Used Rinser for sale (127)

Condition: used, Year of construction: 2003, operating hours: 10 h, Used Filling Monoblock CIMEC 6-6-1 1000 bph Technical Features and Specifications The Used Filling Monoblock CIMEC 6-6-1 1000 bph, model AMERICA DPS 6/6/1 EAGLE C, offers a versatile and reliable solution for isobaric bottling processes, specifically designed for beer production. Manufactured by the Italian company CIMEC in 2003, this monoblock integrates advanced features to ensure precision, quality, and operational safety. Structure and Configuration of the Monoblock The CIMEC 6-6-1 monoblock combines three key units into one compact structure: a rinser, an isobaric filler, and a capper. This configuration, therefore, optimizes line space and reduces processing time, ensuring a maximum output of 1000 bottles per hour (bph). Rinser: Equipped with 6 grippers for bottle holding and a single treatment with a fixed nozzle, it efficiently cleans the bottles before the filling process. Additionally, it ensures that no contaminants remain inside the containers, contributing to product purity. Isobaric filler: The filling section includes 6 valves with 3 buttons, allowing controlled pressurized filling, ideal for beer and other carbonated beverages. Meanwhile, the pre-evacuation and leveling system reduces oxygen presence inside the container, preserving the product’s organoleptic properties. AROL Capper – Eagle C model: The capper handles 26 mm crown caps and operates with 1 capping head. As a result, it ensures precise capping, preventing leaks and contamination. Advanced Technical Features The Used Filling Monoblock CIMEC 6-6-1 1000 bph ensures high operational efficiency and precise process control. The isobaric technology, in contrast to standard gravity filling, maintains constant pressure inside the container during filling, avoiding foaming and guaranteeing accurate dosing. Pre-evacuation system: It eliminates air from the bottle before filling, thereby minimizing oxidation. Automatic leveling and degassing: This system ensures consistent product levels and removes excess gas, so the final seal remains airtight. Iiodpsvy E Nlefx Afioh Included Formats and Spare Parts The monoblock comes with false bottles, enabling cleaning and system testing without starting production. Furthermore, it includes two formats, both with a 65 mm diameter, suitable for standard beer bottles. In addition, the machine comes with two jack cylinders, allowing fast replacements and maintenance in case of wear. Safety Features of this Used Filling Monoblock for beer The monoblock includes technical manuals and integrated safety systems to protect operators and comply with current regulations. Each section features safety devices that prevent malfunctions and, thus, guarantee smooth operation. Specifically, safety guards, emergency stop buttons, and pressure monitoring ensure that any risk is minimized. Conclusion of this Used Filling Monoblock for beer The Used Filling Monoblock CIMEC 6-6-1 1000 bph offers a reliable solution for the beer industry, designed to maximize product quality and minimize downtime. Thus, it is ideal for breweries seeking enhanced productivity and consistency. Although older in manufacturing year, its robust build and spare parts availability extend its operational life. Overall, this monoblock embodies efficiency, precision, and adaptability, making it an excellent investment..

Condition: used, Year of construction: 2015, operating hours: 44,747 h, Used filling monoblock Melegari up to 40000 bph Iijdsvgt Ntopfx Afioh In the industrial bottling landscape, notably, the Melegari filling monoblock model FILLJET NP-B 60-60-18 stands out. Designed to optimize production, it boasts a capacity of up to 30000 BPH. Furthermore, this analysis evaluates its technical specs, operational efficiency, and adaptability. It emphasizes its significant impact in still water bottling. Operational Efficiency and Production Capacity Manufactured in 2015 and still operational, the machinery proves its durability and reliability. Importantly, it handles PET containers in 0.20 L, 0.33 L, and 0.6 L formats. Consequently, this allows significant versatility in product sizes. A speed of 40000 BPH indicates remarkable production efficiency, positioning it as a competitive option for high-volume facilities. Componentry and Technological Innovation The rinser of the Used filling monoblock Melegari up to 40000 bph incorporates 60 grippers for effective single treatment, ensuring container cleanliness before filling. Maintaining high hygienic standards is crucial for the water bottling sector. Additionally, the filler, with 60 volumetric valves and fixed nozzles, provides precise filling. This minimizes volume variations and reduces product waste. Moreover, the capper, with 18 heads for plastic screw caps, ensures secure, uniform closure. It integrates safety features, protecting both the operator and the product. Sustainability and Energy Consumption Operating at 380 V, 18 kW, and 60 Hz, the Filling monoblock Melegari signals optimized energy consumption. Its energy efficiency not only reduces environmental impact but also lowers operational costs. Dimensions, Weight, and Maintenance of teh Filling monoblock Melegari The dimensions of the Filling monoblock Melegari are 6100 mm (L) x 4700 mm (W) x 3600 mm (H), with a weight of 12000 kg. The monoblock requires careful space planning. Additionally, clockwise rotation and detailed manuals facilitate maintenance, ensuring extended operational longevity. Conclusion of the Filling monoblock Melegari This analysis of the Melegari filling monoblock up to 40000 bph highlights its status as an advanced solution. By combining high production capacity, precision filling, energy efficiency, and ease of maintenance, it becomes highly attractive. Ultimately, it’s ideal for optimizing production with a focus on sustainability and cost reduction.

