Used Pentair Südmo Gmbh Membrane Filtration Module (4 Skids, Each With 18 Membrane Modules) for sale (105,355)

Condition: used, Year of construction: 2015, Pentair BMF-Skid (with 18 modules) for beer filtration. Ideal for expanding existing systems or setting up a new filtration system. Additional title: Beer Membrane Filtration (BMF) Max. capacity: 100 hl/h filtrate, depending on beer quality Flow rate: 330 m3/h un-filtrate pump Flow pressure: 1 bar un-filtrate pump Number of modules: 18 pcs. Length: approx. 5500 mm Width: approx. 1500 mm Operation / Control: ProfiBus connection to a central PLC Base construction: Module frame-mounted Ljdpfx Aijw Ea Ekoqshl Features: 1 x BMF Skid, with 18 membrane modules; filtrate pump

Year of construction: 2014, operating hours: 30,000 h, condition: used, functionality: fully functional, machine/vehicle number: 20526471, Laboratory Twin Screw Extruder – Coperion ZSK 26 Mc18 (40 L/D) with a 26 mm screw diameter Lhsdpoyhd Dbsfx Aiqel Featuring all the characteristics of the ZSK Mc18 series, this extruder is ideal for formulation development and compound sampling, as well as for manufacturing small compound batches of up to approximately 180 kg/h. Compared to the previous model ZSK 26 Mc, the new laboratory extruder enables throughput increases of up to 100%, owing to the torque having been increased to 15 Nm/cm³. The extruder is mobile and space-saving as the control cabinet is integrated into the machine’s base frame. Heating and cooling systems are installed and operational (plug & play). Machine No.: 20526471 Year of manufacture: 2012 Operating hours: approx. 30,000 h Condition: Used, in operation Technical specifications: Extruder type: Twin screw extruder Model: ZSK 26 Mc18 Process length: 40 L/D Drive power: 36.9 kW Power supply: 3 × 400 V (−10 % / +6 %), 50 Hz ±2 % Barrel configuration: E-0-0-S-0-0-1-0-V-0 Output: approx. 150–200 kg/h, depending on formulation, raw material, and required product quality Applications: Highly filled compounds, masterbatch applications Suitable for processing: LLDPE, LDPE, HDPE, PP, PPR, PS, ABS, PET, and biopolymers Scope of delivery Gravimetric feeding system: - K-Tron gravimetric feeders - 1 × pellet feeder - 1 × powder feeder (twin screw design) Side feeding / degassing: - 1 × side feeder ZS-B25 - 1 × vacuum side degassing unit ZS-EG25 Vacuum system: Busch vacuum pump Plastex MI 0120 B 222 CNX6, specifically designed for PET applications. Please note: Vacuum pump is not included. Process monitoring: - Melt pressure sensor system - Melt temperature sensor system - PLC integration Pelletizing system (strand pelletizing): - Air dryer unit not included - Strand pelletizer SP50 - Water bath Peripheral equipment: - Bag emptying station for pellets - Conveying system to the feeders Spare parts: - Spare parts included, second screw set.

Condition: good (used), functionality: fully functional, Year of construction: 2021, 3 units of driverless transport systems, SAFELOG. AGV M4 – used: Price per unit: €12,500.00 (net)! Manufacturer: SAFELOG GmbH Type: AGV M4 Year of manufacture: 2021 Includes inductive charging station and wireless station Manufacturer data: Forward and reverse travel possible Wear-free charging during the process using an inductive charging system Scalable battery capacity with LiFePo4 batteries to adapt to process requirements Flat design with only 220 mm height – ideal for driving under 7” touch display for easy operation Agent-based control for communication between AGVs and their environment Electric lifting pin for automatic pickup and release of trailers up to 1.5 t Travel speeds from 0.02 m/s to 1.6 m/s Hybrid navigation consisting of magnetic track, contour navigation, camera navigation, and odometry Safety laser scanner in each direction of travel Technical data Designation SAFELOG AGV M4 Article number 106148 Electrical data Operating voltage AGV [V] 24 DC Charging time with inductive charging system (with 1 / 2 / 3 / 4 batteries) [min] 30 / 40 / 60 / 80 * Capacity (with 1 / 2 / 3 / 4 batteries) [Ah] 21 / 42 / 63 / 84 Operation Temperature operating range [°C] 5 - 35 Positioning accuracy [mm] + / - 5 * Min. turning radius [m] 1 Maximum speed (with trailer/without trailer) [m/s] 1.0 * / 1.6 * Continuous operating time without load (with 1 / 2 / 3 / 4 batteries) [h] 4 / 8 / 12 / 16 * Mechanical data Lsdpfxszpf Rws Aiqshl Housing material Steel Dimensions (L / W / H) [mm] 1460 / 450 / 220 Weight AGV [kg] 235 Max. payload AGV (top load) [kg] 200 * Max. towing weight (trailer) [kg] 1500 * Condition: good Available: immediately Location: Erfurt area, later warehouse Frankenberg / Saxony

