Used Preservation Facility for sale (3,047)

Condition: excellent (used), CTS Model: TW -60/9 Water-cooled temperature test chamber CTS Temperature Test Chamber Type TW -60/9 T stands for: Temperature W stands for: Walk-in -60 stands for: minimum temperature -60°C 9 stands for: 9 m³ test chamber volume Technical Specifications: Cooling unit: - Water-cooled, low noise, semi-hermetic - Stepless capacity control via electronic monitoring and control system - Environmentally friendly refrigerants R23 / R404A Control: - 32-bit controller - LCD operating panel - Digital display of set and actual values - Numeric input of set values - Fault messages in plain text - RS 232 interface - Free switching channels for external test item control Technical Performance Data: Temperature tests: - Temperature range: -60 °C to +100 °C - Temperature deviation: ± 0.1 to 0.5 K (over time) Temperature change rate, average with test specimens and under radiant heat, measured at air intake: - Heating: 1.6 K/min from -40°C to +85°C - Cooling: 1.6 K/min from +85°C to -40°C - Test item: 420 kg solar cell modules, 100% load - Radiant heat: 3000 W permanent Technical data based on ambient temperature +25 ​​°C, nominal voltage 400 V, without test specimen, without radiant heat, and without additional equipment. Dimensions: - Test chamber volume: 9 m³ - External dimensions: width approx. 4140 mm, depth 2680 mm, height 3000 mm - Test chamber internal dimensions: width approx. 1600 mm, depth 2400 mm, height 2200 mm Operating Data: - Electrical connection: 400 V +6/-10 %, 3/N, PE, 50 Hz Fjdszizdyopfx Apwogf - Rated power: 48.9 kW; Rated current: 74.9 A - Protection class: IP 54 - Cooling water connections: feed/return R1 ¼”, internal thread - Condensate drain unpressurized R1” internal thread - Weight: approx. 5609 kg Condition: used Delivery contents: (See image) (Specifications subject to change and errors excepted!) We are happy to answer further questions by phone.

Condition: good (used), functionality: fully functional, Year of construction: 2019, Used container unit, dry, watertight, already disassembled. - Year of manufacture: 2019 - Consisting of 5 x 20-foot containers = approximately 75 m² Dimensions per container: Length: 6.00 m Width: 2.50 m External height: 2.80 m Internal height: 2.50 m Insulation: Wall: 100 mm Floor: 100 mm Ceiling: 100 mm Equipment: - Entrance door - Double-leaf door - Reinforced floor - Mobile air conditioning unit - Plastic windows with insulating glass, some with tilt-and-turn function - Electric heaters - Continuous parapet - Sealing strips - Wall cladding - Ceiling cladding - Container clamps The PVC flooring is dirty and needs to be partially re-glued. Fgsdezn H Nrjpfx Apwef Loading and transport can be arranged. Only serious and legitimate inquiries will be answered, including the following information: name, email address, and telephone number.

Year of construction: 2012, condition: ready for operation (used), Production facility including built-in hob and oven molds. After-sales support and knowledge transfer will be provided. CNC Vertical Machining Center (AWEA-2003-BM850-0344); Wire EDM Machine Equipment (MICRON-SP-7-42-741); 30 KVA UPS (Wire EDM); ESC 15 Screw Type Air Compressor (ZTG2100123) and Equipment; 2K522 Radial Drilling Machine; 1K625 x 1000 Lathe; Russian-Made Planer; 3MR Milling Machine for Moldmakers; EP 190*200*50 DT Distribution Compressor Panel; Fjdpszi U U Eefx Apwsgf DK-8 Drilling Machine; Stanko Grinding Machine (Serial No. 367/185/97); Durmazlar HAP 1235 Hydraulic Press Brake (Serial No. 7010024369); 7-ton Octo-Brand Monorail Crane; 3-ton Octo-Brand Monorail Crane; 1/2-ton Monorail Crane; Angle Rebar Cutting Saw Machine; AGM 4000 INV Decoiler and AGM DSS 503 Servo Drive; CMC 2000M Decoiler and CMS S 302 Servo Drive; OMERA Hem Cutting Machine 0350i R100; 300-Ton Hydraulic Press; 200-Ton Hydraulic Press; C-Type 150-Ton Air-Clutch Eccentric Press; C-Type 120-Ton Eccentric Press; C-Type 80-Ton Air-Clutch Eccentric Press; C-Type 80-Ton Air-Clutch Eccentric Press; C-Type 60-Ton Air-Clutch Eccentric Press; 30-Ton Eccentric Press; 25-Ton Eccentric Press; 25-Ton Eccentric Press; 1/2-ton Electric Forklift; Sheet Metal Shear; Pallet Sander; Wall-Mounted Grinder; 2 Hydraulic Mold Lifting Carts; 2 Pallet Trucks; 2 Welding Machines; Mobile Welding Machines; Argon Oxygen Welding Set; PM 78 Hydraulic Pump;

Year of construction: 2026, condition: new, functionality: fully functional, machine/vehicle number: 2026, Ice water facility Fgsdpfofmciksx Apwjf L 100 model Recommended batch size up to: 30 liters Continuous output * (cooling output): 60 liters Peak cooling performance * with ice bank: 180 liters / h Ice bank: 20kg Cooling capacity (CECOMAF) t = -5 ° C: 1189 W Voltage: 230V; 50Hz Power consumption: 575W Water connection: 1/2 " Water flow at 2 bar: 8 liters / min Device dimensions L x W x H mm: 950 x 530 x 560 Weight empty / operation approx .: 60kg / 130kg Energy consumption at 100 liters: 1-2 KWh NEW device with warranty * with + 17.5 ° C inlet and + 2.5 ° C outlet. Technical changes reserved. Option: Underframe Visit us at the Milbrandt outlet shop

