Used Monoblock for sale (226)

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

Condition: used, Year of construction: 2017, Overview  This atmospheric filling monoblock with crown capper was manufactured in 2017 by Spain Cespedes. The machine is designed for bottling beer or other non‑carbonated beverages in 330 ml glass bottles. The equipment combines a gravity filling system with an integrated crown capping unit. The machine is in good condition and is currently not in use. It is being sold due to an upgrade to a higher‑capacity model from the same manufacturer. Technical data  - Capacity: approx. 900 – 1,200 bottles/hour - Formats: 330 ml glass bottles - Application: Bottling of beer or other non‑carbonated beverages - Configuration: 8 gravity filling valves, 1 crown capping head Rcodpfx Acsythvls Tsf - Neck finish: Crown cap Ø26 mm - Utilities: 400 V / 50 Hz - Dimensions: approx. 2,260 x 850 x 2,250 mm - Weight: approx. 900 kg

Condition: used, Year of construction: 1999, machine/vehicle number: M271, Used Filling Monoblock FIMER 20/20/3/3 up to 4500 bph This Monoblock efficiently processes still liquids, such as water and wine. Notably, FIMER manufactured this machine in 1999, ensuring an operational capacity of up to 4500 bottles per hour (BPH) for bottling 0.75-liter glass containers. Additionally, this unit currently remains in storage, ready for immediate use. Monoblock Structure and Rotation This machine operates with a clockwise rotation, which allows it to move containers smoothly and continuously through each treatment station. Consequently, this rotational design synchronizes the rinsing, filling, and capping cycles precisely, which helps to maximize productivity and minimize bottling interruptions. As a result, the machine maintains efficient workflow throughout the process. Technical Data and Electrical Specifications This unit connects to a 380 V power supply and operates with 6.5 kW of power at a frequency of 50 Hz. Therefore, these specifications match most industrial networks, providing ample power for each bottling stage. Rinsing Station With 20 grippers in the rinsing station, the machine treats each bottle with a single rinse to prepare it for filling. Given this setup, the Monoblock can rinse containers quickly and effectively, removing any residues and thus readying them for the filling phase. Filling Station in the Used Filling Monoblock FIMER 20/20/3/3 up to 4500 bph In the filling section, the machine uses 20 fixed valves with a gravity or light vacuum system, ensuring that it fills each bottle evenly. Moreover, this design maintains speed and precision, achieving a steady output of up to 4500 BPH. Consequently, this filling method suits still products like water and wine, preserving their properties and, equally important, preventing turbulence. Rsdpfx Acsvgvd Hs Tecf Capping Station The capping station is equipped with three heads for aluminum screw caps and three for straight cork stoppers. In this way, the machine can accommodate different closure types, including 31×18 mm caps. Therefore, this versatility ensures tight, protective seals on containers after filling. Safety Features of the Used Filling Monoblock FIMER 20/20/3/3 up to 4500 bph Finally, this Monoblock includes advanced safety systems, which protect both operators and containers throughout use. Furthermore, these safety features provide additional reliability, ensuring the machine’s consistent functionality.

Condition: used, Year of construction: 2001, Used Filling Monoblock MBF Synchrofill for Spirits up to 12000 bph Rsdovtbc Iopfx Ac Tscf This machine delivers high efficiency and precision in bottling lines for alcoholic beverages. As a result, this triblock combines rinsing, filling, and capping functions, ensuring seamless integration into production lines. Manufactured in 2001, it meets stringent technical standards and provides reliable performance for high-capacity operations. Technical Structure of the Filling Monoblock MBF Synchrofill The monoblock uses a PLC S7, which optimizes control over production parameters. To illustrate, the machine features: 36 rinsing heads that clean bottles effectively before filling 36 filling heads that utilize a gravity and light depression filling system, which suits spirits like vodka 5 capping heads that securely seal each bottle with precision In addition, the machine processes bottles clockwise and accommodates both 70 cl and 100 cl bottles. Consequently, it achieves production rates of 12000 bph for 70 cl bottles and 10000 bph for 1 liter bottles. Applications and Compatibility This used filling monoblock MBF Synchrofill for spirits up to 12000 bph previously handled vodka bottling tasks efficiently. Moreover, its adaptable design supports other alcoholic beverages with similar characteristics. Thus, this flexibility enables companies to maintain high production standards across a wide range of spirits. Electrical and Mechanical Specifications The Filling Monoblock MBF Synchrofill operates with the following specifications: Voltage 415 V Power 14 kW Frequency 50 Hz Weight 7500 kg As such, these features ensure consistent performance and reliable operation even during extended production runs. Equipment and Safety The manufacturer includes technical manuals to guide installation, configuration, and maintenance processes. Furthermore, the machine integrates advanced safety systems to protect operators during production. Additionally, companies can manage maintenance efficiently by accessing the readily available spare parts. Benefits for Bottling Lines The monoblock MBF Synchrofill for spirits up to 12000 bph optimizes floor space by combining multiple functions in a single unit. For example, its design reduces transition times between rinsing, filling, and capping. Moreover, the machine handles large production volumes with ease, allowing companies to achieve higher output without sacrificing quality. In summary, its design balances productivity with operational efficiency. Conclusion of the Filling Monoblock MBF Synchrofill This machine offers a robust and efficient solution for bottling lines focused on spirits. In particular, the used filling monoblock MBF Synchrofill for spirits up to 12000 bph enhances productivity and ensures long-term operational reliability. Therefore, it represents an excellent choice for companies requiring precision, adaptability, and high performance.

