Used Filler Separator Classifier for sale (7,203)

Condition: good (used), Oil-water separation system for compressor condensate. Height: 1000 mm Ledpfx Aezqc Uvscfeaf Width: 500 mm Depth: 500 mm Weight: approx. 20 kg Condition: good, second-hand

Condition: good (used), Max. External Dimensions: Diameter: 580 mm Height: 1160 mm Ljdpfx Aozqc E Uocfoaf Weight: approx. 50 kg Condition: good, second-hand

Condition: used, Year of construction: 2023, operating hours: 100 h, machine/vehicle number: R91, Used SRAML RBB-LT300 bag in box filler machine - Year 2023Technical Specifications & Performance DataThe Sraml RBB-LT300 is a compact, single-head Bag-in-Box filling machine engineered for reliable hot-fill applications in beverage production. Designed for industrial packaging environments, this unit supports a wide range of bag sizes and delivers consistent, hygienic fills that meet modern quality expectations. As part of a used bottling line or as a standalone filler, it offers dependable throughput and straightforward integration with downstream packaging machinery.Manufacturer: SramlModel: RBB-LT300Year: 2023Production speed: Up to 260 bags/hour (at 5.0L)Formats: Compatible with 3.0L to 20.0L Bag-in-BoxFilling heads: 1Neck/fitment: VitopPower: 1.5 kWVoltage/Frequency: 400 V / 50 HzDimensions (L x W x H): 930 mm x 1170 mm x 2090 mmWeight: 120 kgAdvanced Automation & Control SystemsThe RBB-LT300 is built for efficient, repeatable operations with simplified operator controls and process reliability. It includes an integrated buffer tank to stabilize product flow and a CIP attachment point to connect with plant cleaning systems, supporting hygienic operation and reduced changeover downtime. Quick mechanical adjustments enable efficient format transitions across supported bag sizes without complex tools.Integrated buffer tank for stable product feedingCIP attachment for streamlined cleaning integrationHot-fill oriented design suitable for juice applicationsOperator-friendly controls for setup and run modesConsistent dosing accuracy with a single filling headProduction Line Integration CapabilitiesThis Bag-in-Box filler can operate as a standalone station or be integrated into a complete second hand or new industrial packaging line. It pairs naturally with case/box handling, carton erecting, packing, and palletizing solutions. The machine’s footprint and utilities make it straightforward to position upstream of sealing and boxing stations in beverage production environments.Standalone or inline operationCompatible with Bag-in-Box downstream equipmentFlexible format range from 3.0L to 20.0LIdeal for integration in used bottling line upgradesMachine Condition & Maintenance HistoryManufactured in 2023 and showing under 100 operating hours, this unit presents as a late-model, low-use filler. It is functional and ready for operation, offering a near-new alternative for producers seeking dependable performance without the lead times of new equipment.Low-use machine with under 100 hoursFunctional and ready for operationRecent manufacturing year supports long service lifeOperational Performance & VersatilityOptimized for hot-fill beverage production, the RBB-LT300 handles Bag-in-Box applications for products such as apple juice and similar liquids... Laedpfx Acszrgrnjfef

Condition: new, Year of construction: 2024, machine/vehicle number: 5.3495.0, Kaeser Oil/water separator Type: Aquamat CF 6 Tested and certified condensate treatment The AQUAMAT treatment system enables the compressor operator to carry out condensate treatment in-house, thereby greatly reducing the amount remaining for disposal. An AQUAMAT can save approximately 90% of the costs associated with arranging for the full volume of condensate to be treated and disposed of by a specialist contractor, therefore the initial investment is very quickly recovered. Technical data Suitable for max. compressor delivery volume 3.8 m³/min (using: Sigma Fluid MOL or S 460; for Kaeser rotary screw compressors in climate zone 2*) Receiver volume 18.6 l Fill volume 11.7 l Condensate inlet connection 2 x G 1/2 Water drainage connection (hose diameter) DN 10 Net weight approx. 5.8 kg Permissible condensate temperature +5 to +60 °C Dimensions (W x D x H) 387 x 254 x 595 mm Specifications subject to change without notice. Factors such as compressor type and oil type must be taken into consideration when selecting AQUAMAT condensate treatment systems. Lasdpov Ta D Dofx Acfsf