Condition: used, Concrete sample press for concrete and material testing Flexural strength test Fjdpfx Aoxb Nv Uepwegf Determination of compressive strength

Year of construction: 2008, condition: ready for operation (used), A mechanical centrifugal dryer B+B Anlagenbau for plastic flakes and washed materials is available. 1) Mechanical dryer B+B Anlagenbau FH 50/150-V, year of manufacture: 2008, power: 30kW, max. relative humidity: 60%, machine dimensions X/Y/Z: approx. 4050mm/1150mm/3850mm, weight: approx. 1250kg. 2) Separation tank Weiss, material: stainless steel, machine dimensions X/Y/Z: approx. 3000mm/1500mm/1800mm. The motors and slides need to be overhauled. 3) Friction separator B+B Anlagenbau FAS 40-300, power: 22kW, speed: 1470rpm, max. relative humidity: 60%, separated material: PET/PE/PP. Total system dimensions X/Y/Z: approx. 6500mm/2100mm/3200mm, design: modular, cyclones: 2/bunker, process: conveying/separation/friction drying/final dewatering. Documentation available. An on-site inspection is possible. Fgedpfjxl Eltex Apwsf

Condition: ready for operation (used), Year of construction: 1993, Underground liquid gas tank farm incl. pumps and control system The tank farm was used to store propane/butane and consists of the following tanks: 2 x 93,674 ltr. (15.6 bar, year of construction: 1993, ø 2,000 mm, storage medium: propane/butane) 1 x 79,208 ltr. (15.6 bar, year of manufacture: 1993, ø 2,000 mm, storage medium: propane/butane) 1 x 58,101 ltr. (15.6 bar, year of manufacture: 1993, ø 2,000 mm, storage medium: propane/butane) 1 x 52,145 ltr. (15.6 bar, year of manufacture: 1993, ø 2,000 mm, storage medium: propane/butane) The tanks are buried underground and each has a dome shaft and corresponding monitoring fittings. Fodpju Awitofx Apwegf The filling station incl. gas displacement line is available and installed (see photos). Five self-priming side channel pumps (Sterling, model CEHB) are installed for withdrawal. The system control is available and installed. All documentation is available.

Year of construction: 2018, condition: used, This listing is for a Grant Controlled Rate Freezer - CRF-1 The unit is in full working condition and is ready for immediate release Product Overview: The CRF-1 Liquid Nitrogen-Free Controlled Rate Freezer is designed for precision-controlled freezing and cryopreservation of biological samples, such as embryos, stem cells, mammalian cells, spermatozoa, antibodies, tissue sections, and rodent organs. Unlike conventional liquid nitrogen-based freezers, the CRF-1 is liquid nitrogen and cryogen-free, eliminating contamination risks and making it suitable for use in cleanrooms and barrier facilities. It offers superior performance in terms of cell viability post-freezing and poses no fire hazard, unlike alcohol-based systems. The CRF-1 allows for highly accurate, reproducible, and controlled freezing rates, crucial for the cryopreservation of biological samples, ensuring optimal recovery upon thawing. Key Features: Cryogen-Free Design: The CRF-1 is free from liquid nitrogen and alcohol, offering a safer, cleaner alternative to traditional freezing methods. No contamination risk, making it ideal for use in sterile environments. Precise Cooling Control: The cooling rate is accurately controlled, especially for the critical nucleation/seeding phase, which ensures consistent and optimal recovery of cells. Wide Temperature Range: Capable of cooling down to -100°C with straws, offering a broad application range for biological cryopreservation. Simple Operation: The CRF-1 operates with or without a PC, and it can log data via PC software. Cooling profiles are displayed directly and can be customized. High Versatility: Compatible with cryovials, straws, bags, microplates, and Matrix-96-well block plates, allowing for research across multiple areas like stem cell research, transgenic embryos, mammalian cells, and more. Low Operational Costs: The CRF-1 runs at approximately 1% of the cost of liquid nitrogen-based freezing systems. Safety Features: Includes an optional Un-interruptible Power Supply (UPS) for complete cycle continuation in case of power failure. Compact & Quiet: Fits neatly on a bench-top and operates quietly, making it suitable for laboratory settings. Main Applications: Transgenic embryos research Stem cell research Clinical and research samples like lymphocytes and tissue cell lines Mammalian cell preservation (e.g., cardiomyocytes, adipose, liver, muscle) Cord blood-derived stem cells Adherent cells and stem cells in microplates Fjdoxv Dz Ijpfx Apwogf Cell suspensions in numbered/barcoded arrays Robotic integration for high-throughput applications Veterinarian IVF applications Technical Specifications: Dimensions (w x d x h): 264 x 367 x 445 mm Weight: 9.8 kg Max Plate Temperature: 30°C Min Plate Temperature: -80°C (standard) or -100°C (dependent on model) Temperature Accuracy: ±0.5°C Temperature Stability: ±0.1°C Temperature Uniformity: ±1.0°C Max Cooling Rate: 10°C/min Max Temperature Stabilization Time: 5 minutes Key Benefits: Accurate and Reproducible Cooling Rates: Ensures controlled freezing rates and precise sample temperature management. Customizable Cooling Profiles: Choose from linear and non-linear profiles, or create your own tailored profile. No Cryogen or Liquid Nitrogen: Ideal for reducing contamination risk and the cost of liquid nitrogen. Low Running Costs: Estimated to cost only 1% of traditional liquid nitrogen-controlled freezing methods. End-of-Cycle Cooling Stability: Maintains a steady -100°...