Condition: used, Year of construction: 2009, Used overhauled filling triblock ALFATEK Elvira 16-20-3 year 2009 Initially, the ALFATEK Elvira 16-20-3 filling triblock, created in 2009, stands as a benchmark of engineering excellence for bottling in glass containers. 1. Model Description and Operational Capability Configured for an impressive throughput of 4,000 bottles per hour (BPH), it specifically targets handling 0.75-liter glass containers. Furthermore, the Filling Triblock Alfatek Elvira integrates three main operational modules: the rinser, the filler, and the capper. Each module is meticulously tailored for a distinct phase of the bottling process, ensuring a streamlined operation. 2. Rinsing Unit of the Filling triblock Alfatek Elvira The Filling Triblock Alfatek Elvira is equipped with 16 grippers, the rinsing system ensures containers are thoroughly cleaned before filling. Consequently, the gripping mechanism is ingeniously designed to handle glass containers with the utmost care, thereby preventing any potential damage. 3. Filling Mechanism Redpfx Acovgt H Eo Tocf Moreover, the filling segment incorporates 20 valves, operating on a high vacuum principle to achieve precise filling. This method not only ensures uniform fill levels across all containers but also allows for efficient dispensing of liquids of varying viscosities, thanks to the selection of fixed nozzles. 4. Capping System Subsequently, the capping unit, fitted with three heads, is adept at applying aluminum screw caps with unparalleled precision. It demonstrates the exceptional versatility of the Filling Triblock Alfatek Elvira in handling various cap types, thus ensuring a consistent secure seal consistently. 5. Safety Measures and Maintenance Protocols Additionally, the Filling Triblock Alfatek Elvira adheres to stringent industrial safety standards, featuring comprehensive protective measures for operator safety. Presently stored under optimal conditions, it is accompanied by a complete set of maintenance manuals. This pivotal aspect is crucial for maintaining the machine’s operational efficiency and extending its longevity. 6. Electrical Specifications and Mechanical Design Requiring an electrical supply of 380 V at 50 Hz is perfectly aligned with standard industrial requirements. Moreover, its clockwise rotational movement is thoughtfully designed for seamless integration into existing production setups, thereby facilitating effortless adoption. 7. Conclusion of the Filling Triblock Alfatek Elvira In conclusion, the ALFATEK Elvira 16-20-3 triblock from 2009 epitomizes advanced engineering, effectively optimizing rinsing, filling, and capping operations in bottling processes. Its technical configuration renders it ideally suited for robust application within the bottling industry, achieving high marks for operational efficiency, precision, and reliability. The meticulous design assures compatibility with a broad range of bottling requirements, securely positioning it as a valuable asset in production environments. Ultimately, the incorporation of transition words aims to enhance the flow and coherence of the analysis, ensuring a comprehensive understanding of the machine’s capabilities.

Condition: used, Year of construction: 2004, Used Filling Monoblock Kompass up to 12000 bph Overview and Condition The Used Filling Monoblock Kompass up to 12000 bph is an integrated bottling system, currently stored in warehouse. This machine, produced by Kompass and model SK24 from 2004, is designed to operate at a speed of 12,000 bottles per hour (BPH). It is ideal for bottling juice in glass containers, with specific formats of 0.237 and 1.0 litres. Rinser: Efficiency and Precision The rinsing system of the Used Monoblock Kompass has 24 clamps. This configuration ensures unique and precise treatment for each bottle. The efficiency of the rinsing process is crucial to ensuring the integrity of the final product. Filler: Advanced Technology The filler sector is equipped with 24 valves. It uses a gravity and light depression filling method, with fixed type nozzles. This ensures uniform and accurate filling, essential for maintaining the quality of the juice. The filling temperature is maintained at 85 degrees, optimal for juice. Capper: Reliability and Security The capper, configured for crown caps, includes 6 heads. This section of the Used Monoblock Kompass ensures a secure and long-lasting closure of the bottles. The machinery includes advanced safety features, supported by comprehensive maintenance and operation manuals. The direction of rotation is clockwise. Rodpfxevgt Uvo Ac Tscf Electrical Data and Storage The machine operates at a voltage of 440V and a frequency of 60Hz. Its storage in the warehouse ensures its optimal condition, ready to be put into operation immediately. Conclusion The Used Monoblock Kompass up to 12000 bph represents a technologically advanced solution for the bottling sector. With a capacity of 12000 BPH, it is suitable for medium and large scale production operations, offering efficiency, precision and reliability.