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

Condition: used, Used Bottling Line KRONES for Glass Bottles up to 20000 bph Introduction to the Bottling Line KRONES Initially, the used KRONES bottling line for glass bottles is highly sought after in industrial settings due to its reliability and efficiency. Comprising a range of top-tier components, the Complete Bottling Line KRONES ensures seamless performance, effectively meeting the stringent demands of high-volume production. Main Components Firstly, the KRONES K-131-669 filling monoblock, manufactured in 2016, stands as the centerpiece of the Complete Bottling Line KRONES. Capable of handling a remarkable 20,000 bottles per hour, it is complemented by the 1998 KRONES 472-072 depalletizer and the 2000 Gronemeyer RINSER 8983-400-4. Consequently, this collective setup facilitates a smooth and uninterrupted workflow from bottle unloading to the filling process in the Complete Bottling Line KRONES. Quality Control of the Used Bottling Line KRONES Maintaining product quality is paramount in any bottling operation. Therefore, the 1999 KRONES CHECKMAT inspector plays a pivotal role in this regard in the Complete Bottling Line KRONES. With advanced functionalities encompassing not only level control but also meticulous label inspection, it ensures that every product meets the desired standards. Furthermore, the 2000 ACI TA20 2 AE bottle dryer guarantees that bottles are impeccably prepared for subsequent labeling and packaging stages, effectively eliminating any potential issues that may arise from moisture. Iiedpfx Afjvgvwmsioh Labeling and Packaging Efficient labeling and packaging are essential components of the KRONES bottling line. Consequently, the 1999 KRONES STARTMATIC K-080-669 excels in these areas. With precise label application capabilities, coupled with the ability to print directly onto glass bottles, it not only streamlines operations but also elevates brand presentation in the Used bottling line KRONES for glass bottles up to 20000 bph. Complementing this is the 1999 SMI SMI/7507 case packer and the 1997 FRANPACK Typ 121971214 pallet wrapper, ensuring that products are securely packaged and ready for distribution. Operational Status and Specifications The KRONES bottling line is in flawless working condition, and meets the demands of modern production environments. With a remarkable throughput of 20,000 bottles per hour, the line promises to enhance operational efficiency while maintaining product quality. Specifically designed for glass containers and primarily catering to beer production, it guarantees precise and consistent fills, ultimately resulting in superior product quality and customer satisfaction. In summary, the KRONES bottling line represents a sound investment for businesses seeking to optimize their bottling operations. With its robust construction, cutting-edge features, and proven track record, it is poised to deliver exceptional performance and elevate production standards to new heights.

Condition: used, Used filling line CFT for cans up to 10800 cph The used CFT filling line for cans up to 10,800 cph represents indeed a reliable and efficient solution for industrial bottling operations. Equipped with specialized and high-quality equipment, this line is meticulously designed to maximize productivity and ensure in fact optimal results. CFT Empty Can Twist Rinser- Water Rinse of the CFT Canning Line The CFT empty can twist rinser with water rinse provides thorough cleaning of empty cans. Moreover, with its dual can rinser system and spare parts sets for 0.35L  and 0.47L aluminum cans, it ensures flexible operation tailored to specific production needs. Additionally, the rinse process guarantees pristine can surfaces, vital for maintaining product integrity. Ijdpfx Aswbfh Nsfioih CFT 20 Valve Can Filler – Seamer of the Used filling line CFT for cans up to 10800 cph The 2013 model RS20 CFT 20-valve can filler with seamer ensures precise and rapid filling of cans. Featuring advanced technology and integrated sealing, it guarantees hermetic and secure closure for product preservation and quality. Furthermore, the filler’s seamless integration with the seamer streamlines the production process, minimizing downtime and maximizing efficiency. Conveyor & Automation Stainless Steel Full Can Conveyors The conveyor and automation system of the Used filling line CFT for cans up to 10800 cph includes stainless steel conveyors, facilitating without a doubt efficient transport of cans along the production line. Robust and reliable, it ensures continuous and uninterrupted flow. Additionally, the conveyor’s modular design allows for easy customization and expansion to meet evolving production demands. Carleton Helical Technologies Can Invert / Re-vert System The Carleton Helical Technologies can invert/revert system ensures a seamless and uninterrupted flow along the production line, thereby optimizing efficiency. Furthermore, the system’s innovative design minimizes the risk of jams or blockages, enhancing overall operational reliability. Videojet Ink Jet Coder The Videojet ink jet coder ensures clear and precise marking on each can, enhancing traceability and quality control measures. Moreover, the coder’s high-speed capabilities enable swift marking without compromising accuracy, contributing to streamlined production processes. In-Line Pressure Sensitive Wrap Around Labeler The in-line pressure-sensitive wrap-around labeler of this CFT Canning Line, specifically the Paradigm 700 model, ensures swift and accurate label application, enhancing product presentation and brand visibility. Additionally, the labeler’s adaptable design accommodates various label sizes and shapes, providing versatility for diverse packaging requirements. Stainless Steel Flow-through Conveyor Table The stainless steel flow-through conveyor table with a plastic mattop belt of the CFT Canning Line guarantees continuous and uninterrupted flow along the production line, facilitating smooth operation.