Year of construction: 2014, condition: used, This listing is for a 3M Zeta Plus 16EZA Encapsulated System Holder The unit is in excellent working condition and is ready for immediate release. The 3M Encapsulated System Holder is engineered to support Zeta Plus depth filtration and related downstream purification processes with optimal ergonomics, hygiene, and operational efficiency. It is specifically designed for biopharmaceutical and biotechnology applications where sterile, high-throughput filtration is required. This system holder accommodates encapsulated filter capsules—eliminating the need for a stainless-steel housing—and offers a pivoting, ergonomic frame that enhances operator safety and eases filter change-outs. Key Features Pivoting Holder Design – The housing pivots between horizontal (waist-height) for loading/unloading and vertical for filtration mode, reducing operator strain and minimizing fluid spills during replacement. Vertical Flow Path Retained – Preserves the proven vertical flow design ideal for depth filtration with 3M Zeta Plus filters and compatibility with 3M polisher or chromatographic clarifiers. Torque-Limiter Sealing – Built-in torque limiter ensures the capsule shell is properly sealed before operation, protecting against leaks or misassembly. Encapsulated Shell Architecture – Eliminates the need for an external stainless-steel cartridge housing, thereby reducing facility clean‑in‑place (CIP) or validation overhead. Shell Options – Offers translucent polycarbonate shells for visual liquid level monitoring or polyphenylene oxide shells capable of sterilization and sanitization. Multiple Flow Configurations Supported – Enables Bottom-In / Bottom-Out and Top-In / Bottom-Out modes to optimize media usage and filter performance. Scalable Modules – Available in pilot and full-production configurations, facilitating scale‑up from lab to manufacturing scale within a unified system design. Technical Specifications Parameter Description Model / Part No. Housing 16EZA1 Flow Path Vertical flow design, compatible with multiple flow directions Shell Materials Polycarbonate or polyphenylene oxide options (sterilizable) Holder Orientation Pivoting between horizontal (load/unload) & vertical (operational) Sealing Mechanism Torque‑limiter style sealing indicator Operational Scale Supports systems from small pilot scale up to production scale (0.5 L to >2,500 L) Filtration Compatibility 3M Zeta Plus depth filters, 3M Polisher ST, 3M Emphaze AEX Hybrid Purifier, 3M Harvest RC, etc. Footprint Compact vertical footprint; reduced spatial demand in filtration suites Applications Clarification of mammalian cell cultures prior to downstream purification Protection of downstream membranes and chromatography resins via depth filtration Clarification of bacterial, yeast, or insect cell lysates Removal of host cell proteins (HCP), DNA, endotoxins, and particulates Pre‑polishing or polishing after capture chromatography Fgodpfxexl Dy Nj Apwef Viral clearance modes in downstream workflows Benefits & Value Proposition Enhanced Ergonomics & Safety – The pivoting design reduces the need to lift used capsules overhead, lowering risk of spills and operator fatigue. Lower Validation Burden – Because the system is fully encapsulated, no external housing cleaning or validation is needed in the customer’s site. Operational Versatility – Flexibility in shell types, flow configurations, and scale continuity from pilot to production. Visual Process Monitoring – Translucent shell...

Condition: used, Year of construction: 2026, CW-3000 Water Chiller for CO₂ Laser Engravers and Cutting Plotters The CW-3000 is a compact water cooling system designed for CO₂ laser engravers and cutting plotters, suitable for laser tubes with a power rating of approximately up to 80 W. It maintains a stable coolant temperature, protecting the laser source against overheating and power fluctuations. It is a simple and effective solution for achieving consistent cutting and engraving quality while reducing the risk of production downtime. The unit uses an efficient fan and heat exchanger system, making it lightweight, space-saving, and easy to integrate into existing cooling installations. Why CW-3000 improves process safety and quality Protection of laser components – stable cooling reduces temperature fluctuations inside the laser tube and minimizes the risk of thermal overload of the entire system (tube, power supply, connectors, and water circulation circuit). This ensures safer and more predictable operation. Extended CO₂ laser tube lifespan – maintaining the recommended operating temperature range helps preserve output parameters for longer and delays the need for tube replacement. Fsdoi D D Rvspfx Apwogf Improved cutting and engraving quality – stable temperature means stable laser beam power, helping achieve consistent results, cleaner edges, and fewer corrections. Continuous production operation – reduced risk of thermal alarms and cooling-related interruptions ensures a more predictable workflow. Cost-effective operation – simple construction, compact dimensions, and low power consumption make daily operation easier and help reduce maintenance costs. Applications The CW-3000 cooling system is designed for: CO₂ laser plotters and engravers used in light and medium-duty applications where repeatable quality and low operating costs are important. Advertising workshops, prototyping studios, and small production facilities where reliable cooling is required with limited installation space. Recommended operating practices Use clean coolant and regularly check the fluid level; ensure the circulation system remains unobstructed and all connections are leak-free. Provide sufficient airflow around the heat exchanger and cooling fan. Periodically clean the filter and reservoir and check the coolant flow to maintain efficiency and protect system components. Technical specifications Parameter Value Power supply 230 V Current consumption 0.45 A Cooling capacity 50 W/°C Tank capacity 9 L Connections (inlet / outlet) 10 mm Maximum operating height 10 m Maximum flow rate 10 L/min Weight 9.5 kg Dimensions (L × W × H) 49 × 27 × 38 cm Please note!!! This product is a return item with visible signs of wear and dents. No warranty included.