Condition: excellent (used), For sale: SEW-EURODRIVE MOVIDRIVE inverter, complete with a power module. Visual condition as shown in the photos. Technical data: Control unit: Manufacturer: SEW-EURODRIVE Model: MDX61B0550-503-4-00 Controller type: MDX61B-00 P/N: 08279691 Control unit P/N: 08243492 SO#: 01.1304473308.0001.09 Control unit SO#: 0189307 Protection class: IP00 Country of manufacture: Germany (Made in Germany) Power module: Model: MDX60A0550-503-4-00 Sach. Nr.: 8226636 Nr.: 0591425 Input power supply: 3×380–500 V AC ±10% 50–60 Hz ±5% 94.5 A AC (400 V) Operating temperature: 0…40°C Protection class: IP10 Output: 3×0 V 0–180 Hz 105 A AC (400 V) 73.5 kVA Lastart: M Installed communication modules: DFP21B DEH11B Additional markings: SEW Werk Wien service sticker: Rep. No.: 12424 Repair: 12/2011 Final inspection: 42/2011 Lhedpfxezphcce Aiqsl Weight: 32.75 kg Condition: Visually in good condition. The housing has a crack (visible in the photos). Normal signs of use, minor scratches, and scuffs are visible. Sold exactly as shown in the photos.

Condition: excellent (used), Year of construction: 2013, GEA Modular Membrane Filtration System up to 6.25 m³/h, in excellent condition and barely used. This equipment was used for just two validation batches, and after that has been in storage. It is currently equipped with spiral-wound nanofiltration membranes but other membrane types can be used for microfiltration (MF), ultrafiltration (UF), etc. The complete original manufacturer documentation is included in digital format, comprising the operating manual, process flow charts, wiring diagrams, certificates, inspection reports, and other relevant technical documentation. The system is designed to process a maximum volume of approximately 100 m³ of product (feed) per day. An average feed flow rate of approximately 4 to 6 m³/h is assumed under the “16/4” or “20/4” operating regime (Explanation: “20/4” corresponds to 20 hours of filtration operation / 4 hours of CIP cleaning). If, at a later stage, the daily processing capacity needs to be increased or the installed membrane surface becomes insufficient due to unforeseeable fouling effects, two empty slots are provided for retrofitting additional membrane housings. The piping and recirculation pump are already prepared for such an expansion. The membrane unit is designed for a semi-automatic cleaning-in-place (CIP) procedure. The system includes the required valves for internal circulation of cleaning solutions, followed by system flushing. Specifications Ledpfsvhctwox Aiqehl - Feed volume: 400 - 500 m³/week - Feed volume: 80 - 100 m³/day - Feed volume: 4.0 - 6.25 m³/h - Production time: 16 - 20 h/day - Operating temperature: 35 to max. 65 °C Consumption - Power supply (pumps): 3 x 400 V, 50 Hz - Installed power: approx. 65 kW - Electric power consumption: 53.1 kW/h - Compressed air: 6 bar, oil- and water-free - Steam: 6 bar (max.) - Seal water: approx. 75 - 150 l/h - CIP water: approx. 19 m³/h - CIP water per cycle: 6 m³/CIP - Steam consumption per cycle: 100 kg/CIP - CIP chemicals: (e.g., membrane cleaner, acid, alkali, preservative, biocide) Limits - Max. operating temperature: 65 °C - Max. operating pressure: 30 bar - pH range for feed water: - Maximum: pH 10.0 - Minimum: pH 2.0 Cleaning-in-Place (CIP) - Max. temperature: 85 °C - Max. pressure: 10 bar - pH limits (for up to 30 minutes): - Maximum: pH 10.5 - Minimum: pH 2.0

Year of construction: 2015, condition: excellent (used), functionality: fully functional, Carlson Filtration Type FZ164 Filter Housing P/N: 5052164040 Diameter: 16"x4 Ledpjyq Ryhofx Aiqjhl Volume: 191L Year: 2015 Pressure PS: 0-8 Test Pressure: 11.5Bar Fluid Group: 1 and 2 316L 4 pieces available Carlson housings modified for Pall SUPRAPak modules. Parts are still there to return to original set up