Condition: used, Year of construction: 2012, Technical Summary and Application Scope – ATES Giorgia 8000 bph The ATES Giorgia 8000 bph is a continuous-motion washing and rinsing system for glass bottles, suitable for both returnable and new bottles. It is designed for stand-alone use or seamless integration into existing or new bottling lines. Built primarily from AISI 304 stainless steel with plastic baskets and continuous-motion conveying, the machine ensures robust performance with industrial-grade safety protections. Main Technical Data Type: Industrial glass bottle washer and rinser, suitable for recycled and new bottles. Nominal output capacity: up to 8,000 bottles/hour depending on bottle format, contamination level, and line configuration. Materials: AISI 304 stainless steel structure; plastic baskets; stainless-steel doors and inspection windows. Mechanical composition: Shelves, baskets for bottle housing, and automatic loading/unloading with push bars. Easy inspection access for maintenance. Water treatment: Hot-water washing with caustic detergent (soda) followed by multi-stage rinsing. Installed electrical power: approx. 20 kW. Electrical supply: 400 V, 3-phase, 50 Hz; auxiliaries 24 V; PLC/SCADA integration (Siemens, Omron, Allen-Bradley). Water consumption: 1.0–1.5 m³/h via 1″ G (BSPP) supply, minimum 1.5 bar. Drainage: integrated rinse and tank drainage via 2″ pipeline. Compressed air: 6 bar operating pressure; approx. 20 Nl/h; 1/4″ connection. Thermal energy: approx. 250,000 kcal/h (~291 kW) via dedicated heat exchanger, compatible with steam or hot water supply; typical wash temperature around 70 °C for caustic stage. Filtration: internal filtration plus 0.2 μm microfiltration for process water. Sanitation: cleaning and sanitization stages including pre-wash and rinse, with detergent and disinfectant dosing; thermal insulation of tanks and piping for energy efficiency. System Architecture and Process Flow Returnable bottle cycle (full washing and rinsing) Automatic loading into baskets via push bars. Pre-wash spray to remove dirt and label residues. Immersion in hot caustic bath to disintegrate adhesives and organic matter. High-pressure internal and external washing through jetting manifolds. Multiple recirculating rinses followed by a final rinse with clean water or potable/demineralized water. Iodpjw Eyzlefx Afieih Continuous label and debris extraction with filtration to prevent clogging. New bottle cycle (rinsing only) Spray pre-wash. Pre-treatment with detergent solution. Internal and external washing as required. Multi-stage rinsing and transfer to filling or storage. Immersion and label management stage Pre-wash and wash for removal of labels and residues. Sequential immersion and spray jets with controlled dosing and temperature.

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

Condition: used, Gea Procomac Used Complete Bottling Line These are machines that are part of a bottling line having the following characteristics. • Bottling line speed: 7,000 / 8,000 bt/h of 75 cl sparkling wine and 10,000 / 11,000 bt/h of 75 cl still wine • Bottling line designed for the bottling of the following formats: 20cl – 37.5cl – 75cl – 150cl Below is the year of manufacture for each piece of equipment with the relative sale price: 1. Bortolin-Kemo depalletiser – year of commissioning: 1993 Filling 2. Gea Procomac filling monoblock – year of commissioning: 2000 Including: Gea Procomac rinser – 54 taps Isdevguibspfx Afisih Ozosteril Gea Procomac for the production of ozonated water to be used in rinsers – year of commissioning: 1993 Gea Procomac isobaric filler – 56 taps Cork capper Arol – 8 heads (set of mouthpieces for mushroom cap and set of mouthpieces for flat cap) Arol screw capper – 8 heads (set of cap heads: stelvin 30×60, screw 31.5×18, screw 15×18 for sparkling wine 20cl) Microfiltration 3. Gea Procomac microfiltration plant – year of commissioning: 2000 Divided into: Uniflux (Microfiltration plant) Unitherm (Wine pumping system) – Inverter controlled lobe pump to feed the filler Packing 4. Bortolin-Kemo packing machine – year of commissioning: 2002 5. Bortolin-Kemo carton erector – year of commissioning: 1993 6. Bortolin-Kemo divider inserter – year of commissioning: 1993 7. Bortolin-Kemo top gluer – year of commissioning: 1993 8. Bortolin-Kemo palletizer – year of commissioning: 1993 With matched: 9,Padding system Tosa – year of commissioning: 2007 10. Tosa pallet wrapper – year of commissioning: 1998 Gea Procomac Used Complete Bottling Line Gea Procomac Used Complete Bottling Line, mixed line with bortolin kemo machinery in excellent condition. We are here at your disposal for any information do not hesitate to contact us

Condition: used, Used Complete Bottling Line Procomac 2000 1. Blow-mouldingmachine Typ SIPA SF12/8 (2002) 2. Chillerfor SIPA machine (2002) 3. Compressor Typ Kaeser (2002) includes: Air receiver 1000 liter, 16 bar, Mikrofilter/Carbonfilter, Screw-compressor CS121/12 bar Air receiver 1000 liter, 45 bar, Pre-filter HP-Compressor (Booster) N753-G HP- Airdryer THP 142 48 Microfilter, Carbonfilter 4. 40m Airconveyor Typ Procomac (2002) Ijdpfx Ajvgulcsfioih 5. Rinser-Filler-Capper24/24/6 Typ ProcomacMuvitec(2000) Capper also for sports-cap incl. 6. Labellingmachine Type Futura, hotglue (2000) 7. Bottleinspector Type Logis&Controls (2000) 8. Bottle transporter Krones (speed-controled) (2000) 9. Handle Applicator Twinpack (2000) 10. Packingmachine & Shrinktunnel Kettner (2001) 11. Packing-robot Profipac (2005) 12. Wrappingmachine Robotec (2002) Formats 1. O.5 liter bottle height 220mm Diameter 66mm Label 215 x 70mm 2. 1.5 liter bottle height 334 mm Diameter 95 mm Label 285 x 100mm

