Used Roles Paternoster for sale (295)

Condition: used, This listing is introducing 8 No Envair Mobile Isolators of different specifications currently held in our stock The units are in full working condition and ready for immediate use Envair Mobile Isolator Envair Technology is a UK-based manufacturer specializing in clean air and containment solutions for the healthcare, biotechnology, and pharmaceutical industries. Their product range includes a variety of isolators designed to provide controlled environments for handling hazardous substances, ensuring both operator and product safety. Applications Envair isolators are widely used in a variety of applications including Hospital Pharmacies: For preparation of TPN, CIVAS, and aseptic dispensing. Pharmaceutical Laboratories: Handling of HPAPIs and sterile compounding. Sterility Testing: Secure, controlled environments for product testing. R&D Facilities: Safe containment during experimental or early-stage developmen Key Features of Envair Isolators Positive and Negative Pressure Models: Envair offers both positive pressure isolators protect the product from contamination and negative pressure isolators to protect the operator from hazardous substances Compliance with GMP Standards: Many Envair isolators meet EU GMP Grade A and ISO 5 classifications, ensuring sterile, controlled environments. Customizable Designs: Envair provides bespoke solutions tailored to specific client needs, including unique dimensions and technical requirements. Advanced Containment Technology: Isolators are equipped with automated pressure decay leak tests, electromagnetic interlocks for transfer chambers, and integrated decontamination systems. User-Friendly Controls: Most units include intuitive touchscreen interfaces and PLC-based systems for simple and efficient operation. Growing Need for Containment with HPAPIs Dodpfxjxv Dhbs Addewf Demand for personalised medicines containing High Potent Active Pharmaceutical Ingredients (HPAPIs)—particularly in newer super-potent oncology, cardiovascular, and diabetes treatments—is increasing rapidly. These medicines often require shorter turnaround times, forcing pharmaceutical process manufacturers to develop faster, more agile workflows. In such high-risk, high-value settings, a GMP-compliant environment is not optional—it’s critical. It’s easy to overlook the fact that the people developing, manufacturing, and dispensing these complex drugs are at risk of exposure to harmful, sometimes lethal, compounds. Their safety is paramount, given the essential role they play in maintaining a reliable supply of advanced therapeutics. Expertise in HPAPI Handling for CMOs & CDMOs Envair has specialist expertise in helping Contract Manufacturing Organisations (CMOs) and Contract Development and Manufacturing Organisations (CDMOs) safely handle HPAPIs—even within existing non-contained facilities. Their isolator systems are designed, manufactured, and installed to meet rigorous containment performance levels below 1μg/m³ (OEB 5). Each system is custom-engineered for the specific site and process step—whether it’s weighing, mixing, milling, spray drying, or packaging. Applications Hospital Pharmacies: For preparation of TPN, CIVAS, and aseptic dispensing. Pharmaceutical Laboratories: Handling of HPAPIs and sterile compounding. Sterility Testing: Secure, controlled environments for product testing. R&D Facilities: Safe containment during experimental or early-stage development

Condition: used, Year of construction: 2025, functionality: fully functional, total height: 5,650 mm, total width: 2,777 mm, total length: 3,112 mm, Equipment: documentation/manual, safety light barrier, SHUTTLE XP500 Dodpsxvccwjfx Addowf 40 trays, 500 kg each Height: 5650 mm Ready for loading, price includes loading onto truck Reassembly on request

Condition: excellent (used), Year of construction: 2016, functionality: fully functional, total height: 13,450 mm, total width: 4,135 mm, total length: 3,092 mm, load capacity per storage section: 400 kg, input voltage: 400 V, load capacity: 400 kg, Automated Warehouse Optimization Storage System Schäfer Logimat System Type: Logimat 3625 – 815 – 13,450/400 Serial No.: 916.0480-B2 (Logimat 5) Year of manufacture: 2016 Total load capacity: 2 x 30,000 kg Load per tray: 400 kg (evenly distributed) Tray dimensions: 3625 x 815 mm Approximate number of trays: 91 units Touchscreen: 15.6 inch Shuttle dimensions (W x D x H): 4135 x 3092 x 13,450 mm Power supply: 400V-50Hz, 3L/N/PE, 24 A, 17 kVA This offer is valid unless the system is sold. Technical specifications per Logimat: - Maximum total capacity of Schäfer Logimat: 2 x 30,000 kg - Maximum tray capacity: approx. 91 trays, 400 kg each, evenly distributed - Tray dimensions: 3625 x 815 x 100 mm - Tray tare weight: 70 kg - Machine dimensions (W x D x H): 4135 x 3092 x 13,450 mm - System footprint approx.: 12.8 m² - Capacity with 91 trays: approx. 269 m², each tray approx. 2.95 m² - Average tray retrieval time: 26 sec - Maximum tray retrieval time: 26 sec - Average tray changeover time: 51 sec - Maximum tray changeover time: 72 sec - Machine weight without trays: 5,200 kg - Integrated LogiTilt - Integrated LogiPointer - Integrated LogiGate - Integrated LogiStainless Machines have been professionally disassembled and can be reassembled by the same technicians if required. Photos and videos of operation and disassembly available on request by email. Price: special export price Price: excl. VAT Dwsdpfx Aeru A Atoddjf Delivery time: in stock We have three Schäfer Logimat units available in stock. Machinehandel De Leeuw BV specializes in used paternoster systems by brands such as Kardex, Hanel/Haenel, Electrolux, Bertello, Megamat, Lista, Denocard, and automated storage systems like the Kardex Shuttle XP and XPlus systems. Machinehandel De Leeuw BV Oordeelsestraat 7 – b 5111 PA Baarle-Nassau The Netherlands

Condition: excellent (used), Year of construction: 2003, A Weland Compact Lift 2440 is now available for sale. The machine has been kept in a clean, well-maintained environment and receives annual servicing, making it reliable for many years to come. It has completed approximately 50,000 cycles so far. Typical usage is around 10,000 to 20,000 cycles per year, so this machine has seen light use. The lift is 6,000 mm high, but the height can be adjusted as needed. It is a Vertical Lift Module (VLM) that works well in warehouses with changing storage demands and can be shortened if required. Dedpfx Asxpuyuoddowf The VLM is equipped with 25 trays, making it ideal for storing taller items. Additional trays are available from Relevator if needed. Manufacturer: Weland Solutions Year of Manufacture: 2003 Model: Weland Compact Lift 2440 Height: 6,000 mm (adjustable) Width: 2,950 mm (lift) / 2,440 mm (tray) Depth: 2,950 mm (lift) / 820 mm (tray) Number of Trays: Approx. 25 per lift Maximum Load per Tray: 400 kg Electrical: 400V, 25A