Year of construction: 2019, condition: new, machine/vehicle number: 1C331151, Oil/water separator DONALDSON Ultrasep Superplus UFS-SP10 Nominal compressor capacity (based on 1 bar absolute and 20 °C, depending on compressor design and lubricant): 120 m³/h Connection: G 1/2" Volume of the container: 25 liters Lasdpfedbwf Sjx Acfjf Volume of the pre-adsorber: 0.9 liters Volume of the effective activated carbon adsorber: 3.2 liters

Condition: ready for operation (used), Year of construction: 2015, HANDTMANN VF-620 F,P,A + grinder drive PCK-4 The machine after technical inspection. 3 months warranty for parts. Machine with clipper socket. Machine with loading. Instrumentation: grease, grease gun, rotor key, funnel key, holding device key, scraper, set of funnels and technical documentation. THIS MACHINE IS CURRENTLY UNDERGOING A GENERAL OVERHAUL, WHICH WILL END IN APPROX. 6 WEEKS – IF YOU DECIDE TO PURCHASE, PLEASE MAKE A 15% ADVANCE PAYMENT – BECAUSE THERE IS A VERY LARGE INTEREST IN THIS MACHINE Laedpfew E D Susx Acfef WE INVITE YOU TO VIEW THE MACHINE WOLF-GRINDER GD-93-3 - HOLDING DEVICE HV 414 - EXTRA OPTION

Condition: used, Year of construction: 2007, REF: MM6439 Ledpjza Eyujfx Acfjaf Wick und Schaefer GmbH flow-meter rotary filler set up for 500ml PET sports cap filler with bottle cap Infeed/sorter and bottle cap tightener. Manufacturer - Wick und Schaefer GmbH. Model - MIN.FM.Servo. Date of manufacture - 2007. 2-stage filling - stage 1 is main fill and stage 2 is final top up fill. With attachment for CIP. Previously used for vitamin enhanced flavoured water. Overall dimensions - 3600mm long x 2130mm wide x 2300mm high.

Condition: used, Year of construction: 1977, Manufacturer: BOSCH – STRUNCK Lasdjx R Diwopfx Acfjf Model : FKL A 06 Year: 1977 Type: Automatic filler Plunging filling heads Filling pumps per set: 6 units 1 group of pumps up to 100 ml 1 group of pumps up to 200 ml Piston stroke adjustment: mechanical Motor power: 0.37 kW Laminar flow Filling head storage system withclosed circuit for cleaning. Machine dimensions: 100 x 80 x 245 cm Video in running condition available

Condition: used, Year of construction: 2024, machine/vehicle number: M333, Used SIG Combibloc Filling Line – 26,500 BPH Technical Specifications & Performance Data This SIG Filling Combibloc HMR - 7478 is engineered for high-efficiency aseptic filling in small-format packaging. Manufactured in 2024, it combines reliability with precise dosing for demanding beverage production environments. Designed within the SIG-2 Combibloc ecosystem, it integrates advanced sterilization and high-speed handling to support continuous industrial packaging operations on a used bottling line or second-hand installation. Line Volume Speed Equipment Description Year of Manufacture SIG-B HMR - 7478 65ML, 125ML, 200ML 26500 H2O2 Supply System, Concentration Check 2024 Filling Machine CFA 1224 & Accessories 2024 CONVERSION KIT FOR FILLER SPEED UP 2025 Lodpfx Aozdipuocfjaf Manufacturer: SIG Model: HMR - 7478 Rated Speed: 26,500 BPH Fill Volumes: 65 ml, 125 ml, 200 ml Sterilization: H2O2 system (SIG COMBI 2024) System Compatibility: SIG-2 Combibloc 1224 filler platform Upgrades: Filler speed-up conversion kit (SIG-2 2025) Formats: Compatible with 0.065L, 0.125L, 0.2L package sizes Advanced Automation & Control Systems The Combibloc leverages SIG engineering for controlled aseptic operation. The H2O2 sterilization module, updated in 2024, enables reliable decontamination of packaging pathways, while synchronized drives and servo-controlled movements maintain accuracy at high throughput. Operator interfaces, including a modern HMI touchscreen, are designed for intuitive changeovers and monitoring, supporting stable runtime in industrial packaging applications. Integrated safety logic and interlocked stainless steel guards protect operators and ensure hygienic operation during beverage production. Production Line Integration Capabilities Built for seamless line integration, the Combibloc interfaces with upstream and downstream equipment across SIG-2 Combibloc systems and compatible packaging machinery. It supports inline operation with conveyors, accumulation, and downstream secondary packaging. Quick format change principles accommodate small-size ranges from 65 ml to 200 ml, enabling fast product switches and efficient SKU management in complex used bottling line layouts. Machine Condition & Maintenance History Configured as a high-tier solution suitable for immediate integration, the unit is aligned with SIG-2 Combibloc filler standards and includes the available H2O2 system upgrade. A speed-up conversion kit (2025) is installed for enhanced capacity. This filling Combibloc presents...

