3×2 2.0 L, 2×2 2.0 L Container materials: PET and glass bottles, aluminum cans Product types: Water, juice, beer, wine, carbonated soft drinks, energy drinks, and more Dodpfxoyhbzwj Afpocc Technical measurements: Dimensions/weights available in manuals Advanced Automation & Control Systems Designed for demanding beverage production, the SK 450F provides robust automation to maintain output and pack quality at speed. Operator-friendly HMI for recipe selection, format parameters, and diagnostics Automatic film unwinding with tension control for stable wrapping of PET, glass, and cans Print-mark sensor for precise registration when running printed film Shrink tunnel with zoned temperature control for consistent, wrinkle-free bundles Integrated safety interlocks, emergency stops, and safety guards included Electrical specifications and wiring diagrams available in the manuals Production Line Integration Capabilities This shrink wrapper integrates seamlessly into a used bottling line alongside upstream rinsing, filling, capping, and labeling systems, and downstream conveying, case handling, and palletizing. Inline interface with conveyors, accumulation tables, and inspection systems Quick format change with recipe-based adjustments for varied collations Compatible with multi-product schedules across water, juice, beer, wine, and mixed SKUs Synchronization options for line speed following and start/stop handshakes Machine Condition & Maintenance History Condition: IN STORAGE, second hand unit from 2009 Safety features included as part of the delivered scope Manuals available for operation, maintenance, and electrical references General cosmetic wear consistent with a used industrial packaging machine; inspection and test running can be arranged as part of line integration planning

Condition: used, Year of construction: 2010, machine/vehicle number: CA38, Technical Specifications & Performance Data The Used Capsuling Machine Robino & Galandrino MONOSTADIO FT6 is a high-precision rotary capsuler designed for PVC capsule application on sparkling wine formats. Engineered for reliable operation in demanding beverage production environments, this second hand unit combines throughput with precise capsule placement for professional finishes on glass bottles. Manufacturer / Model: Robino & Galandrino MONOSTADIO FT6 Year of manufacture: 2010 Machine category: Capsuling machine (PVC capsules) Production speed: up to 7,000 bottles/hour (format-dependent) No. of heads: 6-head rotary carousel for continuous operation Container type: Glass bottles Bottle format: 0.75 L (typical sparkling wine “Spumante” format) Product type focus: Spumante and sparkling-style wine applications Safety: Safety features included (guarding and interlocked access) Condition: In storage, second hand Advanced Automation & Control Systems Designed for dependable industrial packaging, the MONOSTADIO FT6 features automated operations to stabilize high-speed cycles and ensure capsule placement quality. The control system supports precise synchronization with upstream and downstream modules on a used bottling line. Operator control panel for speed setting, fault diagnostics, and production counters Bottle presence and spacing sensors to prevent misfeeds and reduce stoppages Automatic cycle controls for consistent capsule distribution and finishing Interlocked guards with emergency stop circuits for safe intervention Electrical design suited to modern beverage production environments (details available on request) Production Line Integration Capabilities This capsuling machine integrates seamlessly into complete wine lines, positioned after corking and wire-hooding and before labeling. Mechanical and electrical interfaces allow smooth communication with typical line components such as rinsing, filling, capping/corking, wire-hooding, labeling, and packing equipment. Compatible with upstream rinsing and filling, and downstream labeling and case packing Dcsdpfoyhbzqex Afpec Synchronizable with conveyor drives and starwheels for stable bottle handling Configured for 0.75 L glass; additional format parts may extend flexibility depending on availability Can be part of mixed-material plants where other stations handle PET or aluminum containers Machine Condition & Maintenance History The unit is currently in storage with safety features included. As a second hand equipment asset from a professional wine packaging environment, it presents a solid base for reliable service within a used bottling line. Visual inspection, documentation, and available change parts can be discussed to align with specific project requirements. Operational Performance & Versatility Optimized for Spumante and premium wine presentations, the MONOSTADIO FT6 delivers uniform capsule application at high speed, preserving label panels and ensuring an even, aesthetically pleasing finish. Six sync...