Condition: used, cutting width max. 310 mm Cutting height max. 125 mm Saw blade diameter 500 mm Motor output 5,5 kW SALVAMAC LEGEND 500 – The semi-automatic under-table cross-cut saw ----- ----- Maximum cutting area: 220x125/ 260x100/ 285x80/ 310x50 mm. When sawing stacked boards h max. 100 mm. The structure is made entirely of thick-walled and reinforced throughout painted steel. Solid floor mounting system with flanged steel feet for the mounting hole. Bimanual safety cutting control in ergonomic position. Engine power of the saw motor 5.5 kW. Adjustable cutting speed via a pneumatic controller. Maximum system for weight balance and longevity. Shock absorbing system. Independent pneumatic adjustment options to adapt to different Types of processing. Durable and easily replaceable saw blade adjustment bar. HM circular saw blade, diameter 500 mm, Z=108. Pneumatic upper workpiece clamping press with electro-pneumatic control. Presser movement system using innovative ball bearings with double dust protection and automatic lubrication system. CE-compliant electrical system. The CE models must come with it as standard At least 1 meter long support plates/roller tables must be provided at the inlet and outlet. Technical data: ----- Saw cross section max. mm. 220x125, 260x100, 285x80, 310x50 Saw blade motor power: 5.5 kW Saw blade diameter: 500 mm Saw blade type: HM Z=108 Saw blade rotation speed: 2800 rpm Air consumption per cycle: 5 Nl Intake port: 1 x 120 mm / 1 x 100 mm Air pressure: 6 - 8 bar Voltage: V 400/50 Hz, 3 phase Worktop height: 900 mm +- 20 mm Color: Ral 7035 Machine additionally equipped with: ----- 2 m infeed table (right of the saw) with unpowered rollers: Painted steel frame with galvanized wheels. load capacity 230 kg, Diameter 60 mm, distance 250 mm, width 320 mm. The space between the roles is enclosed in painted steel. Including lateral guidance. 2 m outfeed table (left of the saw) with unpowered rollers: Painted steel frame with galvanized wheels. Load capacity 230 kg, diameter Dedpfx Aov Uq Tlsddjwf 60 mm, distance 250 mm, width 320 mm. The space between the rollers is of enclosed in painted steel. Includes side guide, stop guide and millimeter scale. 2 pieces of strong pneumatic stops with a width of 200 mm ----- Total price ex works: on request! ----- Image and video not original, show identical model Further options such as longer inlet/outlet, stop systems on request! (technical data according to the manufacturer without guarantee!)

Condition: ready for operation (used), Year of construction: 2022, functionality: fully functional, machine/vehicle number: 532.323/10-0, total height: 6,454 mm, total width: 6,810 mm, total length: 2,810 mm, load capacity per storage section: 180 kg, load capacity: 40,000 kg, A set of 2 Hänel Lean Lifts in a linked lift system is being auctioned here! Machine numbers: 532.323/10-0*1 & 532.323/10-0*2 Exact model designation: Hänel Lean Lift 3060-825/281/340/75/180/40HS TECHNICAL DETAILS Load capacities (each) Max. container load: 180 kg Max. number of containers: 163 Max. total load: 40,000 kg per Lean Lift (deduct container weight) Access point 1 (front side) Clear opening height: 880 mm Access height: 890 mm (standard height) Access point height to operator’s floor: 890 mm LED lighting: yes Manual sliding door: yes Light curtain: yes Access point: Optoelectronic identification system (28-fold) for precise measurement of goods height Drive and travel speed Vertical speed without container: max. 1.83 m/s Vertical speed with container: max. 0.95 m/s Horizontal speed: max. 0.5 m/s Connection: 400 V / 20 A at 50 Hz Lift capacity: 5 kW Vertical motor power: 4 kW Horizontal motor power: 0.37 kW Lift control Controller type: MP 14 N-H TFT Display: Touch display with integrated alphanumeric keypad and function key block USB interfaces: 1 Djdpfxoxr Ng Uo Addewf Serial interfaces (RS-232): 2 Ethernet interface: available, for HOST integration (communication with any ERP system) Protocol: SOAP protocol Operating mode: HostWebSOAP for warehouse management in WMS Display language: German (DE) Additional memory card: included, for S-Version (standalone) Module 00 - remote-controlled lift operation Safety equipment: special protective equipment required for remote control outside the field of view MACHINE DETAILS Unit height: 6,454 mm Unit width per system/total: 3,405 / 6,810 mm Unit depth: 2,810 mm Net weight without containers per system: 4,371 kg Container empty weight per system: 2,275 kg Electrical data Phases: 3 Frequency: 50 Hz Voltage: 400 V Current consumption: 10.2 A Minimum cable cross-section of power supply: 2.5 mm² at 9.6 A Maximum fuse rating of power supply: 20 A / 400 V Colour: Pearl grey EQUIPMENT - Hänel Pick-o-Light-Vario (2-axis movable LED light field for colour-marking the requested item) - Height sensors for automatic fill height recognition and height-optimized storage - Hänel slot wall: 131 usable shelf profiles, slot profile 75 mm, container usable heights: 55 - 730 mm in 25 mm increments - High-Speed Generation for increased vertical and horizontal travel speeds - ESB Package: Redundancy system consisting of 8 integrated safety circuits + 2nd safety circuit

Condition: used, operating hours: 500 h, Used Water Complete Bottling Line Flat Drinks 300 bph 18.9L CapSnap The CapSnap Adapta Series is a modular integrated bottle washing, filling, and capping system. It is the perfect solution for medium-sized HOD water bottling operations. Designed for adaptability – these machines can be configured to handle both 3-Gallon and 5-Gallon bottles. This complete system effectively handles 300 – 600 BPH. Dedjvgud Sepfx Addjwf Manufacturer: CAP SNAP – Portola – USA Year of production: 1999 (completely refurbished in 2015 and since then it has worked only 500 hours) Capacity: 300 bph Required energy sources: air 6 bar, power 40 kW, cleaning water supply 2 bar and filling water supply Line composition: Semi-automatic cap removal device: This device is used to remove caps from bottles. Entrance conveyor: On this conveyor belt, the bottles are manually placed. Prewash with cold water through nozzles: This is the first stage of washing, using cold water. Wash with warm water and detergent through nozzles: This is the second stage of washing, which uses warm water at 50°C with detergent. Rinse with cold water and disinfectant through nozzles: This is the last washing stage, which uses cold water and disinfectant. Bottle filling outlet conveyor: The bottles are filled here, two at a time. UV Filter: The water is filled through a UV filter, which is built into the water inlet of the bottle. Transport of filled bottles to the capper: Here, the bottles are transported from the filler to the capper. Dosage caps through disinfectant on the bottle: Here, the caps are disinfected and ready to be put on the bottles. Bottle cap cylinder: Here the bottle cap is applied. Output conveyor: From here, the bottles are manually loaded onto pallets. Each part of this system has a specific role in the process of bottle filling, and all together they form a functional production Used Water Complete Bottling Line.