Condition: used, Year of construction: 1999, Used filling monoblock SICMEA Cometa 12/5 4500 bph The used filling monoblock SICMEA Cometa 12/5 4500 bph provides a technical solution for filling oil into PET containers. Since Sicmea manufactured this model in 1999 , it ensures a production capacity of 4500 bottles per hour while designing it for packaging formats of 2 L and 5 L. Consequently, it remains a reliable option for industrial bottling lines. Technical features of the Used filling monoblock SICMEA The SICMEA Cometa 12/5 4500 bph uses a volumetric filling system, which ensures precise dosing regardless of the product’s viscosity. Additionally, the monoblock integrates 12 filling valves, and each valve features a fixed nozzle, which guarantees a uniform flow throughout the entire filling cycle. As a result, the machine provides good consistency. Moreover, the capping system handles plastic screw caps efficiently. The 12 capping heads operate in sync with the filling process, ensuring high production efficiency and a hermetic seal for the container. Furthermore, this setup minimizes product wastage while maintaining precision. The machine follows a clockwise operating cycle, thereby optimizing the arrangement of mechanical components to maintain continuous and uninterrupted operation. Similarly, its structural design enhances workflow efficiency. Power supply and electrical data The SICMEA Cometa 12/5 4500 bph filling monoblock operates with a power supply of 380V, 5 kW, and 50 Hz. These parameters make it compatible with major industrial production lines. Consequently, it ensures operational stability and optimizes energy consumption. Additionally, its electrical system supports high-efficiency performance. Safety and compliance The system includes safety devices that protect the operator and ensure compliance with current regulations. In particular, mechanical guards and emergency stop sensors minimize the risk of accidents and maintain a safe working environment. Moreover, its safety mechanisms improve workplace efficiency while reducing downtime. Applications and compatibility The SICMEA Cometa 12/5 4500 bph efficiently fills oil into PET containers, ensuring a precise and reliable bottling process. In addition, its compatibility with 2 L and 5 L formats allows manufacturers to manage production flexibly and adapt to various market needs. As a result, businesses benefit from increased versatility. With a capacity of 4500 bottles per hour, this monoblock supports high-volume production. Furthermore, it allows easy integration into existing bottling lines. Since its design enhances automation, it streamlines production processes effectively. Conclusion of the Used filling monoblock SICMEA Rcedpfx Acev Nyzbs Tef The used filling monoblock SICMEA Cometa 12/5 4500 bph delivers a technical solution for volumetric oil filling in PET containers. Thanks to its optimized design, robust structure, and fully automated configuration, it ensures high production performance. Additionally, the integrated safety systems and efficient operation make this monoblock a reliable option for companies that require a high-performance system that meets industrial standards. Ultimately, this machine represents an effective solution for large-scale oil bottling operations.  

Condition: good (used), Year of construction: 2013, SMIPack BP600 Monoblock semi auto shrink wrapper with sealing bar Rjdpfx Acsx H Thhj Tscf 2013, Monoblock semi auto shrink wrapper with sealing bar, sealing bar 550mm, max output 10 packs per min, max product height 380mm, 3Ph

Condition: used, Professional bottling monoblock from the renowned manufacturer STORK, designed for filling alcohol (vodka, liqueurs, and other still beverages) into glass bottles with aluminum ROPP closures. Technical data: Manufacturer: STORK Year of manufacture: 1991 Redpfx Acoyxv Nle Tscf Model: HVS 32/8 Machine type: Monoblock (filling + capping) Capacity: approx. 8,000 bottles/h Filler: 32 valves Capper: 8 ROPP heads (aluminum, e.g., 28 mm) Technical condition: Used machine, condition as shown in photos, serviced and operational up to the end of production.

Condition: used, Year of construction: 1990, Used Filling Monoblock Cortellazzi 1990 This filling monoblock was built by Cortellazzi in 1990. The model is IPD 24/6 Rcodpfxevguq So Ac Tof The direction of rotation of this machine is clockwise. The filler has 24 valves and the type of filling it carries out is volumetric. Regarding the type of nozzle it is fixed. The capper, a fundamental part of this filling monoblock, has 6 heads and works with crown caps. This machine, used for bottling, has always been kept in excellent condition and is immediately available for sale. Packed and ready to be loaded.