Condition: used, Year of construction: 2000, machine/vehicle number: LC348, Used Filling Line For Edible Oil In PET 1L Bottles Capacity: 6.000 bph x 1,0 L Blow Molding Machine KOSME KSB 3000 – 2001. – 2 pcs x 3.900 bph Box for preforms with transport to the blower Compressor for cooling moulds MTA S.R.L. – 2000 KOSME bottle air conveyor – 1999 AISI 304 stainless steel Electrical control cabinet with PLC Built-in air filters It transports bottles from blower to filler Filling Monoblock Filler and capper – ICS-Slovenia – 1995 – 6.000 L/h Labelling Machine Labeller ICS – 1995 – paper labels, cold glue Conveyor belts ICS – 1995 Packer in transport boxes 3×5 bottles – ICS – 1995 Shrink Wrapper Shrink wrapper SMIPACK-packer in foil 2×5 bottles – 2013 Pallet Wrapper Pallet wrapper ZLATOROG-Slovenia – 1999 Compressor KAESER low and high pressure compressors – 2000 Dcodpfxoyhbzdo Afpsc Refrigeration dryer There are spare parts worth It has complete technical documentation Required space for equipment: 600 m2 Required installed power (equipment, compressors, refrigerators): 495 kW The Used Filling Line For Edible Oil In PET can be seen in full production function until December 15, 2022

Condition: used, Year of construction: 2006, machine/vehicle number: TP106, Used Capping Machine AROL T stopper year 2006 Machine Description of the Capper AROL KAMMA PKV The machine is specifically designed for efficient and reliable bottling with T-stoppers in industrial settings. With its five heads, the machine precisely manages each step of the process. Consequently, it maintains closure quality consistently while operating at high production speeds. Cap Gripping System Dcodpsyhbymjfx Afpoc To ensure effective stability during cap positioning, the machine’s vacuum-based gripping system secures each cap, which significantly reduces the risk of errors or misalignment. Moreover, an integrated vacuum pump powers this mechanism, ensuring a firm and consistent grip on each cap throughout the process. Adjustable Capping Head One key advantage of the AROL capping machine is its adjustable-height capping head, which easily adapts to various bottle sizes. As a result, this versatility makes the machine suitable for different production formats. Therefore, it increases both efficiency and operational flexibility. Cap Distribution System An alveolar centrifugal distributor manages cap distribution, ensuring uniform and consistent delivery. Furthermore, this component minimizes the risk of jamming. Thus, it keeps the workflow continuous, which is essential for maintaining high and uninterrupted production. Safety and Materials The Used Capping Machine AROL T stopper year 2006 includes safety guards, which effectively protect operators throughout operation. Additionally, the machine’s stainless steel exterior provides strength and corrosion resistance, which are both critical for use in the food and beverage industries. Production Speed and Inverter Control Thanks to its inverter control, operators can easily adjust the machine’s speed, allowing it to meet specific production demands. Consequently, the AROL capping machine can reach a production capacity of approximately 7,000 bottles per hour. Thus, it offers an ideal combination of efficiency and flexibility to satisfy market needs. Bottle Flow Configuration With its left-to-right bottle feed (clockwise flow), the machine optimizes the production line layout. This setup, therefore, integrates smoothly into existing systems, reducing installation time. In turn, it supports continuous production and maximizes operational efficiency. Production Year of the Capper AROL KAMMA PKV Manufactured in 2006, the Used Capping Machine AROL T stopper combines reliability with proven technology. Even though it was produced years ago, the machine still upholds high-quality standards. Hence, it offers companies a reliable and versatile capping solution.

Condition: used, Year of construction: 2007, machine/vehicle number: TP111, Used Capping Machine Tetra Pak Helicap 23 6000 bph The used capping machine Tetra Pak Helicap 23 6000 bph applies plastic screw caps to carton packages. Specifically, Tetra Pak manufactured this model in 2007 and configured it for the 1000 Slim format. The Slim format, which is widely used, has a rectangular profile and a reduced cross-section. As a result, it optimizes liquid packaging by improving shelf stability and reducing material consumption. Technical Specifications of the Used Capping Machine Tetra Pak The Helicap 23 model applies the CAP 47 screw cap, which ensures a hermetic seal and allows easy opening for the consumer. Moreover, the screwing system maintains a consistent torque so that leaks or packaging defects do not occur. The Used Capping Machine Tetra Pak Helicap 23 6000 bph operates with a 400/230 VAC power supply, meaning that it supports both industrial three-phase networks and configurations with neutral and ground. Additionally, its electrical system works with 50/60 Hz frequencies, thus adapting to different power standards. The 20A (adjustable) main fuse regulates maximum absorption, while the control circuits function at 24V DC, ensuring a safe voltage for machine operation. In terms of pneumatics, the system requires compressed air at a pressure between 6 and 7 bar. Consequently, this pressure allows the capping and cap-handling mechanisms to function correctly. Safety and Storage Conditions The Used Capping Machine Tetra Pak Helicap 23 6000 bph includes integrated safety devices so that it meets industrial regulations. Because of these features, the system prevents accidents during maintenance and production operations, thereby reducing the risk of malfunctions. Currently, the machine remains in storage in good condition. For this reason, it is ready for reinstallation in a bottling line. Furthermore, its configuration allows seamless integration with other Tetra Pak equipment, ensuring that production efficiency remains high without requiring structural modifications. Applications and Operational Advantages of the Used Capping Machine Tetra Pak This Used Capping Machine Tetra Pak processes up to 6000 bottles per hour (bph). Due to its compatibility with the 1000 Slim format, it works particularly well for packaging beverages in Tetra Pak containers designed for large-scale distribution. This capping machine offers several advantages: Dcodpfxoyhbygo Afpoc It applies the CAP 47 screw cap with high precision. It controls torque application so that waste is minimized. It integrates efficiently with existing filling lines, which helps maintain productivity. It meets industrial safety standards, ensuring compliance with regulations. Moreover, operators can easily incorporate this mach...