Condition: used, Year of construction: 2012, Overview  This complete brewhouse was manufactured in 2012 and enables the production of 1,000-liter brews. The system works with steam and includes brewing, fermentation and storage tanks. It is immediately available and is currently installed and ready for operation in the production facility. The seller confirms that the system has worked perfectly until recently. The boilers have a copper coating, while the rest of the system is made of stainless steel. Details - Wort yield: 1,000 liters per brew - Heating system: Steam - Current status: Installed and ready for operation - Availability: Immediately Scope of delivery  - Brewhouse | Mini Brewery System | CI T 10 | 2012 - 2 kettles (mash tun above the whirlpool as one unit + separate boiling kettle) - Steam boiler | Mini Brewery System | - | 2012 (electric) - Plate heat exchanger Fgedjv Da Dlopfx Apwof - Hot water tank | 1,500 L - Reverse osmosis system | ALFA | compact model | - - Capacity: 150-200 L/h - 4x Isobaric fermenter | Mini Brewery System | 1,000L | 2012 - 4x Horizontal isobaric maturation tank | DuoTank | 500 L | 2018 - Cooling jacket & bag system for optimum beer preservation

Condition: used, Year of construction: 1995, functionality: fully functional, machine/vehicle number: 18019, Manufacturer: BOILER – Peder Halvorsen A/S Type: Boiler Factory Location: Flekkefjord, Norway Power rating: 37.5 kW Voltage: 230 V Maximum pressure: 3 kp/cm² (approximately 2.94 bar or 300 kPa) Factory/Serial number: 18019 Year of manufacture: 1995 Large industrial steam-jacketed mixing kettle, commonly used in food processing facilities. Here are the features that stand out: Central stainless-steel kettle with a hinged lid, used for cooking or heating products. Two side support columns, which likely contain the drive mechanism and support the kettle for tilting. Control panel on the left with: Temperature controller/display. Fjdpfszka Tpjx Apwjgf Start/stop buttons. Several control switches (possibly for mixing, heating, and tilting). Steam exhaust/vent stack above the left side, suggesting steam heating. Outlet/valve connection on the front-right of the kettle for draining finished product. This type of equipment is commonly used for: Soups Sauces Jams and preserves Fruit pulps Dairy products Confectionery (caramel, syrups) Large-scale cooking of vegetables or meats

Condition: new, Year of construction: 2026, CW-3000 Water Chiller for CO₂ Laser Engravers and Cutting Plotters The CW-3000 is a compact water cooling system designed for CO₂ laser engravers and cutting plotters, suitable for laser tubes with a power rating of approximately up to 80 W. It maintains a stable coolant temperature, protecting the laser source against overheating and power fluctuations. It is a simple and effective solution for achieving consistent cutting and engraving quality while reducing the risk of production downtime. Fodpfxoy Sg H Ie Apwsgf The unit uses an efficient fan and heat exchanger system, making it lightweight, space-saving, and easy to integrate into existing cooling installations. Why CW-3000 improves process safety and quality Protection of laser components – stable cooling reduces temperature fluctuations inside the laser tube and minimizes the risk of thermal overload of the entire system (tube, power supply, connectors, and water circulation circuit). This ensures safer and more predictable operation. Extended CO₂ laser tube lifespan – maintaining the recommended operating temperature range helps preserve output parameters for longer and delays the need for tube replacement. Improved cutting and engraving quality – stable temperature means stable laser beam power, helping achieve consistent results, cleaner edges, and fewer corrections. Continuous production operation – reduced risk of thermal alarms and cooling-related interruptions ensures a more predictable workflow. Cost-effective operation – simple construction, compact dimensions, and low power consumption make daily operation easier and help reduce maintenance costs. Applications The CW-3000 cooling system is designed for: CO₂ laser plotters and engravers used in light and medium-duty applications where repeatable quality and low operating costs are important. Advertising workshops, prototyping studios, and small production facilities where reliable cooling is required with limited installation space. Recommended operating practices Use clean coolant and regularly check the fluid level; ensure the circulation system remains unobstructed and all connections are leak-free. Provide sufficient airflow around the heat exchanger and cooling fan. Periodically clean the filter and reservoir and check the coolant flow to maintain efficiency and protect system components. Technical specifications Parameter Value Power supply 230 V Current consumption 0.45 A Cooling capacity 50 W/°C Tank capacity 9 L Connections (inlet / outlet) 10 mm Maximum operating height 10 m Maximum flow rate 10 L/min Weight 9.5 kg Dimensions (L × W × H) 49 × 27 × 38 cm

Condition: like new (used), When producing high-quality meat products, uniform and efficient mixing is essential to achieve consistent texture and flavor. This 1500-liter paddle mixer manufactured by Karl Schnell is designed for heavy-duty industrial meat processing operations. Fgjdjx Ax Naspfx Apwsf With its large capacity and powerful paddle mixing system, it ensures homogeneous blending of meat, spices, and additives while preserving the structure of the raw material. The entire machine is constructed from high-quality stainless steel, guaranteeing durability, corrosion resistance, and maximum hygiene in accordance with food industry standards. Efficient and Reliable Operation The robust paddle mixing system provides thorough and even mixing without damaging the product structure. The machine is designed to handle large production volumes, making it ideal for medium to large-scale meat processing facilities. Its solid construction ensures stable operation with minimal vibration. The user-friendly control system allows operators to maintain full control over the mixing process. Easy to Clean and Maintain Thanks to its full stainless steel construction, the mixer is easy to clean and maintain. Smooth surfaces and accessible interior areas allow for fast and efficient sanitation, which is essential in environments where strict hygiene standards apply. Features Industrial paddle mixer Capacity: 1500 liters Fully constructed from stainless steel Heavy-duty and stable design Suitable for continuous industrial use Easy cleaning and maintenance

Condition: like new (used), The Karl Schnell Paddle Mixer with a capacity of 1500 liters is a high-performance industrial meat processing machine designed for large-scale production facilities. Built for efficiency, reliability, and consistent mixing results, this powerful unit ensures uniform blending of meat, spices, and other ingredients. With overall dimensions of 260 x 215 x 230 cm, it is engineered for heavy-duty industrial use while maintaining operational stability and safety. The machine is constructed entirely from stainless steel, guaranteeing maximum durability, corrosion resistance, and compliance with strict hygiene standards required in the food industry. Its robust paddle mixing system enables thorough and homogeneous mixing while preserving product texture and quality. The design allows easy cleaning and maintenance, making it suitable for continuous professional use in meat processing plants. Key Features: Brand: Karl Schnell Capacity: 1500 liters Heavy-duty industrial paddle mixing system Fully constructed from stainless steel Designed for large-scale meat processing Dimensions: 260 x 215 x 230 cm Fodpox Ax A Hofx Apwjgf