Condition: used, Used bottling line PROCOMAC for still and sparkling water up to 12000 bph We offer a complete bottling line for natural and carbonated mineral water, specifically designed to meet the complex needs of technicians and industry experts. This solution not only handles bottle formats from 0.5 to 2 liters but also produces up to 12,000 bottles per hour, ensuring high reliability and excellent performance.. SIPA Blow Molder and Preform Management The SIPA SFR 12 blow molder, manufactured in 2000, initiates the production process. It efficiently manages preforms using a dumper and elevator-orienter. Furthermore, the integrated cooling chiller and four sets of molds allow the machine to produce bottles of various sizes with both precision and flexibility. As a result, it ensures smooth operations throughout the initial production phase. PROCOMAC Monoblock: The Core of the System The PROCOMAC monoblock unifies three critical bottling functions into a single system. First, the PROCOMAC GRIPSTAR 2R rinser cleans bottles thoroughly, preparing them for the filling process. Then, the PROCOMAC FILLSTAR PET filler quickly and accurately fills bottles with natural or carbonated mineral water. Finally, the PROCOMAC 10-head PICK & PLACE capper applies caps securely and efficiently. Iedpjvgu Tyofx Afisih Moreover, the saturator and CIP (Clean-In-Place) system maintain hygiene standards and streamline maintenance operations. These additional components not only enhance the monoblock’s efficiency but also ensure reliable performance during production. Transport and Packaging Systems The PELACCI P.13.8.5 cap elevator consistently supplies caps to the system without interruptions. In addition, the PE ROLLMATIC CI 540 12T labeler applies labels accurately to bottles of different formats. Subsequently, the ZAMBELLI LFT 50 shrink wrapper quickly packages bottles into bundles, while the COMAG H 55/1 handle applicator attaches handles to bundles for easier transport. Furthermore, the LEVATI ARTIS palletizer organizes bundles onto pallets with precision. Similarly, the ROBOPAC HELIX HS 30 pallet wrapper wraps the load securely to protect it during transportation. Lastly, the EIDOS labeling system prints and applies labels directly on the production line, allowing for full customization, which ensures adaptability to various production requirements. Conveyor Belts for Optimal Flow The conveyor belt system facilitates efficient material flow across the production phases. Specifically, air conveyors move bottles swiftly, while dedicated belts transport bundles and pallets seamlessly between sections of the line. Consequently, these systems maintain a continuous and smooth workflow, which significantly reduces production downtime. Current Status and Availability This Used bottling line PROCOMAC for still and sparkling water up to 12000 bph operates efficiently and will remain in use until April 2025, when it will be dismantled and replaced. Therefore, we encourage interested buyers to view the line in operation before dismantling to evaluate its performance and condition. Ultimately, this complete and integrated solution delivers reliable and high-performing bottling capabilities for industrial water production.

Condition: used, Used filling line for water for PET containers 5L 800bph This used filling line for water for PET containers 5L 800bph provides a complete solution for processing 5-liter PET bottles, both round and square. Specijalka from Serbia manufactured the line in 2006. Although the owner disconnected it eight years ago, they confirm that it remains in proper condition. Furthermore, you can inspect the line in dry cycle mode. Technical specifications of the filling line The used filling line for water for PET containers 5L 800bph reaches a nominal output of 800 bottles per hour with 5.0-liter containers. Specifically, the system includes a 10-valve rinser, an 8-valve filler, and a 4-head capper, all integrated in a monoblock. Additionally, a cold-glue labeler applies paper labels. As a result, the setup handles rinsing, filling, capping, and labeling in a compact layout. PET bottle production unit Iiodowr T E Dspfx Afijh In addition to the filling line, this offer includes a semi-automatic PET bottle blower built in 2004. The machine uses two-cavity molds and can produce 800 bottles per hour at 0.5 liters, 600 bottles per hour at 1.5 liters, and 400 bottles per hour at 5 liters. Notably, the system uses water cooling to maintain operational price includes molds for 0.5-liter round bottles and 5-liter square bottles. Consequently, this unit complements the filling line perfectly and allows in-house preform blowing. High-performance compressor for blowing To support the above components, a BOGE compressor from Germany (2006) is also available. It delivers 11 kilowatts of power, 35 bar of pressure, and a flow rate of 1290 liters per minute. Moreover, the system includes a 1000-liter air tank rated for 40 bar. The unit has only logged 500 operating hours. Thus, it remains in excellent mechanical condition. Importantly, this component ensures adequate air supply for blowing PET bottles reliably and efficiently. Technical conclusion In summary, this used filling line for water for PET containers 5L 800bph enables small to medium-sized producers to manage the complete bottling process autonomously. Specifically, the line handles rinsing, filling, capping, and labeling. Meanwhile, the included blower and compressor provide the necessary infrastructure to blow bottles from preforms. Therefore, producers can oversee every phase of water bottling from bottle production to final packaging.  