Condition: like new (used), Year of construction: 2020, operating hours: 100 h, functionality: fully functional, machine/vehicle number: - NS8S1600U, 1x Unit NS 8S1600U + NSAC2000 (Air Conditioner Unit). This technology enables the development and manufacturing of very homogeneous nanofibre membranes for technical industrial filtration and medical device production components (API). The compactness and porosity of the nano-fibre membrane make it suitable for surface filtration and microfiltration. The membrane's use considerably increases filtration efficiency and prolongs the filter's service life (number of regeneration cycles). The Nanospider TM technology is also suitable for the production of nano-fibre membranes permeable to vapours for clothes. We design the resulting nanofiber layer according to the type of application and the desires of our customers. Production capacity of 20,000,000m2/year for PA6 on cellulose, basis weight: 0,03 g/m2 Dwjdpjxmhb Hefx Addof Possibility of individual formatting of the width of the output role (up to 1600 mm). Inspection Protocol from June 23, 2025, when the technology was tested by Elmarco, the original producer.

Condition: used, Year of construction: 2006, functionality: fully functional, machine/vehicle number: 06007153/001, total height: 6,050 mm, total width: 3,380 mm, total length: 3,074 mm, load capacity per storage section: 210 kg, construction height: 6,050 mm, input voltage: 400 V, Automated Warehouse Optimization Storage System KARDEX Shuttle XP500 System Type: SHUTTLE-XP-500-3050x864 Control: C2000, with B/W OP2000 display Serial Number: 06007153/001 Year of manufacture: 2006 Total load capacity: 2 x 33,550 kg Load per tray: Medium: 205 kg (evenly distributed) Tray dimensions: 3050 x 864 mm Number of trays: 36 units (more or heavier trays available upon request) Shuttle dimensions (W x D x H): 3380 x 3074 x 6050 mm (Height adjustable to available space) Power supply: 3/N/PE400 V, 11 A, 50/60 Hz, 4.9 kVA This offer is valid as long as the system is unsold Technical details per Shuttle: - Maximum total capacity of the KARDEX Shuttle XP: 2 x 33,500 kg - Maximum tray capacity: 36 trays, Medium: 210 kg each, evenly distributed; more or heavier trays can be ordered. - Tray dimensions: 3050 x 864 mm - Machine dimensions (W x D x H): 3380 x 3074 x 6050 mm - System footprint approx.: 10.39 m² - Storage capacity with 36 trays: approx. 95 m², each tray approx. 2.64 m² - Electronic volume measuring system with 25 mm grid on the display - Access opening with sliding doors for protection of personnel and stored goods - C2000 Control System, with B/W OP2000 display - LED anti-glare lighting above access point - Toothed-belt drive for minimal noise - Toothed-belt drive for fastest order picking - Shelf spacing adjustable in 25 mm increments by configuring support profiles, ideal for high-density storage - Weight management system monitors the load per tray - Includes light pointer Dedpfjxq Tbtox Addjwf Price: On request only by e-mail Price: excluding VAT, including transport and installation Delivery time: from stock Machinehandel De Leeuw BV specializes in used paternoster systems from brands such as Kardex, Hanel / Haenel, Electrolux, Bertello, Megamat, Lista, Denocard, and automated storage systems such as the Kardex Shuttle XP and XPlus systems. Machinehandel De Leeuw BV Oordeelsestraat 7-B 5111 PA Baarle-Nassau The Netherlands

Condition: used, Used KHS Bottling Line Up to 19000 bph for 1.5L Soft Drinks Introduction to Efficient Bottling Technologies Initially, the soft drink industry continuously seeks efficient and reliable bottling solutions to meet the growing demand. Consequently, this industry’s dynamic nature necessitates high-capacity, technologically advanced bottling lines. Therefore, the KHS Bottling Line up to 19000 bph, with a capacity of up to 19000 bottles per hour (bph) for 1.5L PET containers, offers an exceptional solution. Moreover, it incorporates state-of-the-art technology to ensure a seamless and high-quality production process, which is crucial for businesses aiming to enhance their production efficiency. Comprehensive Component Overview of the KHS Bottling Line up to 19000 bph Dwodjvgt Ipspfx Addef Firstly, the line comprises a series of specialized machinery, each designed for specific stages of the bottling process. Beginning with the Blow Molding Machine, model BLOWMAX 10 from 2009, it plays a pivotal role in the initial stage of PET container efficiency of the KHS Bottling Line up to 19000 bph and precision in bottle formation are unmatched. Ensuring the production line’s smooth operation. Subsequently, the Box Tipper and Air Conveyors, both produced in 2009, are designed to transport containers gently and accurately to the next stage, preventing any potential damage or disruption in the workflow. Filling Technology of the KHS Bottling Line up to 19000 bph Central to the KHS Bottling Line up to 19000 bph is the Filling Monoblock, model INNOFILL DRV from 2007. Which employs isobaric filling technology. This advanced system is designed for the precise and consistent filling of carbonated soft drinks, a critical aspect of maintaining product integrity and meeting the industry’s stringent quality standards. Furthermore, the technology of the KHS Bottling Line up to 19000 bph ensures that each bottle is filled accurately, with minimal waste, and with maximum efficiency. Ensuring Product Quality Importantly, quality control is paramount in the bottling process. This KHS Bottling Line up to 19000 bph includes two advanced Inspectors, models INNOCHECK FHK and INNOCHECK ETK, introduced in 2007. The former focuses on inspecting containers to ensure they meet all required specifications before filling. In contrast, the latter of the Khs Bottling Line up to 19000 bph examines the labeling process. Ensuring that each product is correctly labeled and meets visual quality standards. These quality control measures are essential for maintaining the high standards expected in the soft drink industry. Labeling and Final Packaging of the Khs Bottling Line up to 19000 bph After filling and quality inspection in the KHS Bottling Line up to 19000 bph, the Labeling Machine, model INNOKET NEO from 2007, provides flexible and precise labeling solutions. This stage is crucial for product identification and branding in the competitive soft drink market.