Year of construction: 2023, condition: used, functionality: limited functionality, GÜNTHER - SPLITTER TWIN WAVE The Günther SPLITTER Twin Wave is a screening/separation machine designed for materials that are difficult to screen, especially coarse, wet, sticky, or contaminated substances. It is used to separate material based on grain size and to remove unwanted components such as stones, clay, mixed waste, or unshredded material. The machine is particularly suited for construction material recycling and processing, especially for mixed construction waste, excavated soil, as well as stones and earth. The twin-wave design keeps the material longer on the screening deck, helping to better dislodge adhering or clay-heavy components. Lasdpjy N Rlvefx Acfjf

Year of construction: 2009, condition: used, functionality: fully functional, machine/vehicle number: 001-2009, MAPSFERA 1 09 METAL SORTING LINE, consisting of a vibrating feeder, conveyor belt, head magnetic pulley, and eddy current separator, designed for efficient automatic separation and recovery of ferrous and non-ferrous metals in industrial recycling applications. • Manufacturer: MAPSFERA • Model: 1 09 • Configuration: vibrating feeder + conveyor belt + magnetic pulley + eddy current separator • Application: separation of ferrous and non-ferrous metals from mixed waste streams Lasdpezbtrzefx Acfsf • Status: available for inspection • Current condition: dismantled / stored The system is designed for continuous industrial operation in material recovery and recycling plants, enabling highly efficient metal sorting from mixed input streams. The vibrating feeder ensures a controlled and uniform material flow, while the conveyor system transports the material through the various separation stages. The head magnetic pulley removes ferrous metals, and the eddy current separator allows for the effective separation of non-ferrous metals such as aluminum and copper, improving overall recovery rates and material purity.

Condition: ready for operation (used), Straight filling line Suitable for cans and jars Ljdpfx Acey A Tkzjfoaf Shower filler for brine, oil etc.

Condition: ready for operation (used), Diameter range: 45–100 mm Laedpsyyq E Rsfx Acfef Height range: 20–115 mm Volume: 0–1000 cc Production capacity: up to 100 pcs/min

Condition: ready for operation (used), Can diameter range: 52 mm – 99 mm Can height range: 50 mm – 140 mm Number of pockets: 15 Capacity: up to 200 cans per minute Lajdpfjyyq D Hsx Acfof

Condition: ready for operation (used), Diameter range: 45 – 100 mm Height range: 20 – 115 mm Laedpfxeyyq I Es Acfjf Production capacity: up to 150 pcs/min

Condition: excellent (used), Year of construction: 2020, functionality: fully functional, 16-head rotary filling machine with 2 checkweighers year: 2020 Ledpozlhy Hsfx Acfsaf

Condition: ready for operation (used), - Diameter range: 45–100 mm Laodsvy Tvmepfx Acfsf - Height range: 20–115 mm - Production capacity: up to 60–120 cpm Several can sizes / formats available.

