Complete Bottling Line

Condition: ready for operation (used), functionality: fully functional, Year of construction: 2005, Fully operational block production plant equipped for both concrete and lightweight expanded clay aggregate (LECA) block manufacturing. Currently in use — production process can be demonstrated on site. Key Features: Caedowdf U Uopfx Aflea Metalika concrete mixer (2022) with integrated precise moisture sensor Many new moulds available Average production capacity: • 270 m² of pavement blocks per shift • 50 m³ of LECA blocks per shift Technical Specifications: Upper and lower vibration system 1.5 m³ ready-concrete hopper 0.75 m³ mixer with 11 kW motor 8 m³ material bunker Hydraulic power unit Water metering system Precise moisture meter Adjustable/variable production speed Automatic production pallet de-stacking and stacking Pneumatic palletizing gripper Large quantity of production pallets included Current molds in stock (size in mm): Building blocks (LECA blocks): 1) 500x300x200 2) 400x200x200 Pavement stones: 1) 200x100x50 2) 200x100x60 3) 200x100x80 4) 180x120x60 5) 180x120x80 6) 240x60x80 7) 300x300x60+300x150x60+150x150x60 8) 240x240x60+240x120x60+180x120x60+120x120x60+120x60x60 9) 300x300x80+450x300x80 Kerb stones: 1) 800x200x70

Condition: used, Year of construction: 1999, Overview The micro brewery was manufactured in 1999 by theGerman manufacturer BERAPLAN. All equipment is in good condition. A new wort copper was added in 2018.  List of equipment: 1. Mash Tun Made by Beraplan in 1999 Cylindric shape with conical ground Material: stainless steel AISI 304 Inner diameter: 2000 mm Height: 1600 mm Height conical part: 20 0mm Volume: maximum 38 Hl Double sidewall Insulation Heated by steam, which can be regulated Hot and cold water inlet at the bottom Can be emptied through the bottom 4 CIP balls PT100 2 agitators Mach pump with variable speed drive 2. Lauter Tun Made by Beraplan in 1999 Cylindric shape with flat ground Material: stainless steel AISI 304 Inner diameter: 2000 mm Height: 1200 mm Volume: maximum 37 Hl Filtering ground with trapezoidal perforations High precision valve to regulate the flow rate Hot and cold water inlet at the bottom 4 CIP balls PT100 3. Wort Copper Made by FRACCHIOLLA in 2018 Heated by steam Cleanning balls Temperature sensor Transfer pump from Alfa Laval Solid C-2 (3 kW) 4. Whirlpool Made by Beraplan in 1999 Cylindric shape with flat ground Material: stainless steel AISI 304 Inner diameter: 2000 mm Height: 1250 mm Volume: maximum 40 Hl Double sidewall CIP balls Transfer pump from Alfa Laval Solid C-2 (2,2 kW) 5. Hot Water Tank Cylindric shape with flat ground Material: stainless steel AISI 304 Inner diameter: 2000 mm Height: 2700 mm Volume: maximum 85 Hl Double sidewall CIP balls Transfer pump from Alfa Laval Solid C-2 (7,5 kW) Heated by steam with temperature regulation 6. Heat Exchanger Made by MDC (France) Plate heat exchanger double zone model: RDC 307 Capacity: 30 Hl/h from 85°C to 16°C 7. Ice Water Unit Capacity: 1000 l New pump Caedpfx Afsl Hxmdslsa

Condition: as good as new (ex-display), Year of construction: 2018, Complete powder packing system for manufacturing and filling bags up to 25kg. The plant was purchased in 2017/2018 and has never been installed. The system comprises of the following equipment: 1 x Entecon 1000L stainless-steel powder storage tank. 1 x Entecon AMC blower conveyor with control box. 1 x All-Fill S10 powder filler with agitator and outfeed (2017). 1 x Gainsborough Engineering Co. GV5 vertical form, fill and seal bagging machine (2018) fitted with Markem Imaje Smart-Date X60 thermal printer. Sealing bars - 620mm (horizontal) and 800mm (vertical). Cjdpfxevlgq Is Aflsaa 1 x Gainsborough Engineering Co. mobile outfeed conveyor. Infeed - 200mm. Outfeed - 1000mm.  1 x OCS Checkweighers GmbH HC check weigher (2017) to weigh up to 60kg. Type - HC. Weigh table dimensions - 1000mm long x 790mm wide. Footprint of full system (including space required to operate it safely) - 9m long x 4m wide x 6m high. Please enquire for more photos and technical specifications about the system. Viewings welcomed.