Condition: excellent (used), functionality: fully functional, The FDS 3000-1 Trio is an automatic fish skinning machine designed for the gentle skinning of soft, trimmed whitefish fillets and fish portions of uneven thickness. This brand’s machine has been used for years in fish processing plants around the world as a proven solution where high yield and minimal damage to the raw material are essential. Technical Specifications Manufacturer: TRIO Model: FDS 3000-1 Capacity: 40–120 fillets/min (depending on fillet size) Skinning depth: 0–10 mm Feeding method: manual Skinning method: freezing the fillet on a chilled drum; operates without stretching the skin or flesh Supported species: including hake, pollock, blue whiting, and whitefish of varying thicknesses Fsdpfozlhihox Apwogf How does the Trio FDS 3000-1 skinning machine work? The operating principle of the FDS 3000-1 is based on a unique method of “freezing” the fillet on a chilled drum. The fillet is manually fed onto the surface of the rotating drum, where—thanks to the low temperature, the force of gravity, and light pressure—it is stabilized in a flat position without compressing or excessively straining the tissue. Only in this position does the knife remove the skin, leaving as much valuable meat as possible. This method allows for shallow, controlled skinning—with a cutting depth ranging from 0 to 10 mm—which results in less discoloration, fewer skin residues on the fillet, and higher end-product yield compared to the brand’s traditional, older models. Key Advantages of the Trio FDS 3000-1 The FDS 3000-1 skinner is particularly effective when the raw material is delicate or has uneven thickness—the gentle skinning method on a cold drum reduces the risk of fillet damage and preserves its structure even when processing thawed, previously frozen products. The machine’s capacity, ranging from 40 to 120 fillets per minute depending on the size of the raw material, allows the operating speed to be adjusted to the characteristics of a specific production line. The machine’s design ensures stable, consistent skinning quality regardless of the fillet’s shape and thickness, which reduces the need for manual adjustments and speeds up subsequent processing stages. The simple, manual method of feeding fillets means that operating the machine does not require extensive staff training. Applications and supported fish species The Trio FDS 3000-1 is used for skinning soft white fish fillets and portions of uneven thickness, including previously frozen and thawed raw material. The machine is well-suited for processing species such as hake, pollock, blue whiting, and other white fish that require gentle handling during processing. Thanks to its flexibility in skinning depth, the FDS 3000-1 is suitable both for producing fillets intended for further processing (e.g., breading, freezing, smoking) and for production lines focused on maximizing the yield of high-value raw material. At BMG Trade, we specialize in the sale of machinery for the food industry, including professional fish-processing equipment such as Trio skinning machines. If you are looking for a Trio FDS 3000-1 skinning machine—whether new or a proven, used machine in good working condition—please contact us. We will help you select the right model for your product range and production scale, and we will also advise you on transportation, service, and commissioning the machine at your facility. Contact us to find out about current availability and pricing for the Trio FDS 3000-1.

Condition: used, The REX RVF 327 is a professional vacuum filler designed for accurate portioning, dosing, and filling of meat mixtures and various food products. Equipped with an integrated Busch vacuum pump, the machine efficiently removes air from the product during the filling process, helping to achieve a consistent product structure and reliable production quality. Its vacuum feeding system ensures gentle product handling while preserving texture and product integrity. The machine is suitable for the production of sausages, burgers, delicatessen products, and a wide range of food applications where precision, reliability, and continuous operation are essential. Fgedpjzgnzmjfx Apwjf Constructed entirely from stainless steel, the REX RVF 327 meets the requirements of modern food processing facilities. Its compact design and user-friendly operation make it a dependable solution for small, medium, and large-scale production environments. Technical Specifications Manufacturer: REX Technologie Ges.m.b.H. & Co. KG Model: RVF 327 Type: Vacuum Filler Power Supply: 400 V / 50 Hz Power Rating: 5 kW Vacuum Pump: Busch Vacuum Capacity: 16 m³/h Construction: Stainless Steel

Condition: excellent (used), Year of construction: 2007, functionality: fully functional, number of previous owners: 1, Equipment: type plate available, DIMA Compact 100 – Compact cooking, kneading, and molding machine for pasta filata cheese Manufacturer: DIMA Type: Compact 100 Year of manufacture: 2007 Chopping, cooking, kneading, and molding machine Capacity: ~100 kg/h mozzarella Includes: 2 sets of molds Condition: very good, hardly used The DIMA Compact 100 is a compact, batch-operated machine for the production of pasta filata cheese. It combines several processing steps in a single unit and is ideally suited for smaller production facilities as well as pilot and experimental applications. The machine performs the chopping of the cheese curd, heating, kneading, and subsequent molding of the cheese dough. By combining these process steps in a compact unit, cheese production can be made efficient while preserving the artisanal character of the production. Thanks to its space-saving design and easy operation, the system is particularly suitable for: * small and medium-sized cheese dairies * farm cheese dairies * research and development centers * universities and training institutions * catering businesses with their own cheese production Depending on the mold used, different product sizes and shapes can be produced. The machine is versatile and supports the production of various types of pasta filata cheese. Fjdpfjzidplox Apwsgf Suitable for the production of: * Mozzarella * Fior di Latte * Buffalo mozzarella * Pizza cheese * Provolone * Scamorza * Chechil * Suluguni * Ostiepok * Parenica * Oaxaca * and other pasta filata cheese specialties. Features: * Batch operation * Combination of chopping, cooking, kneading, and molding in one machine * Compact, space-saving design * Simple and user-friendly operation * Flexible production through interchangeable molds * Suitable for the production of various product sizes