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 Dwjdsvgvwmjpfx Addjf 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. 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, Year of construction: 2005, Used Blow Molding Machine SMIForm SR8 year 2005 12000 bph Djdpfx Adovv E Hiodowf The Used Blow Molding Machine SMIForm SR8 year 2005 12000 bph efficiently delivers continuous production in the bottling sector. Manufactured in 2005, this machine currently operates and, importantly, remains available for on-site inspection until March 2025. Technical Features of the Used Blow Molding Machine SMIForm SR8 year 2005 12000 bph This SMIform machine, model SR8, features 8 cavities for bottle formation. Consequently, this configuration produces 12,000 bottles of 0.5 liters per hour. For larger formats, such as bottles of 1.5 liters and 2 liters, it achieves a production speed of 9,600 bph. Moreover, the 18-81 bottle neck type guarantees compatibility with a wide range of caps and closures, making it adaptable to diverse production needs. Thus, this standard ensures precise sealing and airtight closures.. Main Components of the Used Blow Molding Machine SMIForm SR8 year 2005 12000 bph This SMIform machine integrates a preform loader, a preform elevator, and a preform orientator, which work in harmony to provide an automated and efficient feeding process. Preform loader: This component loads preforms from the storage area or initial container and transfers them seamlessly to the elevator system. Consequently, it ensures continuous feeding without manual interruptions. Preform elevator: The elevator lifts the preforms from the lower level to the machine’s operating level, ensuring a continuous flow to the orientator and minimizing downtime. Therefore, production proceeds smoothly. Preform orientator: The orientator positions and aligns each preform correctly before inserting them into the blow molding cavities. Additionally, using mechanical guides or vibrations, it prevents misaligned preforms from entering the process. The integrated tipper tilts and discharges large quantities of preforms, typically stored in containers or boxes, in a controlled manner. Subsequently, the tipper feeds the preforms into the production line, maintaining a consistent flow while preventing overloads and blockages. By automating this process, the tipper reduces manual handling and significantly increases safety and productivity. The unscrambler plays a key role in separating and aligning the preforms before their insertion into the blow molding cavities. Specifically, by applying rotation and vibration, the unscrambler ensures optimal positioning, minimizing errors and machine stoppages. Hence, the combined action of the tipper and unscrambler maximizes production line efficiency and guarantees product quality. Furthermore, the machine’s rotary configuration facilitates continuous and stable production, which is ideal for high-intensity manufacturing. Its rotary technology, as a result, distributes heat evenly during the blowing process, ensuring high-quality output. Safety and Documentation The blow molding machine includes technical manuals and safety protections.

Condition: used, operating hours: 2,001 h, Used Bottling Line for baby powder milk 18000 cphs The bottling line for baby powder milk at 18,000 cans per hour operates as a fully adutomated system that ensures high efficiency and precision. Each machine in this line optimizes production flow, reduces waste, and meets the strict quality standards required in the food sector Key features of the Used Bottling Line for baby powder milk 18000 cph Depalletization The process starts with the Jorgensen depalletizer (2000), an advsanced system that handles preformed cans. This machine integrates a Siemens S7 PLC and Danfoss frequency converters, enabling precise production flow management. Additionally, the system includes an empty pallet collection station and an infeed buffer for 5 pallets, which facilitate continuous processing without interruptions. Rinsing machine Next, the cans move through the air rinsing machine, which removes particles and impurities using a high-pressure compressed air jet. This process prevents contamination while maintaining optimal hygienic conditions before filling. As a result, the product remains safe and meets regulatory requirements. Scoop Placement machine in this bottling line for baby powder milk The scoop placement machine (Hoppmann, 2014) plays a critical role in ensuring the accuracy of scoop insertion. This machine, which has a capacity of 360 scoops per minute, features a high-capacity buffer hopper, dedicated conveyor belts, and an automated insertion unit. Consequently, it places scoops with exceptional precision in each can. Filling machine The powder filling machine (Mannesmann Dematic / Colby Powder Systems, 2000) performs the filling process efficiently. This machine employs a dual-stage weighing system with automatic feedback, allowing precise dosage adjustments. The CRF 24H model reaches a maximum capacity of 300 cans per minute for 99 mm cans and 150 cans per minute for 127 mm cans. Moreover, the Mettler Toledo Garvens scale (2020) ensures weight conformity, enhancing production consistency… Production Capacity The line accommodates various filling capacities, making it highly versatile: 400-gram cans: up to 18,500 cans per hour. 800 / 850 / 900-gram cans: up to 10,200 cans per hour. Pre-seamers In this used line for baby powder milk, following filling, the can bottom unpacker and pre-seamer prepare the cans for final sealing. The Siemens S7 PLC integrated into the system ensures precise control. Additionally, the Ferrum pre-seamers (2000), with models F504EC for 127 mm cans and F505EC for 99 mm cans, provide strong adhesion before the final sealing step.d Quality Control Dodpevzxgyjfx Addewf To guarantee product integrity, the high care room control station supervises all production stages. Equipped with a PLC and production management software, this station allows operators to monitor and adjust processes as needed.