Condition: used, Year of construction: 2007, operating hours: 14,700 h, Labeling machine for sale with optical centering system Labeling Machine with Optical Centering System Available for Purchase: For sale is used adhesive labeling machine, boasting an advanced optical centering system. This apparatus is fitted with 8 motorized plates, each complemented with a dedicated photocell for precise optical alignment. It incorporates three adhesive assemblies, spanning 40 MT, and an intricate 4-axis adjustment mechanism mounted on a trolley. In addition, there’s a supplementary adhesive unit with 6 divisions tailored for L-shaped sealing, also on a trolley. Notably, the L-seal tools can be adjusted to cater to U-seal applications on bottle caps. Codjvlnvropfx Afloaa Technical Details for PE Labelers: The PE labeling machine is equipped with a touchscreen interface, complemented by an integrated PLC and modern electronics, all of which can be tailored to specific needs. Features include an electric lift mechanism and speed modulation via an inverter. Additionally, new touchscreen programming can be introduced, tailored to the unique requirements of the user. Automatic Labeling Machine with Adhesive Stations for Rotary Labelers: The machine’s mechanical slider, bearing the adhesive unit, has the versatility to apply diverse label types to an array of bottles. There’s a specified minimum and maximum label dimension that it can accommodate, though these parameters can be altered upon request. Positioned at the adhesive station’s end is a keypad, capable of storing configurations for up to 200 distinct label variants. Through its dedicated program and a photocell system, the adhesive station autonomously applies the chosen label format, all while synchronizing with the optical centering mechanism. Availability of the PE Labelers for Purchase: This adhesive labeling machine with optical centering is set to be available from 26/10/23 at our specialized workshops. In a fruitful collaboration spanning 25 years with one of our Italian partners, we’ve been crafting both rotary and linear labeling machines. Moreover, we offer refurbishing and modernization services for your existing labeling machines, updating them with cutting-edge 2023 electronics. Contact us today for a complimentary quote. Our support extends from the conceptual phase right through to comprehensive installation and initialization of your labeling machine, be it brand-new or a refurbished and warranted unit. We’re adept at crafting any new bottle dimensions you might require, aligned with new bottle molds you choose to incorporate into your product assortment.

Condition: used, Year of construction: 2002, Overview This self-adhesive labelling machine was manufactured in 2002 by the German company KRONES. It is part of a high-speed bottling line and will be disconnected from the production line. The machine is currently in operation and available thereafter. Technical data Labelling method: Self-adhesive Capacity: Up to 10,000 bottles/hour (line-limited, capable of 14,000 bph) Number of labelling heads: 4 Bottle formats: 1.5L 2L 2,5L Additional formats: over 20 available Csdewtna Ejpfx Afleaa