Condition: used, Year of construction: 2012, GENERAL FEATURES: CNC machining center with a fixed machine table and a moving tool carrier in a portal design for drilling and milling operations on panels made of various materials (chipboard, MDF, solid wood, plastic, etc.). MACHINE STRUCTURE: The base structure is a monolithic design made of thick-walled material, reinforced by welded-in parts across the entire machine bed, making it extremely stable. The table design, with a large base, ensures long-lasting precision and stability. The machine layout allows the user an optimal workflow despite a minimum of space. The mobile portal carrier is made from a solid monoblock. It is positioned in the X-direction on prismatic, ground guides using ball screw slides. On this mobile tool carrier, the working unit is in turn attached to prismatic, ground guides and the ball screw slide. Axis movement is achieved using "brushless" motors in the X/Y/Z axes. The drive system operates in the X-axis via a pre-tensioned precision rack and pinion drive, and in the Y/Z axes via ground ball screws of the highest precision class. AXIS MOVEMENT: The movement of all axes takes place on prism linear guides with a large cross-section and ball screw shoes with a large contact surface, which ensure optimal sliding even at the highest speeds and accelerations. The precise and rapid positioning of the moving portal (X-axis) is achieved by a pinion and rack with helical teeth. Ball screws with a large cross-section ensure the accurate positioning of the working unit along the moving portal (Y and Z axes). The perfect mechanical dynamics and maximum positioning accuracy are controlled by high-quality drives and brushless motors. STANDARD MACHINE DESIGN: Milling spindle with 5-axis positioning, 11kW (15HP), HSK63, 1200-20000 RPM. The machining unit consists of a powerful 11 kW (15 HP) motor, which is liquid-cooled and capable of 5-axis positioning. This feature enables machining operations to be performed with a tool that can be oriented in any direction; therefore, fewer angular movements are required. The base structure of the milling unit is based on a design with two non-orthogonal axes that intersect next to the tool. This feature guarantees a robust carrier for heavy-duty milling applications. Thanks to the non-orthogonal axes, it is possible to perform numerous repositionings without using too much space. This allows the machining of complex geometries without the risk of collision with the workpiece and achieves an angle of -10° in relation to the machine table. All machining operations are facilitated by the small dimensions of the group in relation to the rotation axis of the spindle: when the group is in a horizontal position, the dimension is only 35mm. WORK TABLE TV: The work table is designed to guarantee the operator maximum "freedom of movement." The vacuum quick-change clamping system provides maximum flexibility with precise positioning and optimal work piece holding. The table consists of moving consoles that are adjusted in the X-axis on ground guides with ball screw shoes and a special profile to ensure Rodpfx Aozrvvvjc Tocf

Condition: used, Year of construction: 2006, operating hours: 4,000 h, functionality: fully functional, Used wine bottling line. Complete wine bottling line comprising the following machines, all manufactured in 2006: - Filling monoblock for the used wine bottling line: * AVE brand filler, Model: OCEANIC G 24/24/6 * Filling volume: 0.75L - 2L, with a filling rate of 5000 bottles/hour * AROL type 6-head corking machine * AROL type 3-head PET capping machine - Used capsule applicator: * AVE type, 4 heads, maximum speed 6000 bottles/hour. Formats: 0.75L - 1.5L - Used labeling machine: * AVE type, 3 stations. Formats handled: 0.75L - 2L - Used glass unloader, AVE type * 16 units - Furthermore, the line includes: * Nordson type case erector, case filler, and case closer machines * S.G.E. type palletizer, manufactured in 2002/06 - AVE type 16-track bottle washing machine Rjdpfx Acey Uiids Tscf - Conveyor belt, approximately 60 meters long.

Condition: new, Year of construction: 1993, Ground plates 750mm, monoblock boom, 1 direct-mount bucket, ready for operation, display is unreadable, machine is 3.15m wide. Rodozkz Twepfx Ac Tjcf

Condition: used, Year of construction: 2018, Overview  This glass bottle filler and capper was manufactured in 2018 by the Italian company GAI. The MLE 661 Bier model is a compact and precise filling monoblock designed for small to medium-sized breweries and beverage producers. It features Pick & Place technology for pilfer-proof aluminum screw caps (30x20 mm) and an electronic fill height adjustment system for easy format changes. With a capacity of up to 900 bottles per hour, the unit is suitable for bottles ranging from 0.25 L to 1.0 L. The machine is in very good condition and ready for operation. Technical data - Filling system: Isobaric (for beer and other carbonated beverages) Rcsdpfx Acexn A R Es Tof - Capacity: 900 bottles/hour - Bottle formats: 0.25 L – 1.0 L - Closure type: Pilfer-proof aluminum screw caps (30x20 mm), Pick & Place system - Electronic fill height adjustment - Stainless steel construction