Year of construction: 2018, condition: used, machine/vehicle number: AT89, Used Tetra Pak helix accumulator 44 meters year 2018 The Used Tetra Pak helix accumulator 44 meters year 2018 efficiently accumulates and manages the production flow in aseptic packaging lines. Notably, Tetra Pak manufactured this model, identified as ACHX10-0400-44, in 2018 to handle brick-type carton containers. Technical and Functional Features Dcsdpfjyhbxpsx Afpoc To begin with, the Used Tetra Pak helix accumulator 44 meters year 2018 accumulates containers using a helical system that extends 44 meters. Its primary function is to compensate for speed variations between upstream and downstream machines. As a result, it optimizes production flow and prevents plant downtime. Furthermore, the ACHX10-0400-44 model provides high temporary storage capacity and maintains a continuous container flow without compromising structural integrity. Additionally, the helical architecture optimizes available space and reduces footprint compared to other linear accumulation systems. Consequently, thanks to this configuration, the Used Tetra Pak helix accumulator 44 meters year 2018 ensures high operational efficiency with a reduced footprint, making it particularly suitable for lines with complex layouts. Materials and Compatibility Moreover, the accumulator handles brick-type carton containers, ensuring gentle treatment that prevents deformations or damage to the packaging. In addition, the structure uses corrosion-resistant and easily sanitizable materials, thereby complying with food industry regulations. Similarly, the conveyor belts and internal components minimize friction, ensuring smooth container movement. Integration with the Production Line Importantly, the Used Tetra Pak helix accumulator integrates easily into existing packaging lines. This is primarily due to its compatibility with Tetra Pak filling and sealing machines. In particular, the advanced electronic control system synchronizes with production, dynamically adjusting the accumulation and release speed of containers based on operational needs. Consequently, this mechanism optimizes production flow management and significantly reduces the risk of congestion or slowdowns in the line. Operational Advantages By using the Used Tetra Pak helix accumulator manufacturers can significantly improve production efficiency. Specifically, it reduces machine downtime and optimizes overall plant performance. Furthermore, the compact and modular structure simplifies installation and maintenance, thus lowering operational costs. On top of that, Tetra Pak’s high-quality construction ensures system reliability, reinforcing the robustness and durability of its equipment. Conclusion of this Tetra Pak Accumulator All things considered, the Used Tetra Pak helix accumulator provides an advanced solution for managing production flow in aseptic packaging lines. Thanks to its storage capacity, operational efficiency, and compatibility with Tetra Pak systems, this model serves as an ideal option for plants requiring high performance and reliability in handling brick-type carton containers. Ultimately, it represents a reliable and effective investment for streamlining production processes.

Condition: used, Year of construction: 2009, machine/vehicle number: SCIAC45, Used Rinsing Machine Kompass SK481 8000 bph Used Rinsing Machine Kompass SK481 8000 bphGeneral Features of the Used Rinsing Machine Kompass SK481 8000 bph The Used Rinsing Machine Kompass SK481 8000 bph rinses bottles with a diameter of 45 mm and delivers a nominal output of 8000 bottles per hour. Kompass manufactured this machine in 2009 to serve medium-speed bottling lines. In particular, the SK 481 model offers a compact, efficient solution for plants that prioritize line compatibility and consistent performance. As a result, it suits both new installations and retrofitting projects.This unit is configured to work specifically with 0.1275-liter PET bottles, making it ideal for producers handling small-format plastic containers. Operation and Mechanical Configuration of this used rinsing machine This rinsing unit rotates counterclockwise, while bottles enter from right to left. Therefore, the machine aligns easily with conventional conveyor systems. Moreover, the mechanical assembly includes 32 grippers that firmly secure each bottle during the rinsing phase. The Used Rinsing Machine Kompass SK481 8000 bph performs a single rinsing treatment using fixed nozzles and water as the washing medium. Consequently, it ensures minimal complexity in maintenance and operation. Processable Products and Application Versatility The Used Rinsing Machine Kompass SK481 8000 bph handles various products, including alcoholic beverages, juices, syrups, oils, soft drinks, spirits, wine, and water. Thanks to this broad compatibility, the machine supports production lines that frequently change product types. In addition, operators can use it across multiple beverage categories without major mechanical adjustments. Furthermore, the consistent treatment method ensures uniform results regardless of the processed liquid.Its adaptation to 0.1275 L PET bottles ensures compatibility with compact beverage formats, commonly used in specific product lines or promotional packaging. Electrical and Dimensional Specifications of this used rinsing machine The machine operates at 415 Volts, with a frequency of 50 Hz, and consumes 3.0 kW of electrical power. These parameters match industry-standard infrastructure. Additionally, the machine’s footprint — 1850 mm long, 2250 mm wide, and 2100 mm high — fits comfortably within most medium-sized bottling halls. Therefore, engineers can plan the layout with minimal disruption. Likewise, these dimensions support integration with adjacent modules in the line. Automation and Control System Dcjdpfxjyhbwrj Afpsc