Condition: ready for operation (used), Suitable for: Lodpfx Aceyxpqcsfeaf - Food: fluid and viscous products such as sauces, tomato sauces, pâtés, mayonnaise, ketchup, dressing - Chemicals: pesticides, detergents, fertilizers, herbicides, paints, varnishes - Cosmetics: shampoos, creams, shower gels, oils, lotions Piston filler with 4 volumetric filling heads, with upward dispensing Manual cap placement by operator Automatic capping unit Incl. 80-liter heated tank with mixer Up to 2,000 bottles per hour

Condition: ready for operation (used), Can diameter range: 60 mm – 125 mm Can height range: 50 mm – 140 mm Number of pockets: 18 Capacity: up to 300 cans per minute Lajdpeyyq D Tefx Acfsf

Condition: excellent (used), Year of construction: 2018, functionality: fully functional, WOLFF - Sand separation and washing plant Laodoy N Rtyopfx Acfof

Condition: excellent (used), Year of construction: 2014, functionality: fully functional, total length: 1,300 mm, total width: 900 mm, total height: 21,500 mm, For sale: VEMAG HP COEX Filler machine The machine is in perfect working condition. It includes a lifting device for casings. It is used for the production of processed meats in casings. No. 17200111, manufactured in 2014. 3-phase; 50/60Hz; Power 1.3kW; Air quantity 1/min; SCCR-5kA rms; E-diagram 172890001c Weight: 253 kg Lsdjzqr Ncepfx Acfoaf Net price: 19,900 Euros.

Condition: new, Year of construction: 2026, Cyclone Dust Separator with Waste Container and Vacuum Hose Included The cyclone dust separator with waste container and vacuum hose is a practical solution designed for efficient dust extraction in woodworking workshops and industrial environments. The separator allows two machines to be connected simultaneously, improving the efficiency and convenience of the dust collection system. The dust separation process is based on centrifugal force. Extracted dust particles are separated from the airflow and collected in containers located beneath the cyclone. The separator efficiency reaches 90–95%, significantly reducing the amount of dust reaching the filtration system. Device description Metal separator housing, Metal waste collection container, Mobile base, Ergonomic handle, Viewing window for checking the container fill level, Quick-release clamps for easy bag installation. Ljdpfx Asvu Uugjcfeaf The cyclone must be connected to a fan or dust extraction system. Operating principle In the cyclone separator, contaminated air enters the cylindrical chamber and begins to rotate. Due to centrifugal force, heavier particles suspended in the airflow are pushed toward the outer walls of the chamber. As they lose speed and kinetic energy through contact with the cyclone walls, they fall downward under the influence of gravity and collect in the container. The lightest sawdust particles are then captured by the filter cartridge and directed into the collection bag, while cleaned air exits through the sides of the filter. Technical specifications Parameter Specification Tank capacity 118 L Bag dimensions Ø500 x 850 mm Inlet diameter 125 mm Inlet adapter diameters 1 x Ø125 / 2 x Ø100 mm Outlet diameter 125 mm Outlet adapter diameter Ø125 mm / Ø100 mm Weight (net/gross) 24 / 26.5 kg Overall dimensions 785 x 508 x 1545 mm Note: The fan, dust extractor, and Ø100 mm hose are not included in the set.