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

Condition: used, Used filling line for beer in cans 25000 cph The used filling line for beer in cans 25000 cph delivers high-speed beer canning across multiple formats. Specifically, it fills 500 ml, 440 ml, and 330 ml cans with standard 202 lids, consistently reaching a capacity of 25,000 cans per hour. Although the line remains installed, it is currently not operational. Nevertheless, all components remain in excellent working condition. Empty can feeding system Iisdow Ahfajpfx Afish To begin with, a Linker DPG-500 depalletizer, built in 2012, unloads empty cans at the start of the line. Subsequently, rope conveyors from Linker (model RC/KHS, 2012) transport the cans to a Triplexrinser TR/KHS rinser, also from 2012. In this section, the system moves cans smoothly and prepares them efficiently for the next stage. As a result, the line ensures gentle handling while maintaining productivity. Filling and seaming Next, the KHS Innofill DVD 60 filler, installed in 2017, performs the filling process using 60 dedicated valves. In parallel, a Ferrum F08 seamer seals the cans, while an NSM 30A lid feeder supplies lids with precision. Consequently, this configuration ensures accurate dosing and secure sealing at high throughput. Notably, the filling and seaming block is among the most recent upgrades to the line. Pasteurization and quality control After sealing, the product passes through a KHS Innopro KZE flash pasteurizer, installed in 2017. Additionally, this unit includes a 5000-liter buffer tank to stabilize the process. Meanwhile, a KHS Innocheck fill level inspector (2012) continuously monitors the liquid level in each can. In doing so, it guarantees compliance with rigorous quality standards. Therefore, the pasteurization and inspection phases preserve both safety and consistency. Secondary packaging and handle application Once the cans are processed, a KHS Innopack Kisters SP 050 B2 multipack packer (2012) wraps them using shrink film—either printed or transparent. It operates on a double-lane system at 50 cycles per minute. Moreover, a KHS CSM 050-02 handle applicator (2011) applies handles at the same speed, which facilitates later transport. In other words, the secondary packaging setup optimizes the line for retail and logistics needs. Tray packing and shrink wrapping Following multipacking, the line uses a KHS Innopack Kisters TP 035 B2 tray packer (2012) to place packs into trays at 35 cycles per minute. Then, a KHS Innopack Kisters FS-AL shrink wrapper (2017) applies shrink film to stabilize the load. Thus, the packs remain secure and compact throughout distribution. Furthermore, both machines maintain high reliability under continuous operation. Palletizing and end-of-line operations At the end of the line, a KHS Innopal MPH 1-1 palletizer (2012) stacks trays without using interlayers. This simplifies the palletizing process while saving materials. Subsequently, a Fiat MFP pallet wrapper (2017) secures the stacked trays with stretch film.

Condition: used, Used bottling line SPECIJALKA for carbonated beverages 3000bph The SPECIJALKA used bottling line for carbonated beverages at 3000 bottles per hour integrates a rinser, a filler, and a capper. Moreover, this machine fills bottles of various capacities, using both PET and glass. The technical specifications therefore clearly address the needs of technicians and experts in the bottling industry. Main technical features of the Bottling Line SPECIJALKA The Bottling Line SPECIJALKA operates with 32 filling valves, producing around 2500 bottles per hour for 2.0-liter bottles and up to 3000 bottles per hour for bottles between 0.5 and 1.5 liters. The 28 mm bottle neck works well for both PET and glass. As a result, this versatility allows easy adaptation to different production needs. The capper, which uses 8 heads, simultaneously applies 28 mm plastic caps quickly and precisely. Labeler and saturation system The line uses a linear labeler to apply nylon labels with speed and precision, optimizing the labeling process. Additionally, it includes a saturator/mixer that ensures efficient carbonation, delivering the right amount of CO2 in each product. Furthermore, the combination of these features improves the overall performance of the system. Usage and maintenance status The machine has remained unused, and since 2008, we have kept it overhauled and serviced to maintain its perfect condition. Currently, we store it in a ready-to-use state. The installation of this bottling line requires approximately 200 square meters of space. Thus, this ensures an optimal arrangement of the components. Rinser and filler Iiodpovgvdgefx Afieh The rinser  of the Bottling Line SPECIJALKA operates with 20 heads and secures the bottles under the neck to prevent damage during washing. Consequently, this method prepares the bottles for filling. The filler, equipped with 32 valves, fills the bottles quickly and accurately, enhancing production efficiency and reducing product waste. Therefore, this process improves both speed and quality in the bottling operation. Conclusion of the Bottling Line SPECIJALKA The SPECIJALKA used bottling line for carbonated beverages at 3000 bottles per hour offers a complete, versatile solution for high-scale production. It handles both PET and glass bottles while providing an efficient labeling system. In conclusion, it presents an excellent choice for companies aiming to boost production without sacrificing quality. Ultimately, this system increases operational efficiency while maintaining flexibility in production requirements.