Year of construction: 2007, condition: ready for operation (used), A complete bottle filling, sterilizing, capping, labelling, cartoning and palletizing line for the wine industry is available. Bottle filling capacity: 4000 bottles/h, bottle format sets: 1l and 0.75l Schlegel/Bordeaux/Bugunder/0.5l/0.25l, sterilizer capacity: 4000 bottles/h, capper capacity: 8000 bottles/h, labelling capacity: 10000 bottles/h, capping capacity: 10000 bottles/h, carton formats: 12 and 6-bottle crates/12 and 6-bottle cartons, palletizing capacity: 1000 cartons/h. Line components: 1) Normpack Compact Form CF 670/980 carton folding machine, year of manufacture: 2000, output: approx. 650 cartons/h, 2) Stork VV-24 L.W. bottle filling machine, Year of manufacture: 1977, 3) Silmo ST XII/110 v ozone immersion bath sterilizer, year of manufacture: 1983, bottle formats: all standard wine bottles, 4) Miho LC 2000 caustic tester, year of manufacture: 2003, 5) Kapsler Robino & Galandrino Monoblocco Fenix 3, year of manufacture: 2002, 6) Syscona Unicount closure checker with counter for cork and metal closures, 7) Garnep Lebetta 4/3/18 1320 labeller, year of manufacture: 2017, including 2x wet gluing units, 3x SK units, camera system for rough alignment of bottles and domino laser for imprints, 8) Adelski PP2004 Longcap automatic capping machine, year of manufacture: 2007, 9) Adelski MCA PV 6541/1/210 AVM2104 automatic capping machine, year of manufacture: 1999, 10) Corker Bertolaso Delta, year of manufacture: 1977, 11) Carton sealing machine Normpack NCF-047, year of manufacture: 2001, including hot melt gluing unit, 12) Packaging machine Kettner Robot Junior Packer BE 2-T, year of manufacture: 1992, 13) Pallet loading machine Kettner Pressant Universal 1200, year of manufacture: 1992, 14) Crate labeling machine Weber Legi-Air 40XX, year of manufacture: 2004, 15) Dryer Okema T3, year of manufacture: 1999, 16) Carton printing machine Blum CompactLine 3. 0, number of heads: 8, printing options: double-sided, 17) Silmo 40g ozone generator, year of manufacture: 1983, 18) Schaberger glass lifting machine, year of manufacture: 1977, including new glass head, 12-bottle crate head and bottle table. Documentation available. On-site inspection is possible. Csdpfx Aevur Htofloaa

Condition: used, Year of construction: 2022, Overview The rotary filling and capping machine manufactured by Bertolaso in 2022 is currently used for vinegar production. It features 30 filling valves and 4 capping stations and operates based on the vacuum filling principle. The machine can be used with a wide range of shape-stable containers and is suitable for filling low-viscosity, non-carbonated liquids. Technical details:  Filler: 30 valves (Ø16 mm), model Olimpia 30/1050 Capper: 4 Pick & Place heads, model Sigma P&P 4/350 Bottles: 600 ml & 1000 ml cylindrical (range Ø55–95 mm, H160–360 mm) Caps: Pre-threaded plastic Output: 8,000 bph (600 ml) / 6,000 bph (1000 ml) Material: All product-contact parts in AISI 316 stainless steel Bowl: Electrically height-adjustable, mechanical float level control Features: Automatic valve opening/closing Centralized fill-level adjustment (±50 mm) Maintenance-free lifting cylinders Automated lubrication system Integrated washing/CIP system Remote teleservice via Ethernet Safety: CE compliant, transparent guards with microswitches Includes: Format parts for 600 & 1000 ml bottles; adjustable star wheels (+/- Ø55-95mm)   Cjdpfjxqz D Aex Afloaa

Condition: used, Year of construction: 1998, Used Premix PARMATEC Drinkmix 12000 l/h The Used Premix PARMATEC Drinkmix 12000 l/h, which PARMATEC manufactured in 1998, delivers high-performance beverage preparation. This machine precisely mixes water, syrup, and CO₂ to produce a final product with excellent stability. Furthermore, its modular configuration and advanced process control make it highly suitable for medium and large-scale production lines. Technical Features Codpjv Ai Hyofx Afloaa Model: Drinkmix 12000 l/h Manufacturer: PARMATEC Year of manufacture: 1998 Processing capacity: 12,000 liters per hour Main components: Base structure provides support and ensures machine stability. Water tank stores water for mixing. Syrup tank holds syrup for blending with water. Circulation pump moves the product continuously through the process line. Carbonation and mixing unit injects CO₂ and ensures complete homogenization. Storage tank stabilizes the mixed product before filling. Sanitizing transfer pump moves the sanitizing solution efficiently. Control panel houses all operational and monitoring controls. Work Cycle of the Used Premix PARMATEC Drinkmix The Used Premix PARMATEC Drinkmix 12000 l/h follows a structured four-step process that ensures accurate proportioning and thorough mixing of ingredients. DeaerationFirst, the system removes oxygen from the water to facilitate carbonation. It does this by injecting a precise amount of CO₂ before the water enters the main tank. Additionally, a specially designed nozzle creates a “rain effect” that enhances oxygen separation. As a result, the system achieves optimal preparation for the next stage. DosingNext, the deaerated water and syrup pass through micrometric valves that regulate their flow with exceptional accuracy. Moreover, the machine displays these flow rates on dedicated graduated indicators, allowing operators to monitor the process in real time. This phase ensures that the final premix meets the beverage’s exact specifications. Final Carbonation and MixingAt this stage, the system injects carbon dioxide in the first section of the heat exchanger coil. Then, a micrometric valve controls the amount of CO₂ while a flow meter displays the exact level. Immediately after injection, carbonation and final mixing take place, ensuring a uniform and well-integrated product. Finally, the last section of the coil, which operates under high pressure, forces the product to fully absorb the CO₂. Storage and StabilizationFinally, the process moves to storage and stabilization inside a pressurized tank. Because this tank operates under controlled conditions, it ensures continuous product flow to the filling machine. At the same time, it allows the necessary resting period for product stabilization. In addition, a specialized regulation system maintains CO₂ pressure at a consistent level, preserving beverage quality.