Condition: used, Year of construction: 2008, Used Revised Sipa Rotary Blow Molding Machine 2008: A Comprehensive Overview Are you in the market for a reliable blow molding machine? Look no further than the used Sipa Rotary Blow Molding Machine 2008. In this article, we will delve into the details of this machine, exploring its features, specifications, and benefits. Whether you are a seasoned professional or just starting in the industry, this article will provide you with valuable insights into the Sipa SFR8. Table of Contents Introduction Overview of the Sipa Rotary Blow Molding Machine 2008 Features and Specifications Benefits of the Sipa SFR8 Applications Maintenance and Care Tips for Choosing a Used Machine Safety Features and Manuals Current State and Availability 1. Introduction Blow molding machines play a crucial role in the production of various plastic containers. The Sipa Rotary Blow Molding Machine 2008, also known as the SFR8, is a popular choice in the industry. It offers efficiency, precision, and versatility, making it an excellent investment for manufacturers. Let’s explore its features in detail. 2. Overview of the Sipa Rotary Blow Molding Machine 2008 The Sipa Rotary Blow Molding Machine 2008 is manufactured by Sipa, a reputable company known for its innovative solutions in the packaging industry. This machine, specifically the SFR8 model, was introduced in 2008 and has gained recognition for its exceptional performance. 3. Features and Specifications The Used revised Sipa Rotary Blow Molding SFR8 comes with a range of features and specifications that make it stand out in the market: Year: 2008 Manufacturer: Sipa Model: SFR8 Speed: 12000 BPH (Bottles Per Hour) Containers: PET (Polyethylene Terephthalate) Formats: 0.50 L Additional details of the machine include: No. of cavities: 8 Preform loader: Yes Preforms tipper: Yes Dwjdpfx Aovgufieddof Preforms unscrambler: Yes Compressor: Not stated Chiller: No Preform neck type: 1810 Air recovery system: Yes Type: Rotary 4. Benefits of the Used revised Sipa Rotary Blow Molding SFR8 Investing in the Used revised Sipa Rotary Blow Molding offers several advantages: Efficiency: With a speed of 12000 BPH, the machine ensures high productivity and optimized production cycles. Precision: The SFR8 provides precise molding capabilities, resulting in consistent and high-quality bottles. Versatility: It accommodates PET containers and supports the format of 0.50 L, making it suitable for various industries and applications. Reliability: Sipa is known for its durable and reliable machines, minimizing downtime and maintenance costs. Innovative Features: The machine incorporates advanced features such as preform loaders, tippers, unscramblers, and an air recovery system for enhanced efficiency.

Condition: used, Year of construction: 2001, Used Isobaric Filling Triblock VIMERCATI 28-48-8 Year 2001 Firstly, the VIMERCATI 28-48-8 bottling system, created in 2001, is notably advanced for the bottling industry, especially for isobaric filling. This document meticulously offers a comprehensive analysis, focusing on its detailed specifications and also covering its application in beverage filling. Production Capacity and Versatility Moreover, the triblock boasts a capability of processing 8000 bottles per hour (BPH). It’s exceptionally efficient for a variety of PET container formats: 0.50 L, 1.0 L, 1.5 L, and 2 L. Such unparalleled flexibility meets diverse production needs and adapts to changing market demands seamlessly. The filling monoblock has the following speed for each formats: 1,5 L – 7500 bph (If filling sparkling water) 1,5L  – 6500 bph (if filling CSD) Dwodpfevgt H Sex Addef 0,5 L – 8000 bph Rinsing Component of the Filling Triblock Vimercati 28 – 48 – 8 Additionally, it features 28 grippers for thorough container treatment. This essential stage ensures containers are impeccably clean before the filling process. It adeptly removes any residues and contaminants, ensuring the utmost hygiene. Isobaric Filling Furthermore, forty-eight valves are meticulously equipped for the filling process, employing the isobaric method. This innovative technique maintains a constant internal pressure, which is critical for preserving quality in carbonated beverages such as sodas and sparkling water. Fixed-type nozzles ensure precise and uniform liquid distribution, significantly minimizing the risk of oxidation and CO2 loss. Capping of the Filling Triblock Vimercati 28 – 48 – 8 Similarly, eight heads are utilized to apply plastic screw caps, specifically the type 1881. This step guarantees that containers are sealed airtight, thereby preserving the integrity of the product efficiently. Current Conditions and Logistics Currently, in storage, the triblock measures 3250 mm by 3500 mm by 2900 mm and weighs 6000 kg. Its clockwise rotation facilitates effortless integration into existing production lines, which promotes significant workflow optimization. In conclusion, the used isobaric filling triblock VIMERCATI 28-48-8 from 2001 combines efficiency, versatility, and technical precision in a remarkable manner. It is suitable for various container formats and incorporates advanced isobaric filling technology, making it a valuable asset for bottling companies striving for the highest quality and hygiene standards. This thorough analysis underscores the critical role of such machinery in enhancing beverage production processes effectively.

Condition: used, Year of construction: 2000, Used doy pack filling machine Bossar B 2500 Introduction and Structural Composition In the landscape of technical solutions for packaging, the used Bossar B 2500 doy pack filling machine emerges as an advanced piece of equipment, thanks to its construction features and high-level functionality. Starting from its configuration, the Bossar B 2500 is a horizontal machine, specifically the B2500 L/STU-1 model. This designation is not accidental but indicates its ability to operate with a horizontal arrangement, fundamental for certain types of packaging and to maintain consistent production efficiency. This filling line works in various formats, from 200ml to  1l. A crucial part of its architecture is the choice of stainless steel for the entire base of the automatic machine. This not only provides significant corrosion resistance but also a rigid and robust structure, which is indispensable in an industrial environment where equipment durability and resistance to various mechanical stresses are essential. Djdpfx Adovgubqjdjwf Sensing Technology and Power System of Used Doy Pack Filling Machine Bossar B 2500: The Used doy pack filling machine Bossar B 2500 integrates an advanced sensing system, the photo sensor, which plays a vital role in ensuring precision during the filling process. Its function is to verify the correct position of the packaging material, preventing errors that could lead to waste or production defects. This technology represents a qualitative leap compared to traditional methods, offering greater operational reliability. In tandem with the sensor, we find the exit conveyor belt. This component is no less important, as it manages the flow of consumables through the machine, ensuring that there are no interruptions or malfunctions that could compromise the entire production cycle. Its presence is further testimony to the technical sophistication of the Bossar B 2500. Versatile Dosing Systems and Applications Continuing the examination, we reach the heart of the filling process: the dosing system. This system, in particular the piston dispenser, is calibrated to deliver a precise volume of product in each cycle. This ensures consistency of dosage and integrity of the final product. The dispensing nozzles are specific to liquid products, while the nozzle tips are designed to handle paste products, underlining the machine’s ability to handle a variety of materials. Film edge correction is another technical feature that distinguishes this equipment. This functionality is essential to maintain the correct tension and alignment of the packaging film throughout the entire process. The reason is to prevent damage and anomalies. Conclusion and Final Considerations The Used doy pack filling machine Bossar B 2500 is not just an assembly of mechanical components. It’s the result of years of innovation in the field of doy pack filling machines. It is important to note that Bossar, the original manufacturer of this line, was recently acquired by another company called SIG.