Year of construction: 2005, condition: good (used), machine/vehicle number: 815 1015 1794, Manufacturer: CFS Germany GmbH Type: JuniorPak M420 Year of manufacture: 2005 Voltage: 400 V Phases: 3-phase + N + PE Current: 29 A Power: 20 kW Frequency: 50 Hz Weight: 2200 kg This is a thermoforming machine (deep-draw machine) for the production of vacuum-packed or MAP-packed food. It is designed for medium-sized production lines and is often used for meat, cold cuts, cheese, fish, and ready meals. How the JuniorPak M420 works 1. Bottom film feeding A roll of plastic film is mounted at the rear of the machine. The film is drawn forward using conveyor chains with grippers. Common materials: APET/PE PA/PE PP PET barrier film Lhedpfszka Rusx Aiqol 2. Heating The bottom film enters the heating zone. Here, the plastic is heated to approximately: 90–140 °C, depending on the material type. The temperature is controlled by electric heating plates. 3. Deep drawing This is the machine's most important process. The mold closes. Then, usually: vacuum is applied under the film compressed air is applied above the film, if required the film is drawn down into the mold The result is finished plastic containers or trays. The forming depth is determined by the mold. 4. Filling zone After forming, the process stops. Operators or automatic equipment place the product in the trays. Examples: meat burgers bacon cheese fish 5. Top film A new film is fed in from above. This lies over the product. 6. Vacuum/MAP The sealing chamber closes. The machine can: create a vacuum flush with gas seal directly In MAP, the following are often used: CO₂ N₂ O₂ The gas mixture depends on the product. 7. Sealing The top film is sealed to the bottom film. Sealing occurs with: temperature pressure time These three parameters are crucial for a tight seal. 8. Cutting The cutting tool cuts each individual package. Excess film is transported out as scrap. 9. Ejection Finished packages are transported out onto a conveyor belt. They can then: be labeled be weighed be checked with a metal detector be packed in boxes A JuniorPak M420 normally consists of: Frame made of stainless steel Film transport with chains Heating station Forming station Filling zone Vacuum/MAP chamber Sealing tool Cutting tool Ejection conveyor Vacuum pump Pneumatic system Hydraulics (on some models) PLC control with HMI Typical technical data For the M420 series, typical values are: Maximum film width: approx. 420 mm Forming depth: up to approx. 100–120 mm, depending on the tool Cycle time: 5–15 cycles/min Capacity: from a few hundred to several thousand packages/hour, depending on the product and tool Connection: 400 V 3-phase Power: 20 kW (as shown on the nameplate)

Condition: used, Year of construction: 2015, Technical details: x-travel: 600 mm y-travel: 400 mm z-travel: 500 mm control: Mitsubishi M70 table-size: 2 × 700 × 400 mm mm table load capacity: 2 × 250 kg kg tool taper: SK40 / ISO40 Revolution per minute: 12.000 U/min. tool changer with: 24 Plätze (+1 Werkzeugwechselposition) total power requirement: 25 kW Weight approx.: 6,6 t dimension machine approx.LxWxH: 3,7 × 2,60 × 2,78 m The Müga S6040 is a modern vertical CNC machining center designed for the precise complete machining of workpieces in single-part, small-batch, and series production. The machine is equipped with a high-performance main spindle with speeds of up to 12,000 rpm, a Mitsubishi M70 CNC control system, and an integrated twin pallet changer (worktable changer) for highly efficient and productive machining. Its rigid machine structure and precision linear guideways make the Müga S6040 ideally suited for demanding milling, drilling, tapping, and machining operations in toolmaking, mechanical engineering, mold making, and general metalworking. Ledpezzyg Dofx Aiqshl 4-axis CNC machining center with pallet changing system – 2 workstations (A/B), each equipped with its own CNC-controlled 4th axis and chuck. *

Condition: ready for operation (used), Year of construction: 2000, A customized industrial Sartorius crossflow membrane filtration system is available. Filtration process: tangential flow filtration, design: skid, construction: stainless steel, nominal capacity: 4000l/h, membrane modules: 24, membrane area: 12.5m²/module, total membrane area: approx. 300m², pore size: 0.2µm, max. operating temperature: 95°C, operating pressure: 3bar, connected load: 35kVA, control system: Siemens SIMATIC S7-300. The pneumatic valve islands were replaced in 2023. Documentation available. An on-site inspection is possible. Lhedpfjzlt Nmox Aiqjl