Year of construction: 2012, condition: used, machine/vehicle number: AT92, Used Bottle Dryer Matrix year 2012 12000 bph The Used Bottle Dryer Matrix year 2012 12000 bph provides a linear drying solution for bottles in high-speed bottling lines. The Italian manufacturer Matrix built this model in 2012 and named it Dryer 1 neck. The system, therefore, uses targeted airflow to dry the neck area of each bottle efficiently. It processes up to 12,000 bottles per hour, which enables seamless integration into automated bottling systems. Mechanical Configuration and Operating Features This linear system guides bottles through a single-entry point, which ensures precise flow control and consistent alignment during drying. The Used Bottle Dryer Matrix year 2012 12000 bph includes six drying heads that direct airflow specifically to the neck. As a result, the unit delivers highly effective drying before labeling or secondary packaging. In addition, the machine handles all bottle formats without requiring mechanical changeovers. Consequently, operators can switch between formats quickly, maintaining flexibility across different production needs. Moreover, the uniform layout of the drying heads guarantees consistent results regardless of bottle size or shape. Because of its modular construction, technicians can perform cleaning and inspection operations with minimal downtime. Similarly, maintenance staff can access internal components without dismantling adjacent units. Dimensions, Electrical Supply, and Energy Use The machine measures 1000 mm in length, 1000 mm in depth, and 2000 mm in height. These compact dimensions allow technicians to install the dryer easily within standard bottling environments. Furthermore, its footprint prevents interference with upstream and downstream machinery. The Used Bottle Dryer Matrix year 2012 12000 bph operates on 400 Volts, at 50 Hz, and consumes 5.5 kW. These values match typical European industrial standards. Therefore, engineers can connect the unit without additional power conversion or infrastructure changes. In terms of energy efficiency, the machine balances high output with relatively low consumption. Additionally, the robust frame ensures mechanical stability during continuous use. As such, it supports uninterrupted production in demanding environments. Dcsdpsyhbwljfx Afpoc Safety Systems, Integration, and Operational Status Matrix equipped the unit with comprehensive safety systems, which comply with regulations in force at the time of manufacture. These include emergency stop buttons and protective panels, both of which ensure operator safety during regular operation and maintenance. Moreover, these safeguards reduce the risk of accidents and equipment damage. The machine currently remains in ready-for-operation condition. For this reason, technical teams can deploy it without preliminary servicing or calibration. Moreover, its single-bottle entry system facilitates easy alignment with conveyors...