Condition: used, Year of construction: 1995, Used Filling Triblock GAI 12.1.16.1. 16 Valves 2500 Bph Rinsing machine with 12 grippers, applying a single treatment of air blown on the bottle mouth before straightening. Carousel grippers manually variable in height 1. 1-head station for vacuum and gas injection before the filling machine with variable head in height 2. Filling machine 16 light vacuum taps in bell Filling bell manually variable in height Mechanical spring bottle lifting pistons 1. capper 1 head straight cork Leveler before closing with gas injection In the used triblock there is the vacuum system before closing the bottle Rcjdpfxevguz Dj Ac Tsf Head manually variable in height All frame made of stainless steel Fairing of stainless steel Safeguards on the whole perimeter Bottle from left side Year 1995 marked CE Production approximately 2.500 bph with the 0.75 Ml

Condition: used, Year of construction: 1996, Used Case packing Monoblock brand Oma YOM 1996  – 2005 bph Rcjdpfjvguuqex Ac Tef Monoblock Oma Brand components: Case erector with single-head packer It can make a case of 6 or a case of 12 bottles. Safeguards. Painted iron frame. There are various formats. Manufacturing year of the case packing triblock 1996. Production is about 450 cases per hour of 6 bottles. There is no taping machine at the output of the case packing tri-block to seal the upper and, lower part of the case. Thus, motors must be used on case exit belts. The case can then go to the taping machine to be closed from the bottom and top. The taping machine must have a flap system; that foresees the pre-folding of the upper flaps to carry out a correct closure of the case. On request, we can create a correct layout customized to the needs of the buyer.

Condition: used, Year of construction: 2014, Overview  This complete glass bottling line was manufactured between 2010 and 2014 by several reputable European manufacturers, including CIMEC (Italy). The main monobloc — a CIMEC 16-16-1 rinsing, filling and crowning unit — was built in 2014 and operated at a natural mineral water facility until July 2025. The line also includes auxiliary equipment such as self-adhesive and wrap-around labellers, a DE filter, and a heat-shrink capsule tunnel, making it a fully functional and compact filling line for glass bottles with crown caps. All equipment remains installed, is in good condition, and can be inspected on site. Technical data  - Year of Manufacture: 2010–2014 - Application: Water and other beverages - Capacity: - Approx. 2,000 bph (330 ml) - Approx. 1,670 bph (500 ml) - Bottle Formats: 250 ml – 1,000 ml (included: 330 ml & 500 ml) - Closure Type: 26 mm crown caps - Configuration (Monobloc): - 16 rinsing heads - 16 filling heads - 1 crowning head Rodjyb Tkdspfx Ac Tjcf Scope of Delivery  - Rinser / Filler / Crowner Monoblock | CIMEC | Monobloc 16-16-1 | 2014 | 16/16/1 configuration, 26 mm crown caps, 2,000 bph - Self-adhesive labeler | Canellitech | V500 | 2012 | Linear, up to 3. 500 bph - Single-head labeler (wrap-around) | Identapply | Servo 125 RH | 2010 | With conveyor belts - DE filter | Spadoni | - | 2011 | 80 hl/h - Shrink tunnel | TOSA | TN1 | 2011 | For PVC capsules  