Condition: used, Used Isobaric Bottling Line for Sparkling Wine Capacity 9000 BPH Introduction ot the Used Isobaric Bottling Line for Sparkling Wine Capacity 9000 BPH The Used Isobaric Bottling Line for Sparkling Wine Capacity 9000 BPH  processes 0.75-liter glass bottles with high efficiency. Since this line handles sparkling wines, spumante, and still wines, it integrates specialized machinery that delivers precision, quality, and reliability. Consequently, it streamlines operations from bottle preparation to final palletizing, ensuring seamless production. Components of the Used Isobaric Bottling Line for Sparkling Wine Capacity 9000 BPH Bortolin Kemo DEPALTERM SP/02/V Depalletizer (2014) In the Used Isobaric Bottling Line for Sparkling Wine, the Bortolin Kemo DEPALTERM SP/02/V, built in 2014, automates the handling and sorting of glass bottle pallets. Notably, its AISI 304 stainless steel structure resists corrosion and meets strict hygiene requirements in production environments. The depalletizer uses robotic grippers to lift entire bottle layers from pallets. Meanwhile, high-resolution optical sensors monitor the container positions, synchronizing the gripping cycle with the rest of the line. CIP Procomac UNIFLUX 2000 in the Used Isobaric Bottling Line for Sparkling Wine Capacity 9000 BPH The Procomac UNIFLUX 2000 CIP system performs in-situ cleaning and sanitization of the bottling line equipment. To enhance efficiency, the system includes AISI 316L stainless steel tanks with electropolished surfaces that resist chemical detergents and sanitizing solutions. Moreover, its variable flow rate reaches 15 m³/h, ensuring efficient circulation of cleaning solutions. In the Used Isobaric Bottling Line 9000 bph the CIP system executes sequential cleaning cycles. First, it starts with a pre-rinse using demineralized water to remove large residues. Then, it washes the equipment with alkaline detergents, dissolving organic residues. Afterward, an intermediate rinse eliminates detergents before the system performs final sanitization with acidic or sterilizing solutions. Procomac 32.56.8.8 Filling Monoblock (2000) The Procomac 32.56.8.8 filling monoblock, built in 2000, serves as the core of this bottling line. It efficiently fills sparkling wines, frizzante, and still wines while maintaining product integrity. Consequently, it ensures high performance throughout the entire production process. Cedpfx Aovgvmhjfljaa The rinsing unit features 32 rotary nozzles that thoroughly clean bottles before filling. Furthermore, it supports 28mm standard necks and operates with full automation to remove impurities. The Corfill Sara Elp 32, manufactured in 2012, fills bottles with 56 stainless steel filling valves (AISI 316). Because these valves resist corrosion, they ensure accurate dosage. Additionally, the isobaric system maintains constant pressure, preserving carbonation and product quality. Since the Siemens PLC optimizes operations, it adjusts quickly to handle various product types efficiently.

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