Condition: used, Year of construction: 2006, machine/vehicle number: LC562, Used UHT Milk Preparation Room Tetra Pak 4000 L-h Dodpfxjyhbude Afpscc Operating Capacity and Product Versatility The Used UHT Milk Preparation Room Tetra Pak 4000 L-h delivers optimized aseptic thermal processing for dairy and beverage applications. Specifically, the unit operates at variable flow rates from 2000 to 4000 liters per hour, making it suitable for plain milk, flavored milk, drinking yoghurt, and condensed milk. Furthermore, with program adjustments, the same line also processes fruit juices, nectars, and soft drinks. As a result, this flexibility makes it ideal for multi-product operations. The plant currently remains in storage, and as such, is ready for relocation and installation in a new production facility. In-Line Aseptic Homogenization The Used UHT Milk Preparation Room Tetra Pak 4000 L-h includes an aseptic homogenizer manufactured by Tetra Pak, model Tetra Alex, year 2006. In particular, this unit, positioned downstream of preheating, operates in sterile conditions to ensure the breakdown of fat globules and uniform dispersion of solid and liquid phases. Consequently, it helps preserve the emulsion stability of flavored milk and yoghurt drinks. Moreover, the inline aseptic design reduces contamination risk after thermal processing. Therefore, it maintains the product’s physical and chemical consistency throughout downstream stages. In addition, the robust construction simplifies cleaning and routine maintenance. Clean-in-Place (CIP) System The line integrates a CIP (Clean-in-Place) system supplied by Gemak in 2009, which consists of four dedicated tanks: nitric acid, caustic soda, hot water, and rinse water. Notably, the system automatically sanitizes all product-contact surfaces under controlled parameters. In doing so, it ensures compliance with hygiene standards across multiple cleaning phases. Additionally, it manages solution recovery and water usage optimization across all cleaning circuits. As such, the CIP system in the Used UHT Milk Preparation Room Tetra Pak 4000 L-h minimizes downtime and supports continuous production. Above all, it protects product integrity between production cycles. Thermal Treatment and Holding Time Control The sterilization process relies on a holding coil supplied by Tetra Pak in 2006, designed to maintain the product at the target temperature for the required time. When paired with a tubular UHT heat exchanger, this coil enables indirect and uniform thermal processing. Thus, the system ensures accurate residence times and optimal microbial reduction. Likewise, the unit maintains organoleptic properties through consistent thermal transfer. Therefore, the Used UHT Milk Preparation Room Tetra Pak 4000 L-h delivers reliable processing for both dairy and plant-based applications. Deaeration and Sterile Storage The system includes a Tetra Pak deaerator from 2006, which removes dissolved oxygen and unwanted gases before the UHT process. Accordingly, it improves product shelf-life and minimizes oxidative degradation. Furthermore, the deaerator connects directly to a 3500-liter sterile tank, model Alsafe, also by Tetra Pak (2006). Because of this connection, the product transfers in a closed, sterile environment. In turn, this configuration preserves product sterility after treatment and maintains aseptic conditions up to the filling stage. Technical Conclusion In summary, the Used UHT Milk Preparation Roo...

Condition: used, Year of construction: 2000, machine/vehicle number: SO126, Used HDPE Extrusion Blow Molding Machine for 10 L – 300 bph – Overview Second-hand Uniloy Milacron HSM10/D extrusion blow molding machine designed for producing up to 10 L HDPE containers. With a single-parison head and robust clamp, this EBM unit is ideal for industrial packaging and beverage production auxiliaries (e.g., water canisters, edible oils) and can be integrated within a used bottling line. Documentation and manuals are available. Reference number: SO126. Technical Specifications & Performance Data Main data Make/Model: Uniloy Milacron HSM10/D Year: 2000 Technology: Extrusion Blow Molding (EBM), single parison Material: HDPE Number of cavities: 1 Max container volume: 10 L Indicative output: up to about 300 bph on 10 L (application-dependent) Manuals: included Ref. no.: SO126 Extruder Screw diameter: 100 mm; L/D 24 HDPE screw speed: 0–70 rpm Plasticizing capacity (HDPE): approx. 300 kg/h Main extruder motor: 89 kW Heating zones: 6; barrel heating power: 31.4 kW Djdpfeyhbt Hox Afpscc Motor cooling power: 0.58 kW; barrel cooling power: 1 kW Parison head Type: PE 1/200, single parison Max die diameter: 200 mm Head heating power: 14.2 kW Parison thickness control: hydraulic (wall-thickness programming) Clamp & blow unit Clamp force: 200 kN Max mould size: 650 × 500 mm (H) Mould thickness: 2 × 150 mm Mould opening stroke: 300 mm Horizontal carriage stroke: 660 mm Blow pin stroke: 240 ± 5 mm Blow pin thrust at 50 bar: 320 kg Electrical Installed power: 156 kW (average consumption ~104 kW) Supply: 400 V, 50 Hz, 318 A, 3 + N Hydraulic system Reservoir capacity: 400 l Pump flow (1470 rpm): 123 l/min Max pressure (main circuit): 190 bar Main hydraulic motor: 37 kW; oil cooling motor: 1.5 kW Pneumatics Operating pressure (general): 6–8 bar; air use: 2000–2500 Nl/min Post-cooling pressure: 6–8 bar; air use: 1000–1500 Nl/min Cooling water Mould circuit: 8–12 °C; flow 15 m³/h Extruder & hydraulic oil: 10–24 °C; flow 4 m³/h Dimensions & weights Approx. machine size (L × W × H): 7600 × 7700 × 3900 mm Blow unit weight: 7600 kg; Extrusion group weight: 6400 kg Noise level at operator: < 85 dB(A) Advanced Automation & Control Systems Hydraulic wall-thickness programming for precise parison control, improving weight distribution and top-load performance on 10 L containers. Dedicated Uniloy command and control software (version code available in manuals) with operator interface for setpoint management and diagnostics. Integrated temperature control across six extruder zones and heated head for stable processing at up to 300 °C transformation temperature. Interlocked guarding and emergency stops for safe operation. Production Line Integration Capabilities This second-hand extrusion blow molder is integration-ready for downstream equipment typical of a used bottling line and industrial packaging systems: Conveyor...