Condition: used, Year of construction: 2012, machine/vehicle number: LC647, Used Sidel filling line for water, PET 36000 BPHTechnical Specifications & Performance DataThis used bottling line is a high-efficiency PET still-water production system engineered for industrial packaging and beverage production. Designed around a 0.55L format and the 30/25 PCO1881 neck finish, it delivers a nominal output of 36,000 bottles per hour. Major equipment includes a Sidel SBO20 blow molder with 20 cavities, a Sidel EUROPA WM filling monoblock configured with 60 filling valves and 15 capping heads, and a Krones Contiroll HS labeling machine for continuous high-speed labeling. The line is a robust second hand solution for producers aiming to scale PET water operations with proven reliability.Production speed: 36,000 bph (design format 0.55L)Primary format: 0.55L (550 ml) bottlesNeck finish: 30/25 PCO1881Containers: PET bottlesBlow molder: Sidel SBO20, 20 cavitiesFilling monoblock: Sidel EUROPA WM, 60 valves / 15 capping headsLabeler: Krones Contiroll HSCap feeding: Sidel Aidlin 24 cap feederLine year: 2012 (core filler unit 2011)Advanced Automation & Control SystemsThe line integrates synchronized control between the blow molder, filling monoblock, cap feeding, and labeling systems to maintain stable, high-speed operation. Central operator interfaces coordinate start/stop sequences, speed ramps, and fault diagnostics. Safety interlocks, guarding, and emergency stops protect operators while ensuring consistent uptime. Quick adjustments and recipe-based parameters support repeatable setups for the 0.55L format, minimizing changeover downtime and optimizing overall equipment effectiveness.Production Line Integration CapabilitiesEngineered for inline operation, this PET bottling equipment connects via conveyor systems with accumulation and transfer sections for smooth product flow. The configuration supports still water applications with the 30/25 PCO1881 neck finish, enabling efficient handling from preform feeding and blow molding through filling, capping, and wrap-around labeling. The system architecture allows integration with upstream and downstream equipment such as inspection, case packing, and palletizing to form a complete beverage production and industrial packaging solution.Machine Condition & Maintenance HistoryThe line is still in production, indicating maintained operability and continuous performance under real operating conditions. Components have been kept in working order to support ongoing output. This second hand PET water line benefits from active status, helping prospective users evaluate performance and plan for a smooth transition to new production requirements.Operational Performance & VersatilityOptimized for still water, the Sidel EUROPA WM monoblock combines precise filling with consistent capping torque control across 15 heads. The Sidel SBO20 blow molder provides reliable preform heating and stretch-blow performance across 20 cavities for stable bottle quality at high speeds. The Krones Contiroll HS delivers continuous, high-speed labeling accuracy suitable for demanding PET beverag... Rcjdozc Hqmjpfx Ac Tef

Condition: excellent (used), Year of construction: 2017, operating hours: 1,500 h, functionality: fully functional, machine/vehicle number: 17434268, type of input current: three-phase, input voltage: 400 V, electrical fuse: 63 A, input current: 61 A, input frequency: 50 Hz, pressure: 18 bar, stack height: 1,900 mm, total length: 1,600 mm, total width: 750 mm, tank capacity: 410 l, empty load weight: 315 kg, type of cooling: water, Machine Description and Technical Data 2.1 Machine Description The RED COMPACT units are delivered fully pre-assembled and require only electrical connection and hydraulic hookups on site. Main Components: A: Self-supporting frame with stainless steel cladding (panels 1–6 removable) B: Basin with evaporator Rcodpfx Acjxvca Aj Tof C: Condenser unit D: Temperature controller E: Control cabinet F: Hydraulic circuit with pump (second pump optional) 2.2 Structure The compact monoblock housing contains all components necessary for operation. The external cladding is made of stainless steel; individual panels can be removed for maintenance purposes. 2.3 Basin The stainless steel basin houses the evaporator block. It is insulated with high-density polyurethane foam. A blower ensures water circulation within the basin. 2.4 Condenser Unit The condenser unit can operate with either cooling tower or well water, depending on order specification. It supplies the evaporator block and is located beneath the basin. 2.5 Temperature Controller The controller is a modern microcomputer with a high-resolution display and LED indicators for operating status. The control system is programmed to offer maximum operational safety with easy user operation. 2.6 Control Cabinet The control cabinet is dust- and splash-proof. It contains: - Main and emergency switch - Contactors, thermal relays, fuses - Safety transformer for control circuits Access is provided by removing panel 1 below the temperature controller. 2.7 Hydraulic Circuit with Pump Panel 3 is removed for connection. The following connections are provided: A – Water make-up (T1): Connection to water supply; fill level is controlled via float valve. B – Return line (T2): Return flow from the consumers. C – Overflow (T3): Connection to the process wastewater outlet. D – Chilled water outlet (P1): Supplies the consumers; open the shut-off valve before commissioning. A second pump (P2) is available as an option. E – Condenser water supply: The shell-and-tube condenser can be operated with well water or cooling tower water: Scheme A – Well Water: Use the small connections C1, C2 (inlet and outlet). The large connection remains closed. A pressure-regulated valve control can be installed as an option. Scheme B – Cooling Tower Water: Use C3 and C1/C2 in parallel to increase the flow cross-section. It is recommended to install a mechanical filter at the water inlet to prevent contamination. Manufacturer: FIC S.p.A. – Via Trivulzia 54, 23020 Mese (SO), Italy Model: RED COMPACT V.7