Condition: used, Year of construction: 2014, machine/vehicle number: M298, Used filling monoblock AMS FERRARI 12/12/1 year 2014 The Used filling monoblock AMS FERRARI 12/12/1 year 2014 delivers a compact, integrated isobaric bottling solution for beer production in glass bottles. AMS FERRARI manufactured this model in 2014 and designed it to combine rinsing, filling, and capping into a single mechanical unit. As a result, this configuration reduces handling times and optimizes floor space in medium-scale bottling facilities. Mechanical and production configuration The Used filling monoblock AMS FERRARI 12/12/1 year 2014 includes 12 rinsing grippers, 12 filling valves, and a capping module with two heads. The machine processes containers ranging from 0.33 to 1 liter in a clockwise rotation. Consequently, it suits a variety of bottle formats common in beer packaging. It operates at a nominal speed of 1,800 bottles per hour. Moreover, the system provides a stable and continuous workflow for consistent production output. Operators disassembled the machine after it ran for approximately 200 hours, during which it bottled around 300,000 liters. Due to its low usage, the equipment shows minimal mechanical wear and preserves the integrity of key components. Production teams can, therefore, integrate this equipment into existing lines or use it as the base for new installations. In both cases, the monoblock ensures mechanical uniformity and high reliability. Fjdpjw Ag Ndofx Apwegf Rinsing section The rinsing module on the Used filling monoblock AMS FERRARI 12/12/1 year 2014 uses 12 mechanical grippers to handle the bottles. The system performs two rinsing treatments, ensuring internal sanitization before filling. In addition, the grippers support both 0.33 and 0.75 liter glass bottles, which makes the machine suitable for a wide range of beer formats. Thus, the rinsing system contributes to maintaining hygiene standards across all packaging sizes. Filling section The filling section uses 12 traditional isobaric valves with mobile nozzles. The system maintains pressure balance during filling and minimizes foam generation or CO₂ loss. This feature, in turn, protects product quality and prevents waste. Furthermore, the mechanical design ensures ease of cleaning and straightforward maintenance. These characteristics make the equipment ideal for beer bottling, where pressure control directly influences final product consistency. Operators rely on the mobile nozzle configuration to handle bottle variations with minimal adjustment. Also, the isobaric valves support repeatability across extended production cycles. Altogether, these features improve filling performance while maintaining operational efficiency. Capping section The capping module of the Used filling monoblock AMS FERRARI 12/12/1 year 2014 applies crown caps using two heads. The system supports both 26 mm and 29 mm caps and uses mechanical force to seal each bottle with consistent pressure. Unlike electronic systems, this mechanical configuration simplifies service and ensures predictable performance.

Condition: like new (used), Year of construction: 2021, functionality: fully functional, type of input current: three-phase, input voltage: 400 V, Equipment: documentation/manual, 🔧 Multivac Semi-Automated Blister Packaging Line (2021 – Unused) Complete Medical Device Packaging System – Fully Stainless Steel Available now at Used Machine Tools Ireland Ltd, this Multivac semi-automated packaging line is in as-new condition, originally installed in 2021 at a medical device facility but never used. This is a high-spec, turnkey blister packaging solution, ideal for medical, pharmaceutical, food and high-spec manufacturing environments requiring cleanroom-compatible, stainless steel equipment. This Multivac semi-automated blister packaging line (2021) includes dual T700 tray sealers, MR625 labelling system, robotic handling modules, inspection stations, and full conveyor system, designed for medical-grade blister packaging in stainless steel environments. Suitable for 150–180mm blister packs with double sealing process. 🚀 Key Highlights ✔️ As new – never used (2021 installation) ✔️ Full stainless steel construction – medical grade ✔️ Complete automated blister packaging line ✔️ Dual Multivac T700 tray sealers ✔️ Integrated labelling, inspection & robotic handling ✔️ Designed for precision medical device packaging ✔️ Includes large quantity of spare parts & tooling ⚙️ Packaging Process Overview This line is designed for high-efficiency double blister packaging: 4-place carrier tray automatically loaded with empty blister packs Manual filling of blister packs with product Tray moves to Multivac T700 Sealer #1 Automatic sealing + labelling via Multivac MR625 Cross Web Labeller Small blister packs are automatically transferred into larger blister packs (double pack) using a Multivac H242 Robotic Handler (double pack) Packs placed into 2-place carrier tray Tray moves to Multivac T700 Sealer #2 for final sealing Finished trays move to manual unloading & boxing stations via a Multivac H242 Robotic Handler Three inspection stages ensure quality control 📦 Product Size Capability Blister Pack Sizes: 150 x 150 x 70mm 180 x 180 x 80mm 🏭 Full Equipment List 🔹 Multivac Equipment 2 x Multivac T700 Automatic Tray Sealers High-performance automatic tray sealing system 1 x Multivac MR625 / MR6318 Cross Web Labeller Fully automatic cross web labelling 2 x Multivac H242 Robotic Handling Modules Automated product transfer Fgjdpoyzf Ucsfx Apwef High-speed pick & place functionality Designed for integration with packaging lines 2 x Multivac MTD351 Tray Denesters Automatic tray separation and feeding Reliable high-speed tray handling 🔹 ASYS Tecton Automation Equipment 2 x ASYS Tecton Tray Stackers 1 x Horizontal Tray Stacker (6 x 5 carriers) 1 x Horizontal Tray Stacker (4 x 5 carriers) 3 x ASYS Tecton Inspection Stations 🔹 Additional Equipment 23 x Conveyor Sections (various lengths) Multiple HMI Control Panels throughout line 13 x Stainless Steel Handling Trolleys Extensive spare parts package included 💡 Typical Applications Medical device blister packaging Pharmaceutical packaging lines Cleanroom packaging systems Double blister / sterile barrier packaging High-spec manufacturing environments 📦 Condition Installed 2021 Never used – as new condition Fully maintained & preserved Now dismantled - videos of line in operation are available Note: Specifications and information provided in each listing are supplied in good faith; however, their accuracy cannot be guaranteed. Some tables in the videos/photos are not included No printers are included