Condition: used, Year of construction: 2008, machine/vehicle number: M301, Used CFT Oil Filling Monoblock – Comaco 6000 bph – Overview This second-hand CFT–COMACO RVAR 6/10 + TA/3 is a volumetric piston filling and press-on capping monoblock engineered for edible oil. Built in 2008 and currently in production, it is a proven asset for industrial packaging environments looking to expand or upgrade a used bottling line. We can sell it as-is (see and like) or with revamping and preventive maintenance operations to prepare the monoblock for production. Revamping & Preventive Maintenance Activities If required, the following revamping activities can be carried out to ensure reliability and readiness for production: Assembly of machine parts at KBB workshop General machine cleaning General lubrication (greasing, oil level check and possible replacement) Inspection of rubber parts (belts and gaskets) with replacement if necessary Machine start-up: check of circuit integrity and correct functioning in manual/automatic modes Verification of format change equipment availability and integrity Technical Specifications & Performance Data Filler – CFT/COMACO RVAR 6/10 (volumetric) Product: Edible oil (filling temperature 10–30 °C) Filling system: 6 volumetric dosing groups (cylinders & pistons, plug valves), out-of-neck filling; max dose 10,500 cc Nozzles: 6 + 6 + 6 patented nozzles dedicated to edible oils Accuracy: 1σ = 0.6 g Mechanical data: filler pitch 377 mm; pitch circle diameter 720 mm; max container diagonal 220 mm; max height 460 mm Construction: painted steel base fully clad in AISI 304 stainless steel; AISI 304 product hopper with convex bottom and float level control Capper – TA/3 (press-on) 3 capping heads with PP320 press-on heads and positive pick (vacuum-assisted) Rated capacity: up to 6000 cph for PET press-on caps Pitch circle diameter 360 mm; machine pitch 377 mm Pick & place cap transfer; hardened steel cam for head pistons Automatic electric turret height adjustment; centralized lubrication shared with filler Two cap elevators, each with 300 L covered hopper, cleated belts, and low-level control; mobile stainless steel frames on wheels Formats, closures and indicative speeds PET: 1 L (Ø20), 2 L (Ø28), 3 L (Ø40), 5 L (Ø40), 10 L (Ø40) Tinplate: 1 L (Ø32), 3 L (Ø32), 3 L/Gallon/5 L (Ø32) Press-on caps: 31/17 (1 L PET), 38/24 (2 L PET), 51/24 (3–5–10 L PET); flex-spout common to all tinplate formats Approx. filler outputs: up to 3500 bph (1 L PET Ø20), 3000 bph (2 L PET Ø28), 2500 bph (3 L tinplate Ø32), 2500 bph (5 L PET Ø40), 2200 bph (5 L tinplate Ø32), 1100 bph (10 L PET Ø40) Dsdpfx Afoyhbtgopocc Advanced Automation & Control Systems Siemens PLC: SIEMENS S7 E300 with operator controls for automatic and manual modes; inverter-driven main motion with increased power to drive the capper via gears Automatic turret height adjustment (filler and capper) Micrometric volume adjustment via cam reducer; adjustable even during machine motion Volume compensation versus product temperature (automatic correction for ±2 °C delta) Per-doser volume fine correction NO CAN–NO FILL device prevents valve opening without a container

Condition: used, Year of construction: 2011, 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 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 Dsdeyhbpzepfx Afpocc Downstream Hermis tunnel pa...