Condition: used, Used Line for Oil Production ALFALAVAL up to 1500 kg/h The continuous cycle olive mill operates as a complete system, producing oil with a capacity of up to 1500 kg/h. Moreover, each component features high-quality materials, primarily stainless steel, ensuring durability and compliance with hygiene regulations. Dwedpfxsvgu U Dj Addef Loading and Washing System To begin with, the bin tipper feeds olives onto a conveyor belt, maintaining a continuous and consistent flow toward the washing phase. Subsequently, the washer with leaf remover separates leaves and impurities effectively. In addition, the stainless steel Alfa Laval washer with an integrated cyclone cleans the olives thoroughly. Meanwhile, a hopper and screw feeder deliver the olives to the crusher, preserving their quality through stainless steel construction. Crushing and Paste Transfer After washing, the stainless steel hammer crusher Rapanelli, mounted on a steel frame, crushes olives uniformly at a capacity of 25 q/h. Then, a pump transfers the paste to the malaxers, which play a crucial role in the process. Furthermore, six stainless steel tanks, each holding 600 liters, malax the paste. As a result, pneumatic valves control loading and unloading, while inspection windows provide a clear view of the process. Notably, anti-condensation doors, coded green for loading and red for unloading, enhance functionality. Decanter and Separation At this stage, the Alfa Laval decanter 716B-11G processes 12-15 q/h of paste. Consequently, the decanter separates oil and water into a stainless steel tank while a vibrating screen removes residues. Additionally, pumps handle the transfer of water and oil, and an 11-meter stainless steel screw conveyor moves the pomace through a hopper. Moreover, two Alfa Laval centrifugal separators (models 407-AGT and 507-AGT) refine the oil with high efficiency. Automation and Control On the automation side, the system relies on an electrical cabinet that automates and supervises operations. For this reason, a dedicated Touch Screen PC enables operators to monitor every phase of the process in real-time. Accordingly, this advanced control system minimizes manual intervention, ensuring precision and smooth operation. Operating Conditions The Used Line for Oil Production ALFALAVAL is running smoothly for the current campaign. Furthermore, its modular design and durable materials ensure longevity and simplify maintenance. Meanwhile, stainless steel piping preserves the oil’s organoleptic properties and prevents contamination. In conclusion, the Used Line for Oil Production ALFALAVAL up to 1500 kg/h provides an efficient and complete technical solution for producing high-quality oil.

Condition: used, operating hours: 40,000 h, Krones Contifeed Preform Feeder The Krones Contifeed preform feeder is designed for the precise and efficient feeding of PET preforms into the blow molding machine. It operates using a roller sorter system that gently handles preforms of various sizes, ensuring they are properly aligned before entering the blow molder. The Contifeed system offers quick and infinitely variable adjustments, allowing it to accommodate different preform types and sizes with minimal manual intervention. The system is available in three different lengths to match the output of the blow molding machine and includes options for automatic adjustment, making it highly flexible and adaptable to different production requirements. The design also includes features like automatic troubleshooting and easy access for maintenance, ensuring high operational efficiency​. Krones Preform Check Inspector The Krones Preform Check Inspector is a sophisticated, inline inspection system designed to ensure the quality and integrity of PET preforms before they enter the blow molding process. Recognizing that the quality of the final bottle is heavily dependent on the condition of the preform, this system plays a critical role in maintaining high production standards and reducing waste in bottling operations. Dsdpfjvgvl Rsx Addswf The Preform Check Inspector utilizes advanced vision technology, incorporating high-resolution cameras and specialized lighting to conduct a comprehensive analysis of each preform. As preforms pass through the inspection station, they are subjected to multiple checks that assess various quality parameters. These include detecting surface defects such as scratches, dents, or contaminants, as well as identifying dimensional inaccuracies like ovality or variations in wall thickness. One of the key features of the Preform Check Inspector is its ability to perform 360-degree inspections. This is achieved by rotating each preform in front of stationary cameras, allowing for a complete examination of the entire surface area. This comprehensive approach ensures that even minute defects, which could compromise the integrity of the final bottle, are reliably detected. The system is also equipped with specialized software algorithms that analyze the captured images in real-time. These algorithms are calibrated to distinguish between acceptable variations and actual defects, minimizing false rejects and ensuring that only preforms that truly fail to meet quality standards are removed from the production line. This precision contributes to optimal material utilization and cost efficiency. Integration with the overall production line is seamless, as the Preform Check Inspector can communicate with upstream and downstream equipment to synchronize operations. In the event of detecting a defective preform, the system can trigger reject mechanisms to remove the faulty item without interrupting the flow of production. Additionally, the system’s data logging capabilities allow for tracking defect rates and identifying patterns, which can be invaluable for quality control and process improvement initiatives.

Condition: used, Year of construction: 2007, Used Blow Molding Machine Sipa SFR 16 Assessment of Heating System and Preform Feeding Firstly, a comprehensive evaluation of the entire oven system is imperative, encompassing turning-over ramps and tension wheel guides, to ensure an efficient and seamless bottle forming process. Evaluation of Transfer Arms and Cams of the Sipa blower An indispensable aspect pertains to the scrutiny of transfer arms and cams. These components play a pivotal role in maintaining a continuous and uninterrupted production flow. Furthermore, meticulous inspection of their functionality is essential to uphold the quality and precision of the blow molding process. Condition of Molds and Stretching Mechanism Equal emphasis is placed on assessing the condition of molds and the stretching mechanism. The accuracy and integrity of the molds are pivotal in producing flawless, high-quality bottles. Consequently, conducting a thorough assessment of these components is essential to ensure optimal machinery operation. Examination of Water and Air Circuits in the Sipa blower Subsequently, the integrity of water and air circuits, integral components for preform cooling and pressure control during the blow molding process, is scrutinized. Ensuring proper circulation of water and air is crucial for maintaining stable working conditions and guaranteeing the quality of the final product. Technical Specifications and Additional Details In terms of technical specifications, pertinent details are provided regarding available SKUs and the weight of PET preforms per SKU. Specifically, for 0.5 L, the weight is 14 g, for 1.0 L, it is 26 g, for 1.5 L, it remains at 26 g, and for 2.0 L, it ranges from 29-31 g. It is important to note that the existing molds of the Sipa blower will not be supplied with the machine; replacement is at the discretion of the buyer. Additionally, the preform neck is specified as Corvaglia 28. Further technical details include the identification of the electrical cabinet and Command panel PLC of the Sipa blower as Siemens S7, along with the total number of cavities, which amounts to 16. Main observations on blowing machine Oven and the Preform in-feed Condition of the Following:  Oven, Turning-over ramps _ guiding and tension wheel  Heating modules, Oven ventilation and Cooling shields  Transfer arms and Cams  Moulds and Stretching mechanism  Water and Air Circuits All these are in great conditions  Number of SKUs and PET preform weight per SKU 0,5 L: 14 g Dwjdpovgvtuefx Addof 1,0 L: 26 g 1,5 L: 26 g 2,0 L: 29-31 g The existing molds will be supplied along with the machine. Current bottle drawings can be supplied as well. You will replace them if you want something different. Preform Neck Alaska 3-start Electrical cabinet and Command panel PLC: Siemens S7, great overall condition