Condition: used, Year of construction: 2019, Overview  Rcsdpfxsxqhvle Ac Tsf This vacuum filling and capping monoblock was manufactured in 2019 by the German company ALWID Maschinenbau GmbH. The model ALWID-SUPERIOR-48HV-10PP is designed for level filling of glass bottles using a high-vacuum system, making it ideal for low- to medium-viscosity liquids such as spirits or similar products. The system features 48 filling valves and a 10-head ROPP capping unit, ensuring efficient, high-precision operation. With a performance of up to 12,500 bottles per hour (0.7 L), it offers a professional solution for high-speed bottling lines. The machine is CIP-capable, equipped with spray balls, and includes a Siemens S7 control system. It has approximately 14,000 operating hours and is already dismantled. Missing peripheral components such as the cap sorter, bunker conveyor, and chutes can be procured upon request and a factory overhaul is also available upon demand. Technical data  - Filling system: High-vacuum with liquid ring pump - Capping system: 10-head ROPP (PP) closer - Capacity: Up to 12,500 bph (0.7 L bottles) - Filling valves: 48 - Bottle size: Max. 105 mm (W) × 65 mm (D) for shaped bottles (every second valve used) - Control system: Siemens S7 - Cleaning system: CIP with spray balls - Operating hours: Approx. 14,000 h - Working direction: Right to left - Dimensions (machine): 4.20 m × 2.80 m × 2.90 m (W×D×H) - Dimensions (filling tower): 1.40 m × 1.30 m × 3.40 m (W×D×H) Scope of delivery  - Filling and capping block | ALWID Maschinenbau GmbH | ALWID-SUPERIOR-48HV-10PP | 2019 | High-vacuum filler with 48 filling stations and 10 ROPP capping heads, Siemens S7 control system, CIP-capable, approx. 14. 000 operating hours - Filling tower | ALWID Maschinenbau GmbH | - | 2019 | 3.40 × 1.30 × 1.40 m, part of the system - Format parts | ALWID Maschinenbau GmbH | - | 2019 | 10x PP28x22 mm deep capping heads, 1x format set for 76 mm straight-neck bottle - Accessories | 2 EURO pallets with format and head components  

Condition: used, Year of construction: 2014, Overview  This filling and labeling monoblock was manufactured in 2014 by the Italian company Framax. The machine was last operated in July 2025 and is still installed in the brewery but not in operation. It is immediately available for sale. Full original instruction manuals for both the filler/capper and labeler are included. Technical data Rcedpfxexalibe Ac Tjf - Capacity: Approx. 2,000 bph (330 ml bottles, manufacturer estimate); approx. 1,670 bph (500 ml bottles, actual use) - Formats possible: 250 ml – 1,000 ml - Formats included: 330 ml and 500 ml long neck bottles - Bottle cap type: 26 mm crown caps - Execution: - Filler/capper: Modulblock 10/1-C - Labeler: LLAC-R-SQ (VAR STEP) - Additional features: - Hot foil stamper (added later) - CIP dummy bottles - Change parts for 330 ml format

Condition: used, Year of construction: 2006, x-travel 630 mm y-travel 560 mm z-travel 560 mm table surface area 1000 x 600 mm spindle taper HSK 63 A spindle turning speed - stepless 18.000 U/min feeds x/y/z -stepless 0 - 30.000 mm/min rapid traverse 30 m/min no. of tools in magazin 2 x 12 workpiece diameter at full load 130 mm tool length - max. 315 mm weight of tools max. 8 kg internal coolant system feed 40 bar Rcjdpey Tyzuefx Ac Tef control HEIDENHAIN control MillPlus iT table load capacity max. 500 kg total power requirement 52 kVA weight of the machine ca. 6,5 t dimensions of machine L x W x H 3,40 x 1,86 x 2,42 m Accessories: probe HEIDENHAIN, TS 640; electron. handwheel, mech. vice (jaw width 160 mm), chip conveyor, coolant with bandfilter

Condition: used, Year of construction: 2009, machine/vehicle number: SO144, Technical Specifications & Performance DataThe SIPA SFR 8 is a rotary PET stretch blow molding machine designed to form PET bottles from preforms for beverage production and industrial packaging applications. Manufactured in 2009, this machine provides a stated production capacity of 12,400 bottles per hour. Its rotary architecture supports continuous bottle production and is suitable for integration into a used bottling line where consistent container supply is required ahead of filling, capping, labeling and secondary packaging equipment.Manufacturer: SIPAModel: SFR 8Year of manufacture: 2009Production capacity: 12,400 bottles per hourBlow mold configuration: 4 mold sets with 8 cavities eachPreform neck finish: 28mm / 1881 short neckSupported bottle formats: 0.5L, 0.75L and 1.5LContainer material: PETAdvanced Automation & Control SystemsThis rotary stretch blow molder is intended for automated PET bottle manufacturing, transforming heated preforms into finished containers through the stretch-blow molding cycle. The supplied preform feeding system supports controlled preform handling into the machine. Rotary blow molding equipment is typically operated through coordinated process controls that synchronize preform transfer, heating, stretching and blowing stages.The machine is supplied with its preform feeding system and chiller. These components support a more complete blowing package by providing preform infeed capability and process cooling. The high-pressure compressor is excluded, so compressed-air infrastructure must be planned as part of installation and commissioning.Production Line Integration CapabilitiesThe SIPA SFR 8 can operate as the bottle production stage of a PET used bottling line. It is positioned upstream of filling monoblocks, labeling machines, shrink wrappers, handle applicators and palletizing systems, producing PET containers for onward handling in a beverage production line. The available mold sets provide flexibility for 0.5L, 0.75L and 1.5L bottle formats, subject to the installed mold and associated line setup.The supplied preform feeding system supports integration with preform handling equipment. A preform hopper is not included, allowing the buyer to configure a hopper solution according to site layout, autonomy requirements and preform logistics. The 28mm / 1881 short-neck finish should be matched with compatible preforms, closures and downstream filling equipment.Machine Condition & Maintenance HistoryThe machine is described as being in very good condition and regularly maintained by the manufacturer. It remains operational until September 30, 2026, indicating that it is currently in production rather than stored or decommissioned. This operating status gives prospective buyers the opportunity to evaluate the machine as part of an active production environment before dismantling.Planned dismantling and loading will follow the end of operation. Buyers should arrange site assessment, technical verification and transport planning in coordination with the removal schedule.Operational Performance & VersatilityDesigned specifically for PET bottle manufacture, the S... Rsdpfxsztwmfs Ac Tjcf