Condition: new, Year of construction: 2026, The magnetic separator is an industrial device designed for continuous purification of coolants and oil-based fluids from ferromagnetic particles generated during machining processes. In closed-loop systems, it effectively removes metal chips and fine particles from the working medium, stabilizing cooling and lubrication parameters while reducing wear on pumps and installation components. Magnetic coolant separator – key benefits in maintaining clean machining fluids In production environments, coolant operating in a closed circulation system is constantly exposed to metallic contamination. Ferromagnetic particles act as an abrasive material – accelerating pump wear, causing deposits in channels and nozzles, and reducing the stability of the lubricating film. As a result, the risk of surface scratches increases, machining quality decreases, and downtime related to filtration and coolant replacement becomes more frequent. A magnetic separator for machining fluids solves this problem by automatically and continuously capturing metal particles without interrupting the production process. This allows the working medium to maintain consistent operating parameters, while the cooling system remains stable even under intensive working conditions. What do you gain by implementing a magnetic separator in a coolant system? Continuous coolant cleanliness – without the need to stop production. Protection of pumps and circulation components by reducing abrasive particle contamination. More stable machining quality (fewer scratches and improved process repeatability). Extended coolant service life and reduced disposal costs. Lower failure rates and reduced maintenance costs of filtration systems. Improved waste management – automatic removal of collected chips outside the working area. Why is magnetic separation more effective for removing ferromagnetic particles? Unlike traditional mechanical filters, which require periodic cleaning and may experience reduced flow due to filter clogging, magnetic separation operates continuously with minimal maintenance requirements. A magnetic coolant separator removes ferromagnetic particles consistently, maintaining stable fluid flow and high machine availability. Design and operating technology Lodpfxjycc Rpo Acfoaf The device has been designed to mechanically and continuously separate metallic contaminants from process fluids. The main working element is a stainless-steel magnetic drum, which rotates and attracts ferromagnetic particles from the flowing coolant. The collected contaminants are then removed and transported outside the working area. The removal of collected particles is carried out by a shaft system: Magnetic shaft – responsible for capturing and holding metal particles during the separation process. Rubber-coated pressure shaft – stabilizes the removal of contaminants and assists in directing them into the waste container. Standard equipment Magnetic separator with stainless-steel magnetic drum Rubber-coated pressure shaft Working tank Electric drive Technical specifications Parameter Value Width of rubber-coated pressure shaft 140 mm Diameter of rubber-coated pressure shaft 65 mm Width of magnetic shaft 140 mm Diameter of magnetic shaft 110 mm Inlet connection 50 mm Outlet diameter 53 mm Motor power 0.25 kW Capacity up to 25 l/min Weight 35 kg

Condition: like new (used), The can seamer is the machine used to hermetically seal the lid to the can body before sterilization. Depending on the product, sterilization can also be performed before filling. The can is sealed by deforming and subsequently overlapping the metal layers of the can body and the lid through compression. The result is a type of hook between the two, which achieves a hermetic seal and, consequently, the airtightness of the container. This sealing requires a rubber gasket (sealing gasket) inserted into the rim of the lid to achieve the most effective bonding of the metal layers. Production will depend on the format and the product to be sealed. Lajdpfezbi Nisx Acfjf

Condition: like new (used), TT9CW DOYPACK FILLER AND SEALER Features: * 2-stage thermal sealing process * Double-piston dosing valve * Liquid dispenser with vacuum function * Pouch material: laminated pouch * Pouch type: flat pouch, stand-up pouch (doypack) PRODUCT FILLING: * Suitable for product types: sauces, etc. - Dense (solid) Ledpox S Ibmofx Acfeaf - Liquid And also suitable for: - Solid products - Powders DOYPACK pouch dimensions: - Length: 100 mm - 250 mm - Width: 80 mm - 150 mm - Minimum filling: 50 g - Maximum filling: 350 g Output capacity: up to 90 pouches/min (depending on product) It is equipped with three sealing heads (2 thermal, 1 cooling). Station 7: First sealing head The first mechanically driven sealing head ensures pouch closure. The sealing area is Teflon-coated for easy access and quick replacement. Sealing time and pressure are adjustable via the control panel. Each sealing bar features an independent temperature controller. Station 8: Second sealing head The second mechanically driven sealing head provides an additional sealing process. The sealing area is also Teflon-coated with easy access for rapid changeover. Sealing time and pressure are adjustable via the control panel. Station 9: Third cooling sealing head The third mechanically driven sealing head stabilizes the pouch seal. The sealing area is Teflon-coated with easy access for fast replacement. Sealing time and pressure are adjustable via the control panel. *Production output may vary depending on pouch size and the type of product being filled.