Condition: used, Year of construction: 2006, Used Syrup Room up to 6000 L/h Components of the Syrup room: 1. Electrical control cabinet. 2. Sugar receive tank 200 l 3. Sugar dissolving tank 8000l 4. Sugar filtration 5. Sugar syrup pump 6. Heat exchanger (syrup cooling) 7. Sugar syrup tank I 6000 l 8. Sugar syrup tank II 6000 l 9. Tank for emulsions, concentrates, aroma adding 200l 10. FISCHER pasteurizer for syrup and juices 6000 l/h 11. All pumps, pipes Introduction to the Used Syrup Room up to 6000 L/h Initially, the “Used Syrup Room up to 6000 L/h” emerges as a pivotal asset in liquid processing. Since its inception in 2006, this powerful machinery has led the forefront of syrup production. Boasting a notable capacity of 6000 liters per hour, it serves as an epitome of high-efficiency operation. Currently, it rests in storage, eagerly awaiting integration into its next productive chapter. Core Machinery Components Central to the syrup room’s functionality, the electrical control cabinet stands out. This crucial unit guarantees precise automation of the entire syrup-making process. Subsequently, the journey begins with a 200-liter sugar receive tank. Following closely, an 8000-liter sugar dissolving tank plays an indispensable role, ensuring each batch meets the highest quality standards. Filtration and Cooling Moreover, sugar filtration acts as a critical juncture, aiming to eradicate impurities and guarantee a pristine syrup output. Concurrently, a dedicated pump aids in the efficient transfer of syrup between stages. Furthermore, a sophisticated heat exchanger steps in, crucial for maintaining the syrup at ideal processing temperatures. Storage and Flavoring Additionally, the setup includes two voluminous 6000-liter tanks for syrup storage, designed with both capacity and easy access in mind. Also, a versatile 200-liter tank accommodates emulsions, concentrates, and flavor additions, providing essential flexibility in production. Notably, the FISCHER pasteurizer, with its 6000 L/h capacity, plays a pivotal role in ensuring both syrup and juice safety, solidifying product quality before the final bottling stage. Integrated System Readiness Djdpovgvxdjfx Addjwf Moreover, the inclusion of all necessary pumps, pipes, and valves—as showcased in the accompanying visuals—underscores the system’s operational readiness. This comprehensive assembly ensures a seamless transition to active production, fostering a smooth and efficient workflow throughout the syrup preparation process. Conclusion of the Used Syrup Room up to 6000 L/h In summary, the “Used Syrup Room up to 6000 L/h” represents a holistic approach to syrup production. Featuring advanced technological components, it underscores a commitment to efficiency and product quality. Therefore, its adoption into a manufacturing environment promises to significantly elevate operational capabilities, positioning it as a valuable investment for any forward-thinking beverage production enterprise.

Condition: used, operating hours: 4,800 h, Used SIG Combibloc – like new Aseptic line for dairy and juice – advanced technical configuration The used SIG Combibloc processes dairy products and juices in 65 ml, 125 ml, and 200 ml formats. Notably, the line achieves a nominal output of 26,500 packs per hour. Furthermore, the manufacturer has fully packed the line for immediate shipment, and it has only completed 4800 working hours. It is in near-new condition. Therefore, this line presents an excellent opportunity for rapid deployment. Sterilization and aseptic filling system The line features a hydrogen peroxide (H₂O₂) supply and concentration control system, installed in 2023. This unit plays a crucial role: it sterilizes the carton packs before filling, ensuring that aseptic conditions are met according to the strictest standards. Immediately following sterilization, the process continues with the SIG Combibloc CFA 1224 aseptic filling machine, also installed in 2023. This machine includes all original accessories. In 2024, the operator added a conversion kit, which significantly increases the filler’s speed while still maintaining sterility and reliability. As a result, the line performs at higher throughput without sacrificing safety. These two modules together form the technical core of the Used line like new brand SIG Combibloc. Consequently, they deliver consistent, controlled, and efficient operation across multiple formats. Accessory application and primary packaging After filling, the system proceeds to the Geyssel 533 automatic straw applicator (2023), which applies straws to the packs. This function is especially important for consumer-oriented formats, particularly those designed for children or on-the-go consumption. Next, the line transfers products to the Meurer tray packer for SIG formats (2023). This machine groups the filled packs into stable trays for handling and distribution. Subsequently, the process reaches the HTW450 double stacker tray packer by SIG Combibloc, installed in 2024, which stacks trays in two levels. Thanks to this configuration, the system maximizes storage efficiency and simplifies palletizing. Altogether, these machines ensure smooth downstream flow, as well as effective primary and secondary packaging. Flow management and conveying In addition, the line includes a Meurer HSP 4 – S KF accumulator (2023), which regulates product flow between modules and prevents bottlenecks. This feature proves essential during high-speed operations or brief downstream interruptions. Likewise, the Meurer conveyor system (2023) transfers packs smoothly between each station. Since all modules are synchronized, the line operates without unplanned downtime. Moreover, this modular architecture allows for future upgrades if production requirements increase. Djdpfx Aewc Ucroddjwf Technical conclusion of the Used line like new brand SIG Combibloc In summary, the Used line like new brand SIG Combibloc offers a comprehensive aseptic packaging solution for both dairy and juice products.