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

Condition: used, Year of construction: 1998, Used Filling Monoblock OCIM 24-32-8 up to 10000 bph The OCIM 24-32-8 filling monoblock stands as a pinnacle in bottling technology. It offers an unparalleled capacity of up to 10000 bottles per hour. Crafted by OCIM in 1998, this machinery embodies reliability and efficiency. Specifically designed to cater to the demands of filling glass containers, particularly those housing oil products. Technical Details At the heart of this monoblock lies its rinser, equipped with 24 grippers meticulously engineered to ensure a secure hold on the containers. Operating with precision, the rinser utilizes compressed air for treatment, guaranteeing optimal cleanliness throughout the filling process. Moving seamlessly to the filler, which serves as the core component of the monoblock, we encounter a marvel of engineering. Boasting 32 filling valves, this monoblock is capable of handling even the most demanding bottling tasks with ease. Whether employing gravity or a light depression technique, the filler ensures a uniform and efficient distribution of the product, thanks to its fixed nozzle design. Completing the trifecta of functionality is the capper, a critical element in the sealing process. Configured to accommodate aluminum screw caps, the capper features 8 heads operating in harmonious synchronization, rotating clockwise to securely seal each bottle. Current State and Storage Despite its formidable capabilities, the OCIM 24-32-8 filling monoblock currently resides in storage, patiently awaiting its moment to shine. Safeguarded against the ravages of time, it stands as a testament to precision engineering. It is preserved to maintain its integrity and performance. Application and Benefits When deployed, this monoblock transcends mere machinery, becoming the cornerstone of efficient bottling operations. With a capacity of up to 10000 bottles per hour, it revolutionizes production processes. This enables manufacturers to meet the demands of a dynamic market with unparalleled speed and precision. Iedevgvufopfx Afisih Furthermore, the OCIM 24-32-8 filling monoblock offers tangible benefits beyond its impressive throughput. Its reliability minimizes downtime, ensuring continuous operation and maximizing productivity. Moreover, its versatility allows for seamless adaptation to various bottling requirements, making it a versatile asset in the hands of discerning manufacturers. Conclusion of the Used Filling Monoblock OCIM 24-32-8 up to 10000 bph In conclusion, the Used Filling Monoblock OCIM 24-32-8 represents the epitome of excellence in bottling technology. With its robust construction, innovative features, and unparalleled performance, it stands as a testament to OCIM’s commitment to quality and innovation. Whether in storage or in operation, this monoblock remains a beacon of efficiency, poised to elevate bottling operations to new heights of success.

Condition: used, Year of construction: 1990, Used Overhauled Rinsing Machine The Used Overhauled Rinsing Machine Virmauri rinsing machine, built in 1990 and overhauled, is an industrial machine dedicated to the treatment of glass containers. With an operating capacity of 7000 bottles per hour (BPH), the device implements a system of 28 grippers for the optimization of rinsing processes. Operating clockwise, this unit features movable nozzles, allowing flexibility in specific treatment for each container. Mechanics and Operation Focusing on mechanics, the device adopts a single-step treatment approach, using water as the main cleaning agent. This choice, while simplifying the process, imposes stringent requirements on the quality of the water used and on the maintenance of the nozzles to prevent cross-contamination. The clockwise rotation direction and the arrangement of the sockets have been designed to optimize the workflow and minimize downtime during production batch changes. These technical aspects require careful evaluation when integrating the machine into existing production lines. Current Status and Maintenance of Used Overhauled Rinsing Machine Ijdpfx Aovgvwasfieih Regarding the current status of Virmauri, the used overhouled rinsing machine is classified “On stock”, indicating immediate availability for installation and use post-overhaul. The Used Overhauled Rinsing Machine has undergone an overhaul process to ensure its functionality and reliability over time. Maintenance management requires a meticulous approach to ensure the availability of spare parts and the technical competence for rapid interventions. Conclusions of Virmauri rinser equipment: In conclusion, the 1990 Virmauri rinser, with 28 grippers and a capacity of 7000 BPH, represents a technologically viable option for companies in the bottling industry that need an efficient and reliable unit for processing glass containers. The decision to acquire a machine of this nature requires a detailed analysis of your production needs, compatibility with existing lines and internal maintenance capabilities, to ensure optimal integration and operation. We can assure full service on this Virmauri equipment with our staff.

Condition: used, Year of construction: 2018, Used Rinsing Machine Aesse Service LINE6 year 2018 This machine therefore provides a reliable and robust option for industrial bottling plants. A Esse Service manufactured this model in 2018 to ensure high performance with optimal energy efficiency while maintaining the quality of rinsing processes. Although previously used, the machine has seen very limited operation, which has preserved it in excellent condition. Now in storage, the LINE6 model is designed to handle glass containers with a standard 0.75 L format and operates at a speed of 900 bottles per hour (BPH). Technical Specifications of the Rinsing Machine Aesse Service The Used Rinsing Machine Aesse Service LINE6 year 2018 delivers stable production with a power consumption of 2 kW. In addition, a high voltage (A.T.) of 400 V alternating current ±10% with neutral and ground powers the machine, while a low voltage (B.T.) of 24 V direct current ±10% supplies control circuits. Therefore, the machine supports an operating frequency from 50 to 60 Hz, which adapts well to different industrial standards. Iedpjvhcplofx Afijih Pneumatic System The Machine requires a pneumatic supply of 6 bar and consumes 500 liters per minute to operate effectively. Moreover, this stable airflow supports precise rinsing cycles, which is crucial in bottling lines where flow regularity directly impacts product quality. Furthermore, the airflow consistency ensures reliable performance over time. Dimensions and Weight The compact design of the Used Rinsing Machine Aesse Service LINE6 year 2018 enables easy integration into work environments with limited space. For this reason, the machine measures 1300 x 1300 x 1600 mm (L x W x H), with a dry weight—meaning without liquids or filled conduits—between 300 and 500 kg. Consequently, the moderate weight allows for easy transport and installation, making the LINE6 model practical and versatile for various industrial applications. Container Capacity The Used Rinsing Machine Aesse Service LINE6 year 2018 handles bottles with capacities ranging from a minimum of 0.5 liters to a maximum of 1.5 liters, thereby providing versatile production capabilities. This range, in particular, accommodates rinsing needs for various standard formats used in the beverage industry. Bottle Diameter and Height Additionally, the machine accepts bottles with diameters from 55 mm to 115 mm. Consequently, this flexibility enables it to handle different types of glass containers securely during the rinsing cycle. Also, the machine supports bottle heights between 160 mm and 345 mm, which benefits companies by allowing them to use different formats without frequently changing equipment. Performance and Reliability The rinser provides long-lasting performance thanks to its robust construction and advanced engineering. Moreover, its design reduces routine maintenance, thus ensuring operational continuity essential for industrial bottling lines.