Year of construction: 2014, condition: used, functionality: fully functional, machine/vehicle number: Multiple on request, Continuous Potato Peeling Line – Tong Engineering & Sormac Equipment Fgodpfx Apsytn H Dewef This continuous potato peeling line combines reliable Tong Engineering handling equipment with efficient Sormac peelers to create a complete solution for high capacity potato processing. Designed for consistent product flow and dependable performance, the system is well suited to processors looking to streamline their peeling operation. The equipment moves potatoes smoothly from cleaning and peeling through inspection, treatment, and final product safety checks. With trusted machinery from Tong and Sormac, this line delivers both efficiency and durability in demanding production environments. Equipment Included Tong Engineering De-Stoner The process begins with a Tong de-stoner, which removes stones, soil, and heavy debris from incoming potatoes. This stage protects downstream equipment and ensures cleaner product enters the peeling process. Two Sormac Continuous Peelers The line includes two Sormac continuous peelers designed for high capacity peeling while minimising product loss. These machines efficiently remove potato skins while maintaining consistent throughput for industrial potato processing operations. Tong Engineering Surge Tank A Tong surge tank regulates product flow between processing stages. This buffer helps maintain a steady supply of potatoes through the system and prevents bottlenecks during production. Tong Roller Inspection Table The Tong roller inspection table allows operators to visually inspect peeled potatoes and remove defects. Rotating rollers spread the product evenly, improving visibility and making quality control easier. Tong Dip Tank with Dosing Unit A Tong dip tank with integrated dosing unit allows potatoes to be treated with anti-browning or preservation solutions. This step helps maintain product appearance and supports shelf life after peeling. Loma IQ3S Metal Detector The final stage of the continuous potato peeling line is a Loma IQ3S metal detector, which checks the finished product for metal contamination and helps meet food safety standards. Key Benefits Complete continuous potato peeling line for commercial processing Combination of Tong Engineering handling equipment and Sormac peelers Designed for efficient stone removal, peeling, inspection, and treatment High throughput suitable for industrial potato processing Integrated metal detection for product safety Reliable equipment built for demanding production environments Suitable Applications This equipment is ideal for: Potato processing facilities Fresh produce packing operations Ready meal manufacturers Vegetable processing plants Enquiries If you are interested in this continuous potato peeling line, please get in touch for further information, pricing, and availability. The system offers a dependable solution for large-scale potato processing. Five individual lines available We hold a wide range of new and used food processing machinery in stock, some of which may not be showing on our website. If you have any additional requirements please get in touch

Condition: used, mileage: 2,175 km, gearing type: automatic, fuel type: electric, color: red, overall weight: 3,140 kg, empty load weight: 2,360 kg, maximum load weight: 1,500 kg, lifting height: 3,010 mm, tire size: 18X7-8, number of seats: 1, first registration: 11/2015, emission class: none, suspension: other, Year of construction: 2015, operating hours: 2,175 h, total length: 2,580 mm, driver cabin: other, construction height: 2,060 mm, fuel: electricity, load capacity: 1,500 kg, The Toyota 7FBEST 15 is a used electric 3-wheel forklift truck that is ideal for internal transport in warehouses and industrial facilities. With a total approved height of 2,055 mm and a width of 990 mm, it fits comfortably into tighter warehouse areas and helps to save space. The maximum length is 2,580 mm. This truck has been in operation since November 10, 2015 and has accumulated 2,175 operating hours to date. Its electric drive ensures environmentally friendly operation, which is particularly beneficial indoors. The truck has a total approved weight of 3,140 kg. The Toyota 7FBEST 15 has been used by one previous owner and is in a well-preserved condition. The cabin has space for one operator and is in a striking red color. A detailed inspection is possible without prior appointment, and there are various loading and delivery options within Germany. Fgjdpfx Apsr Uzrgjwjf Sale only to commercial customers (agriculture, freelancers, small and large businesses) or export. Errors and prior sale reserved.

Condition: used, Year of construction: 1998, operating hours: 4,500 h, machine/vehicle number: R45, Technical Specifications & Performance Data The Used Filling Machine Elopak PURE PAK PS 20 is an efficient solution for industrial packaging needs, particularly in the beverage production sector. Built in 1998, this machine boasts a production speed of 2000 bottles per hour (bph), supporting a range of container types, specifically designed for Brik formats. Model: PURE PAK PS 20 Production Speed: 2000 bph Bottle Formats: 0.06 L, 0.25 L, 0.50 L Container Type: Brik Electrical Specifications: 380V, 50Hz, 28A Advanced Automation & Control Systems Fgsdpfx Apevguzqowjf This second hand filling machine incorporates advanced control systems that simplify the operation of the equipment. With user-friendly control panels, the machine ensures efficient performance and includes comprehensive safety features to safeguard operators during use. Control Panel: Accessible and user-friendly Automation Level: High, enhancing production efficiency Safety Features: Integral to machine design Production Line Integration Capabilities The Elopak PURE PAK PS 20 seamlessly integrates into existing production lines, thanks to its flexible design. Whether in coordination with labeling, capping, or rinsing equipment, this machine accommodates format changes with ease, offering great adaptability for multi-product flexibility. Machine Condition & Maintenance History Currently in storage, this machine remains in good condition, reflecting its history of reliable performance. Regular maintenance and adherence to operational guidelines have preserved its capabilities, making it a viable choice for cost-effective production enhancements. Operational Performance & Versatility Designed for dairy product types, the PURE PAK PS 20 excels in versatility, adeptly handling different container materials, with a specific emphasis on Brik. Its unique functionality allows it to cater to the diverse requirements of beverage production. Installation Requirements & Site Preparation Before installation, ensure your facility meets the necessary utility requirements. The machine requires 380V power, with adequate space to house its components and provide operator access for maintenance and oversight. Safety Standards & Compliance Certification This filling machine adheres to high safety standards, equipped with robust safety guards to protect operators. The machine complies with industry-standard hygiene protocols, essential for maintaining cleanliness in beverage production environments.