Year of construction: 2010, condition: used, machine/vehicle number: TNK7, Technical Specifications & Performance Data This aseptic storage tank is engineered for hygienic storage and buffering of sensitive liquid food products in beverage production and industrial packaging environments. Manufactured by Tetra Pak in 2010, it is ideal for second hand facilities upgrading or expanding an existing used bottling line with reliable aseptic capacity. Two units are available, each offering substantial storage volume with robust sanitary construction. Type: Aseptic storage tank for liquid food products Manufacturer: Tetra Pak Year: 2010 Nominal capacity (per tank): 13,000 liters Maximum product weight: Construction: High-quality stainless steel, sanitary design Valve system: Cluster valves for controlled, hygienic product flow Quantity available: 2 units (per-tank specification) Application: Aseptic storage of milk, flavored milk, juices, and liquid dairy products Dcodpsyhbm Tsfx Afpjc Advanced Automation & Control Systems The tank integrates seamlessly into automated aseptic processes. Cluster valves enable precise, automated product routing with minimized contamination risk and simplified cleaning transitions. The design supports CIP (Cleaning-in-Place), ensuring efficient sanitation cycles and repeatable hygienic performance across production shifts. The aseptic configuration is engineered to protect product integrity and maintain sterility from upstream processing through downstream filling and packaging machinery. Production Line Integration Capabilities This aseptic tank is designed to interface with UHT processing lines, fillers, and other bottling equipment within a used bottling line or new installation. It enables stable buffering between processing and filling, improving uptime and throughput in beverage production. The sanitary connections and cluster valve manifolds simplify tie-ins to existing pipelines and control strategies, facilitating integration into multi-product operations in dairy and juice applications. Machine Condition & Maintenance History These second hand tanks come from a professional food and beverage environment and are presented as ready for operation, consistent with Tetra Pak’s durable hygienic engineering. The aseptic configuration and CIP-ready design support ongoing sanitary maintenance programs and long service life in industrial packaging settings. Operational Performance & Versatility Optimized for liquid dairy and juice products, the tank maintains sterility to help preserve product quality and shelf life prior to filling. The stainless steel construction, sanitary welds, and aseptic valves support stringent hygiene protocols. This configuration is well-suited for producers seeking dependable storage capacity to stabilize production, reduce changeover risks, and align processing cadence with filling schedules across beverage production lines. Installation Requirements & Site Preparation Installation typically requires appropriate floor space, access for piping to upstream/downstream equipment, and utilities compatible with aseptic processes. The tank supports CIP connections for caustic and rinse media, and the valve cluster accommodates ...

Condition: used, Year of construction: 2010, operating hours: 47,000 h, machine/vehicle number: LC582, Used Complete Krones CSD PET Bottling Line – 22,000 BPH – Overview This second hand, ultra-clean Krones CSD PET bottling line is a complete, high-efficiency solution for beverage production and industrial packaging across carbonated soft drinks, 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 Data Manufacturer: Krones and GEA Year of manufacture: 2010 Working hours: approx. 47,000 Nominal capacity: 22,000 bph (0.5 L) | 18,000 bph (1.5 L) Products handled: carbonated soft drinks, cider, sparkling water, still water, juices with CO2 Filling technology: Ultra-clean, isobaric, volumetric PET filling Current product: Apple juice with water and CO2 Neck finishes: PCO 1810, PSO 28 mm, 1810/1881 short neck Controls: Siemens Simatic S7 PLC platform Main Equipment Scope CIP: Krones VarioClean F AUT fully automatic CIP system, 4 x 5000 L, 30 m³/h Process: GEA TDS plant with flash pasteurizer, mixer, carbonator, degasser and process tanks Preforms: Preform tipper/kipper and feeding conveyors; Krones Contifeed RS preform feeding system; Prejet Linear preform cleaning unit Caps: Cassner cap feeding with cap rinsing and sterilization Blow 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 cleaning Coding and inspection: Domino DDC 3 laser coder; Krones Checkmat 731 FM-X+L filling level inspector; Krones Checkmat 731 EM label inspector Conveying and testing: SYNCO bottle conveyors; Krones Flowliner bottle leak tester Labeller: Krones Contiroll OPP 720-15, double roll-feed wrap-around labels with hot glue Secondary packaging: Krones VarioPro FS shrink–tray packer; Krones Multico S packet conveyors; Twin Pack handle applicator Pack coding: Leisinger Jet 3 ink coder Palletizing: Krones Robopox Modulpal (2016) Advanced Automation & Control Systems Line Control & PLC Siemens Simatic S7-series PLC for coordinated line control, interlocks and diagnostics Integrated filler-bloc cleaning via Krones Vario Dos for validated ultra-clean cycles Recipe and parameter management supporting fast changeovers between PET formats Quality Assurance & Traceability Laser date coding (Domino DDC 3) on primary packaging; inkjet coding (Leisinger Jet 3) on packs In-line inspection with Krones Checkmat systems for fill level and label presence/position Leak detection via Krones Flowliner for container integrity Dsdjyhbmtopfx Afpscc Production Line Integration Capabilities Upstream (Preforms to Bottles) Automated preform handling: tipper, conveyors and Krones Contifeed RS for steady feed Preform cleaning (Prejet Linear) to protect blowing ...