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

Condition: used, operating hours: 1,800 h, Used Bottling Line for champagne, sparkling and still wine 4000 bph Product Compatibility and Filling Technology This bottling line processes still wine, sparkling wine, and champagne with high efficiency. Specifically, it handles only glass bottles and uses an isobaric filling system, which ensures precise control when filling pressurized liquids, such as sparkling products. As a result, wineries that produce multiple wine types with different physical and chemical properties can rely on this line for consistent, adaptable operation. In other words, the system addresses diverse product demands without compromising output quality. Performance Output by Bottle Format Iiedpfx Afjwgw Dgoijh Depending on the bottle format, the line delivers different outputs. It processes both 0.20l and 0,375l bottles at 4,500 bottles per hour. Meanwhile, it handles 0,75l bottles at 4,000 bottles per hour and 1.5l bottles at 2,000 bottles per hour. Therefore, this production speed suits medium-scale wineries that require flexibility while maintaining industrial performance. Commissioning, Runtime, and Immediate Availability Technicians installed the line in 2022. Since that time, it has operated for 1,800 hours and produced approximately 2,400,000 bottles. The system continues to run in production, which means it remains in good operational condition. Furthermore, its immediate availability offers an advantage to wineries needing rapid deployment. Because of this, buyers can integrate the equipment without significant downtime. Primary Bottling Block: Depalletizing, Rinsing, Filling, and Capping The process starts with a Duetti Packaging depalletizer, model M, which automatically feeds empty bottles into the system. Subsequently, the GAI monoblock, model 4033RES-HP-A01, performs rinsing, filling, and capping in a single integrated unit. The dual-stage rinser (water + gas) uses 16 grippers to sanitize bottles. A high-pressure electropneumatic filler with 24 valves carries out isobaric filling. Notably, the 3-head rotary corker applies straight corks, champagne-style mushroom corks, plastic closures, and aluminum screw caps. Moreover, the monoblock includes multi-format screws, motorized guide adjustments, dummy bottles for internal rinser sterilization, and a solenoid valve kit to switch between gas and cleaning liquid inputs. Altogether, this configuration provides high precision, minimal changeover time, and excellent bottle handling. CIP and Quality Control: Cleaning and Inspection Systems To maintain hygiene, the WIN&TECH CIP unit, model Win&Guard C 23.05, manages automatic cleaning via a steam-water heat exchanger and a three-stage filtration system across two independent circuits. Additionally, this system allows operators to sanitize the internal components between production runs without disassembly. At the same time, the CMP inspection unit, model CV-MUF108, performs continuous quality control.

Condition: used, operating hours: 30,000 h, Used CFT can filling line for soft drinks – 12,000 cans per hour Introduction and Production Capacity The Used CFT can filling line for soft drinks – 12,000 cans per hour delivers a complete solution for filling carbonated beverages in aluminum cans. CFT designed the line in 2017 and configured it to handle two Slim formats, which are commonly used in the soft drink industry. Specifically, the system processes up to 12,000 cans per hour, meeting the output requirements of medium-scale industrial facilities. As of 30/06/2025, the owner will release the line for sale. Therefore, this represents a valuable opportunity for facilities seeking to expand their production capacity. Depalletizing and Initial Inspection Initially, the CFT depalletizer automatically separates empty cans and feeds them into the production flow. Then, a HEUFT inspection unit checks each container for visual defects and dimensional non-conformities. As a result, the system ensures that only clean, undamaged cans move forward for rinsing. In addition, this early inspection step reduces the risk of line stoppages later in the process. Can Conveyance and Rinsing Next, CFT cable conveyors transport the accepted cans to a dual-channel rinser. The CFT rinser cleans the interior of each can using pressurized water jets or sterile air. Consequently, the machine maintains hygiene standards in line with food and beverage regulations. Moreover, the dual-channel configuration improves throughput while reducing contamination risks. Notably, this section plays a key role in maintaining microbiological safety. Ijdpfxswr T Ewo Afisih Filling After rinsing, a CFT monoblock handles the filling and seaming stages with 12 filling valves and 4 seaming heads. The machine processes cans of 150 ml and 330 ml efficiently. It also controls pressure and temperature precisely to prevent CO₂ loss during the filling of carbonated soft drinks. Furthermore, this phase supports both performance and product integrity. In effect, it ensures consistent quality in high-speed conditions. Full Can Inspection and Rejection Following the filling stage, another HEUFT unit inspects the filled cans to verify fill levels, seal integrity, and the absence of leaks. When it detects non-compliant cans, an automated HEUFT rejection module removes them from the line. As such, this step protects the quality of downstream operations. Additionally, it avoids the unnecessary packaging of defective units. Overall, the system minimizes waste and downtime. Conveyance and Packaging Subsequently, CFT conveyors move the approved cans to an SMI shrink wrap packer. The packer forms bundles in several formats: 4×3 (12 cans), 6×4 (24 cans), and 2x2x3 (12 cans). In this way, the flexible configuration supports various packaging and distribution strategies. Besides improving logistics, this packaging versatility allows rapid changeovers between product sizes.