Condition: used, operating hours: 3,000 h, Used complete isobaric bottling line for CSD 6400 bph Technical Overview of the Line This Used complete isobaric bottling line for CSD 6400 bph produces carbonated soft drinks with a nominal output of 6400 bottles per hour. Specifically, the line handles 0.50-liter PET containers using an isobaric filling system. In particular, this technology maintains constant internal pressure during the filling process. As a result, it prevents carbon dioxide loss and ensures that the final product preserves its quality and carbonation from tank to cap. Container Compatibility and Specifications The line supports PET bottles with 18-10 and 18-81 PCO necks, which represent standard formats across the beverage industry. Consequently, operators can integrate the system into existing lines without modifying downstream capping equipment. In addition, this compatibility facilitates bottle sourcing and packaging flexibility. Furthermore, the system ensures that transitions between production batches remain smooth and efficient. Working Hours and Line Condition The machines in this Used complete isobaric bottling line for CSD 6400 bph have completed only 3000 hours of operation. In comparison to similar used systems, this relatively low usage indicates limited wear on mechanical parts. Therefore, technicians can expect excellent performance with minimal maintenance needs. Moreover, this condition makes the line suitable for facilities that require immediate deployment with limited downtime. Line Composition The process begins with a Sidel SBO4 COMPACT blow molding machine, built in 2006, which forms PET bottles directly from preforms. Then, the Simonazzi-Sidel Starblend mixer, manufactured in 2007 blends water, syrup, and carbon dioxide under pressure. Afterward, the product is managed in the Simonazzi-Sidel Bluestar filling monoblock, also from 2007. This unit includes 32 grippers, 32 isobaric filling valves, and 8 capping heads. Thanks to this configuration, the line fills and caps each bottle quickly while maintaining product integrity. Fsdpfx Aewahdqspwegf Additionally, the machine layout allows for optimal integration of automation and operator access. Notably, each module connects via pre-aligned interfaces, which streamline installation and minimize commissioning time. Altogether, these features contribute to high production efficiency and ease of maintenance. Quality Control and End of  this Used complete isobaric bottling line To guarantee packaging integrity, the line includes a Heuft inspection unit that checks bottle necks and caps for defects. Following inspection, the bottles pass through a Sidel RollQUATTRO F15 labeling machine (2007), which applies wrap-around labels at high speed with precision. Subsequently, a Cermex CP 18 AAE shrink wrapper (2006) packages bottles into multipacks using shrink film. Throughout the process, Sidel conveyors transfer bottles between stations without creating friction points or mechanical delays.

Condition: used, Year of construction: 2012, operating hours: 10,000 h, machine/vehicle number: TP109, Used Capping Machine AVE 6T up to 7000 bph The used capping machine AVE 6T up to 7000 bph delivers high efficiency and versatility for the bottling industry. Specifically, it handles medium to high-speed production lines, ensuring consistent and reliable results. Furthermore, the machine for Stelvin Lux uses six capping heads to provide precise and uniform operation throughout every bottling cycle. Moreover, its design maximizes production speed, enabling the handling of up to 7000 bottles per hour. This performance, in turn, supports businesses aiming to improve operational efficiency and maintain consistent product quality. The system supports aluminum screw caps of the Stelvin Lux type, measuring 30×60 mm. Consequently, this cap type creates an airtight seal, preserving product integrity and extending shelf life. Producers in the wine and beverage industry often choose this format for its reliability. Additionally, the machine rotates clockwise, aligning with standard bottling line layouts and reducing the need for costly modifications. Its compact design, moreover, integrates smoothly into existing production environments, even when space is tight. Fodpfx Aevgvabepwegf  Safety Features and User-Friendly Maintenance The used capping machine AVE 6T up to 7000 bp enhances safety by incorporating advanced protective features. For instance, these systems shield operators from potential risks, reducing accidents and improving workplace safety. Furthermore, the safety mechanisms allow operators to access and maintain them quickly, ensuring consistent compliance with industry standards. The technical manuals of Stelvin Lux, in addition, offer clear instructions for installation, maintenance, and troubleshooting. These guides, therefore, enable operators to resolve issues efficiently, minimizing downtime and preserving productivity. Additionally, the machine’s modular design allows technicians to replace components quickly, streamlining maintenance tasks and lowering repair costs. Current State and Electrical Requirements The machine for Stelvin Lux currently remains in storage, ready for immediate installation on a new production line. Moreover, it operates at 400 V, with a power requirement of 3 kW and a frequency of 5 Hz. Therefore, users should verify these specifications to confirm compatibility with their existing electrical systems. Furthermore, the machine’s low energy consumption supports production facilities in reducing operational costs without compromising performance. Robust Performance and Durability of Stelvin Lux Thi machine withstands demanding production environments with its durable construction. Notably, its six capping heads ensure consistent quality in every operation, maintaining high production standards. Consequently, businesses rely on this machine to meet ambitious production goals while preserving the integrity of their products. Moreover, its precision and efficiency make it a valuable asset for any bottling operation. Conclusion of teh Used Capping Machine AVE 6T up to 7000 bph The used capping machine AVE 6T up to 7000 bph offers an effective and reliable solution for bottling operations. In particular, it boosts efficiency by combining precise capping heads, strong safety features, and simple maintenance requirements. Additionally, its seamless compatibility with standard production lines and energy-efficient operation provide ...