Condition: excellent (used), Year of construction: 2008, functionality: fully functional, travel distance X-axis: 630 mm, travel distance Y-axis: 560 mm, travel distance Z-axis: 560 mm, controller model: Heidenhain MillPlus, spindle speed (max.): 12,000 rpm, Machining center with measuring probe! TECHNICAL DETAILS X travel: 630 mm Redjxb Rqmspfx Ac Tscf Y travel: 560 mm Z travel: 560 mm Number of axes: 4 Table size: 1000 x 600 mm Spindle speeds: 12,000 rpm Rapid traverse: 30 m/min Tool changer: 24 positions MACHINE DETAILS Control: Heidenhain MillPlus

Condition: used, Year of construction: 2008, · Working area X-Y-Z: 3,660 x 1,550 x 130 mm · Travel length X-Y: 4,200 x 2,000 mm Description of the units and accessories (base) The structure of the base body is a monolithic construction made of thick-walled steel. It is stiffened by welded triangular plates across the entire machine bed, making it extremely stable. The triangular shape used for load-bearing parts, with a large base, is the secret to ensuring lasting precision and stability. The machine layout allows the user an optimal workflow despite minimal space requirements. The base body constructed in this way therefore offers the machining unit a balanced and secure base with particularly good load distribution. The mobile unit carrier in gantry design is made of a solid monoblock. It is positioned in the X direction on prismatically ground guides via recirculating ball slides. The work unit is mounted on this mobile unit carrier on prismatic, ground guides and a recirculating ball slide. Axis movement: The drive system in the Y and Z axes is provided by ground, high-precision recirculating ball screws. The X-axis is driven by a backlash-free, preloaded precision rack and pinion drive. This ensures balanced load distribution during the positioning process. This characteristic is important for ensuring balanced movement even in more complex tasks. The various axes are driven by brushless three-phase servo motors/brushless AC motors. These offer excellent positioning speeds thanks to very short ramp times. Furthermore, the measuring system is fully integrated into these motors. These properties make this type of drive completely maintenance-free. · Rapid traverse in X: 40 m/min · Rapid traverse in Y: 60 m/min · Rapid traverse in Z: 22.5 m/min Vacuum system (basic) · Vacuum pump: 100 cbm/h · Power: 2.5 kW · Max. negative pressure (connection) 0.9 bar Control / control cabinet · Office PC or industrial PC (see options) · Basic NC control: ESA-GV KVARA 6.0 · Cable remote control with the most important functions ELECTRIC/ELECTRONIC CNC CONTROL Universal is equipped with a powerful NC control. The integrated office PC gives the NC control an unparalleled level of familiarity: the software runs on Windows XP and allows quick and easy programming, which is easy to learn even for inexperienced users. The system is open and allows the connection of CD-ROM drives, audio cards, barcode readers, modems, printers, scanning systems, etc. Furthermore, the installation of all network systems, as well as all commercially available CAD programs, is possible. To reduce space, the control cabinet is located under the machine table, and the operator works at a separate terminal on casters, which can be freely positioned. XILOG PROGRAMMING SYSTEM Software features: - Import of DXF files - Import of ASCII files - User interface in the operator's native language (available for languages I - GB - F - D - E) - Linear and circular interpolation in three axes, linear in space, spiral in the selected plane - Assisted programming - Calculator for direct transfer of calculated data - Graphic and syntax aids for drilling and milling operations - Parametric programming to perform the same panel machining on different Rjdpfevvi Rfjx Ac Tocf