Condition: used, Used Isobaric Complete Bottling Line for Still and Sparkling Wine up to 3500 bph This complete bottling line has been designed and configured to provide a high-quality, consistent filling process for both still and sparkling wines. Built around an isobaric tribloc system, it integrates rinsing, filling, and capping functions in a continuous flow, ensuring excellent efficiency while maintaining product integrity. The line is currently set up for still wines at an output of 3,500 bottles per hour and for sparkling wines at 3,000 bottles per hour. It is already technically prepared for sparkling wine production and only requires the addition of a mushroom corker, a capsule applicator for spumante hoods, and a heating tunnel if needed. Iijdew Imp Hopfx Afish The system is equipped with dedicated conveyors, a centralized lubrication system, and separate control panels for conveyor management, enabling straightforward maintenance and integration into existing plant automation. The entire layout follows a linear configuration, optimised for space utilisation and ensuring smooth product transfer between each stage without unnecessary accumulation points. Bottling Process and Core Machinery At the start of the line, empty bottles are automatically fed into the system via a depalletizer. This equipment gently lifts and transfers the bottles onto the feeding table while maintaining their integrity. Bottles are then directed to the tribloc system, where three key operations are performed in sequence: rinsing, filling, and capping. The isobaric filling technology ensures precise fill levels and consistent carbonation retention for sparkling wines, while also being perfectly suited for still wine bottling. The filling valves are designed to minimise oxygen pickup, which is crucial for preserving the wine’s sensory qualities and shelf life. The rinser operates with clean water or a sanitising solution, ensuring bottles are free from contaminants prior to filling. The capping turret, currently configured for still wine closures, applies either BVS screw caps or traditional corks, depending on the selected format. A dosing unit for gum arabic is integrated into the line. This system allows for precise addition of stabilising agents post-filling, which helps maintain wine clarity and prevent precipitation during storage. A dedicated steam generator (vapouriser) is included for both line sanitisation and, when required, pre-heating applications. Prior to filling, a microfiltration unit is positioned to ensure that the product entering the tribloc meets the desired microbiological standards. This step is essential for ensuring product stability and quality without the need for excessive chemical preservatives. Downstream, bottles are transferred to the labelling station. While the labelling unit is supplied by a third-party manufacturer, it is electrically integrated into the line and can be configured for multiple label types, including adhesive and cold-glue systems.

Condition: used, Year of construction: 2021, New Filling Monoblock Bertolaso 30/30/4 – PET/Glass up to 6500 bph Notice: Brand NEW Bertolaso monoblock, never used. Zero working hours. Pristine condition. The perfect opportunity to purchase a new monoblock at a used price. This new Bertolaso 30/30/4 monoblock emerges as an advanced technological solution, specifically designed to optimize filling operations for syrups filling system. Manufacturer and Model: Produced by Bertolaso, a benchmark name in the industry, this monoblock stands out for its performance and build quality. The model specification, 30/30/4, combined with its production year, 2021, provides crucial information on its current relevance in the bottling solution landscape. Speed and Capacity: With a speed of 6500 BPH, this filling monoblock Bertolaso can handle both PET and glass containers, ensuring accuracy and consistency in the filling process. Rinser: The rinser is equipped with 30 grippers and offers a single treatment. Filler: With 30 valves and a high vacuum filling system, it guarantees accurate and uniform filling of containers. The mobile nozzle highlights the filling monoblock Bertolaso’s ability to adapt to various operational needs. Iodpevgucbefx Afisih Capper: The capper of the filling monoblock Bertolaso, with 4 heads, is versatile in handling different types of caps, both aluminum screw and press-on plastic. Its ability to handle caps of various sizes adds further flexibility to the monoblock. Additional Features: Operational safety is ensured by various integrated features. The clockwise rotation direction and the electrical data (V: 380 and Hz: 50) emphasize the attention to technical details. The filling monoblock Bertolaso comes with manuals, which are essential for operators and maintenance technicians. In conclusion, the filling monoblock Bertolaso 30/30/4 monoblock stands as a reference point for industry experts, combining efficiency, safety, and versatility. Its technical specifications speak for themselves, underscoring the importance of choosing technologically advanced solutions in the bottling arena.   TECHNICAL SPECS Product: syrups Bottles: 700 ml glass Alexanderflasche – Ø 70,1/72,1 x 291 H mm – drawing AZ-01.019.01-03 700 ml Flakon PET – Ø 68,5 x 272,5 H mm – drawing 1304-01-002 1000 ml Flakon PET – Ø 76 x 298,5 H mm – drawing 3041-01-006 1000 ml PET – Ø 74 x 277,4 H mm – drawing 1709-01-003 700 ml glass Wodka – Ø 74,6/57,2 x 304,5 H mm – drawing 2807-02W1C 700 ml Vodka STD – Ø 74,6/57,6 x 304,6 H mm – drawing 2597S087  Maximum bottle diameter: 100 mm Minimum bottle diameter: 52±2 mm Maximum bottle height: 360 mm Minimum bottle height: 180 mm Minimum interior neck diameter: 18,5±0,5 mm (Ø 16 mm filling valve) Closures:      a) pilferproof aluminum screw cap – Ø 28 x H 18 mm on bottle n.