Condition: used, Year of construction: 2004, operating hours: 28,000 h, machine/vehicle number: TP117, Technical Specifications & Performance Data The Used Tetra Cap Applicator TCA45 is a robust, single-head cap application unit from Tetra Pak®, engineered for reliable operation in beverage production environments and seamless integration within a used bottling line. Purpose-built for continuous industrial packaging, it offers steady output with precise cap application after filling and before packing. Dsdpfx Afoyhblvepocc Manufacturer: Tetra Pak® Model: TCA 45 TETRA PACK Year of manufacture: 2004 Nominal speed: up to 7,500 bricks/hour No. of heads: 1 Cap type: OEM code 4 (per manufacturer specification) Rotation direction: OEM code 0 (per manufacturer specification) Category: Capping Machine / Cap Applicator Placement: downstream Tetra Pak filling, upstream final packaging Container compatibility: Tetra Pack bricks with appropriate change parts Typical products: water, juice, beer, wine, and other still beverages Documentation: manuals available Safety: integrated safety features included Advanced Automation & Control Systems Designed around an industrial PLC with a user-friendly HMI, the TCA45 facilitates stable, repeatable cap application. Recipe-based settings support format recall, and process alarms help operators maintain consistent performance. Torque control, cap presence verification, and fault diagnostics contribute to cap quality and minimize rework in high-speed beverage production. PLC/HMI control for straightforward operation and monitoring Automatic fault detection with guided troubleshooting Integration-ready I/O for upstream filling and downstream packing synchronization Electrical: built for standard industrial power supplies (details per manual) Machine guarding with interlocked access doors and emergency stop circuits Production Line Integration Capabilities This cap applicator is well-suited to second hand or newly engineered used bottling line projects. It interfaces efficiently with infeed/outfeed conveyors, bottle orienters, fillers, and labelers, ensuring balanced line flow and minimal downtime. Compatible with Tetra pak fillers. Communication-ready for line control and buffer management Machine Condition & Maintenance History The unit is currently under maintenance, undergoing inspection and service to verify core functions and safety systems. Wear components are being checked and adjusted as needed to align with expected performance at up to 7,500 bricks/hour. OEM manuals are available to support commissioning, operation, and preventive maintenance schedules. Operational Performance & Versatility Optimized for consistent, high-quality capping, the TCA45 supports a broad mix of beverage formats common in industrial packaging. With suitable change parts, it can handle PET and glass bottles as well as aluminum containers, making it versatile for diversified production runs. Suitable applications: water, juice, beer, wine, functional drinks, and similar beverages Stable cap application to support product integrity and shelf-life Gentle handling...

Condition: used, Year of construction: 2014, machine/vehicle number: CA76, Technical Specifications & Performance Data The Robino & Galandrino Fenix 2 is a dedicated capsuling machine engineered for precise capsule application on bottles within a used bottling line context. Built with industrial packaging reliability in mind, this unit integrates smoothly into beverage production environments and second hand bottling equipment upgrades. Manufactured by Robino & Galandrino, it leverages the brand’s engineering for consistent, repeatable results in capsule application. Manufacturer: Robino & Galandrino Model: Fenix 2 Year: 2014 Machine category: Capsuling machine Schema/code: FEX750 Electrical supply: 400 V, 3-phase Frequency: 50 Hz Nominal current: 6.5 A Typical application: Capsule application on bottles in beverage production lines Advanced Automation & Control Systems The Fenix 2 supports straightforward integration with modern line controls. Its 400 V 3-phase, 50 Hz electrical configuration is standard across European bottling equipment, simplifying installation alongside PLC/HMI-managed production lines. Designed for repeatability and operator efficiency, the machine supports clear operational states, standard interlocks, and controlled application parameters that help maintain consistent capsule quality. Production Line Integration Capabilities This capsuling machine is intended for inline operation as part of an industrial packaging system. It interfaces effectively with upstream and downstream modules such as corking/capping stations, labeling machines, and conveyors. The machine’s robust frame and standardized electrical architecture allow integration into a used bottling line or a mixed-manufacturer production line for beverages. It is suitable for configurations handling glass bottles commonly found in wine and premium beverage packaging. Machine Condition & Maintenance History As a second hand, 2014-manufactured unit, the Fenix 2 offers a solid balance between modern engineering and proven field reliability. It suits facilities seeking dependable capsuling performance within an established beverage production process or upgrading an existing used bottling line. Maintenance routines typically include capsule feed verification, head alignment checks, and inspection of wear parts to preserve application accuracy and throughput. Operational Performance & Versatility Djdpoyhbi Ijfx Afpocc The Fenix series is recognized for stability in capsule application on bottles used in wine and premium beverage packaging. It is designed for precise placement and consistent shrink/application characteristics, supporting high-quality presentation standards demanded by beverage production. The machine is compatible with standard conveyor handling solutions for glass containers and is adaptable to different line layouts and speeds determined by upstream/downstream equipment. Installation Requirements & Site Preparation Installation requires a stable production floor, 400 V 3-phase 50 Hz electrical service, and alignment with existing conveyor and line control systems. The machine should be positioned to allow safe operator access for loading capsules, adjustments, and routine ...