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. Dwedpfx Adewr T Ewodjf 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. 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 Filling Line for Sparkling Wine PROCOMAC Up to 6000 BPH Condition and Capacity Dwodjvgt I Aepfx Addef Firstly, the filling line reaches up to 6000 bottles per hour (BPH), standing as an efficient solution for companies aiming to optimize their bottling processes. Currently stored, moreover, this line offers versatility in handling different glass container formats, specifically 0.375 L, 0.75 L, and 1.5 L, for both sparkling and still wines. Additionally, the isobaric filling technology ensures product integrity throughout the process. Key Components of the Used filling line for sparkling wine PROCOMAC up to 9000 bph The system comprises several key machines. Initially, the TMG depalletizer, model VEGA 60 from 2004, handles empty bottles. Following this, the Procomac filling monoblock, model 56 8 8 141 from 2004, integrates filling stages into a compact solution. Furthermore, the Bertolaso capping machine, model EMN 550/350 from 1995, ensures each bottle is sealed correctly. Cleaning and Maintenance Essential for maintaining quality and hygiene, moreover, the Procomac CIP (Cleaning-In-Place) system, model 92.003.657 from 2004, allows for effective and automated cleaning of the equipment without disassembly. This aspect is crucial to ensure the longevity and efficiency of the filling line. Automation and Labeling Moreover, automation plays a key role in the line’s efficiency. Conveyors move bottles from the depalletizer to the exit of the triblock, highlighting the importance of uninterrupted workflow. Subsequently, the Kosme labeling machine, model EXTRA ADHESIVE 720 12T S3 E3 CE from 2006, applies labels accurately, ensuring a consistent and professional brand image on the final product. Packaging Final packaging is managed by TMG machinery: the ORION case erector from 2008 prepares cardboard cases, while the TM90S case sealer from 2004 closes and seals the cases, ready for distribution. These final steps are vital to ensure that the finished product is presented and protected adequately for transport. Performance of the Used filling line for sparkling wine PROCOMAC up to 9000 bph Lastly, the line displays versatility in performance, with a nominal speed of 6,000 BPH for sparkling wine in the 0.75 L format and 9,000 BPH for still wine in the same format. This flexibility demonstrates the adaptability of the used PROCOMAC sparkling wine filling line to different production needs, making it a valuable solution for any winery.

Condition: used, Used aseptic filling line Tetra Pak A3 FLEX 1000SQ 7000 l/h General description of the line The Used aseptic filling line Tetra Pak A3 FLEX 1000SQ 7000 l/h provides an industrial configuration specifically designed for the sterile filling of liquid food products. It particularly suits sensitive items such as UHT milk and fruit juices, which require controlled processing environments. Moreover, the system operates with 1-liter square containers and reaches a production capacity of 7,000 liters per hour. As a result, it ensures high microbiological quality standards. In this configuration, each machine plays a critical role in maintaining aseptic conditions from filling to final packaging. Aseptic filler Tetra Pak A3 FLEX At the heart of the Used aseptic filling line Tetra Pak A3 FLEX 1000SQ 7000 l/h, the Tetra Pak A3 FLEX filler (version 100V), manufactured in 2004, performs aseptic filling using an integrated sterilization system, microbial barrier, and precise dosing mechanisms. Consequently, it processes pasteurized or sterilized products intended for extended shelf life and keeps them intact without requiring refrigeration. Furthermore, the filler maintains a sterile environment throughout the entire cycle. In addition, it ensures consistent product dosing and eliminates variability in filling performance. As a result, manufacturers can rely on this equipment to meet strict food safety requirements. Aseptic capper Tetra Pak TCA88 The line also includes the Tetra Pak TCA88 capper, built in 2006. This module applies plastic caps to filled containers using induction or mechanical systems that ensure hermetic sealing in an aseptic environment. Moreover, the capper synchronizes precisely with the filler to ensure uninterrupted operation. In contrast to conventional systems, this integration significantly reduces the risk of contamination after filling. In the same way, the TCA88 includes built-in quality control functions that verify each cap’s position and torque. Meanwhile, Tetra Pak designed the unit with safety features such as interlocked guards and error monitoring systems, ensuring full compliance with industry standards. Cardboard packer TCBP70 in this used aseptic filling line Tetra Pak Dwedowkux Njpfx Addof The Tetra Pak TCBP70 packer, manufactured in 2007, manages secondary packaging. This automatic system forms and fills corrugated cartons using wrap-around or preformed box configurations. Similarly, it operates with fully electronic controls that allow real-time adjustment and monitoring. Therefore, the machine supports flexible packaging layouts and rapid format changes. In addition, the TCBP70 includes safety systems such as light curtains and emergency stop devices. For example, if an operator enters the guarded zone, the system halts automatically to prevent accidents. As a result, the packaging process remains both efficient and secure. Industrial applications and operational benefits The Used aseptic filling line Tetra Pak A3 FLEX 1000SQ 7000 l/h targets producers in the dairy and beverage industries who require aseptic packaging capabilities.

Condition: used, Year of construction: 2013, operating hours: 17,900 h, Used WrapAround Packer BAUMER year 2013 Introduction Within the intricate landscape of bottling technology, the Used WrapAround Packer BAUMER 2013 emerges as a beacon of excellence. Crafted by the renowned manufacturer Baumer, this machine embodies reliability and adaptability, tailored to meet the multifaceted demands of modern production lines. Dwodpfx Adsvgvuledef Unrivaled Performance of Packer Baumer Wraparound At the heart of its prowess lies an impressive speed of 1500 boxes per hour, a testament to its unwavering commitment to efficiency. This speed not only ensures heightened productivity but also maintains the integrity of packaging with meticulous precision. Accompanied by a repertoire of 10 available formats, the machine seamlessly transitions between diverse container types, offering unparalleled operational flexibility. Prioritizing Safety and Reliability In the dynamic realm of industrial machinery, safety remains paramount. Thus, the Used WrapAround integrates cutting-edge safety features, safeguarding operators in their daily endeavors. Complemented by comprehensive manuals and accessible revisions, it assures optimal functionality and streamlined maintenance protocols, minimizing disruptions to production flow. Strategic Operations Management for Packer Baumer Wraparound In the quest for operational excellence, intelligent management systems play a pivotal role. Fitted with a state-of-the-art Siemens S7 PLC, this machine orchestrates operations with finesse, ensuring reliability and adaptability in equal measure. Moreover, the availability of spare parts mitigates downtime, underscoring its commitment to uninterrupted productivity. Optimal Dimensions for Versatile Deployment Navigating the spatial constraints of modern facilities demands a judicious balance of performance and compactness. The Used WrapAround Packer BAUMER 2013 strikes this balance impeccably, with dimensions meticulously tailored for seamless integration into diverse workspaces. With a length of 11248 mm, a width of 2458 mm, and a height of 2670 mm, it offers adaptability without compromising stability, weighing in at 5300 kg. Culmination: Redefining Bottling Excellence In summation, the Used WrapAround Packer BAUMER 2013 stands as a testament to innovation and precision in the realm of bottling technology. Its amalgamation of unrivaled performance, steadfast reliability, and intuitive adaptability redefines industry standards, offering a compelling solution to elevate production efficiencies. With each operation, it reaffirms its position as a cornerstone of technological advancement in the dynamic world of bottling.