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 531 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity Lhsdpsz Agv Uefx Aiqjl - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 532 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. Ljdpfx Aijz Agw Eoqjhl - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 533 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. Lhsdpfez Ag Rrex Aiqel - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Condition: good (used), Kistler NC joining module with dual-station/spindle unit Kistler NCFH 60 servo press with feed slide & spindle station The Kistler NCFH 60 NC joining module is integrated into an industrial dual-station/spindle unit designed for automated series production (e.g., friction welding or precision pressing). The system is characterized by exceptional precision, integrated force-displacement monitoring (piezoelectric sensor technology), and an extremely robust design capable of withstanding continuous industrial loads. Precise press-fitting and joining: Ideal for high-precision assembly processes in the automotive industry, electronics manufacturing, or general mechanical engineering. Integrated quality assurance (force-displacement monitoring): Using built-in piezoelectric sensors, the module measures the exact tensile and compressive forces acting during the pressing process in relation to position. Flexible process control: Lhsdpfx Aozcpnzeiqsl Enables advanced functions such as "joining to block," position-controlled pressing, or force-controlled joining (when combined with a suitable controller, e.g., Kistler maXYmos). Automated workpiece holding: The coupled spindle station features an automated clamping function (pneumatically or hydraulically actuated via integrated cylinders), making it perfect for automated series production and assembly lines. Sturdy machine bed: The entire mechanical assembly is mounted on a heavy-duty welded steel frame to withstand the immense forces (up to 6 tons per side) generated during operation. Joining module manufacturer: Dr. Staiger Mohilo+Co GmbH / Kistler Group Type: 2151B 60304002 Model: NCFH 60 400 300 B H C G Nominal force: 60 kN (equivalent to a pressing force of approx. 6 tonnes) Max. total spindle stroke: 400 mm Max. travel speed: 300 mm/s Motor type: AC hollow-shaft servo motor (165H-180E) Holding brake: 18 Nm Certification: CE marking Scope of delivery: Kistler NCFH 60 joining module including mounted flange coupling, yellow slide/feed guide, complete sensor cabling, and the associated spindle clamping station. "Everything from a single source: We would be happy to offer you suitable bank financing for your project." komplett-konzept.leasingo.de You can find more items—new and used—in our shop! International shipping costs on request!

Year of construction: 2013, operating hours: 7,700 h, condition: repair required (used), functionality: limited functionality, machine/vehicle number: 12090, This is a recycling extruder with side feeding for materials (flakes, pellets, etc.). The system is supplied with a control cabinet and a double vacuum system. The pelletizing system is missing at the end of the screw – it is not included in the scope of supply. The cylinder ends at the flange. The extruder is supplied without a screw. The frequency inverter for the main motor was replaced with a new unit 3 years ago. Installed power approx.: 474 kW Cooling water requirement approx.: 190 l/min Fresh water consumption approx.: 110 l/h Feeding system: • Diameter of the feeding screw: 200 mm • Drive for the feeding screw: 45 kW, frequency-controlled • Hopper capacity net 7 m³/250 ft³, • Gear motor 3 × 3 kW • 2 sight glasses in the hopper • 2 level indicators Extruder: • Diameter of the extruder screw: 145 mm • L/D ratio: 24 • Heating power: 50 kW • Extruder drive unit 280 kW Vacuum 1: • Screw length: 16 L/D • Heating power: 40 kW • Vacuum pump power: 11 kW • Vacuum capacity: 225 m³/h • Vacuum pressure: 33 mbar Ljdpoznz Ezjfx Aiqshl Vacuum 2: • Screw length: 16 L/D • Heating power: 40 kW • Vacuum pump power: 7.5 kW • Vacuum capacity: 190 m³/h • Vacuum pressure: 33 mbar Cylinder: • Cylinder: Bimetal extruder cylinder, • Reinforcement layer 1.8–2.0 mm thick, • Hardness 63–65 HRC Installation conditions: • Voltage: 3 × 400 Volts • Permissible fluctuation max.: +5 % – 5 % • Frequency: 50 Hz Permissible fluctuation max.: +4 % – 4 % • Protective measure: Multiple grounding • Ambient temperature: min. 15 °C, max. 35 °C • Humidity max.: 90 % • Altitude of the installation site: 0 – 1000 m The machine was in operation at an R&D center in Israel. Since the company now operates a production facility in Europe, the R&D center is being closed. The machines will be transported to Europe at the owner's expense and can be delivered EXW at a port or at the production facility in Europe. The details for optimal transport need to be clarified. The machine price is without packaging.

Year of construction: 2018, condition: as good as new (ex-display), functionality: fully functional, We are offering this display machine SM Innotech Laminator Incapcell 35-18, year of manufacture 2018. Manufacturer: SM Innotech GmbH & Co.KG Model: Incapcell 35-18 Year of manufacture: 2018 Condition: Display machine Category ID: 33 Machine type: Laminator There are 2 units of this system available; both are new as they have never been used. Lhjdpfx Aioy Druujqol If you have any questions or require further information, please send us a message or call us.

Year of construction: 2019, condition: used, We are offering this used SM Innotech GmbH & Co.KG Incapcell 22-18 laminator, year of manufacture 2019. The system has very low operating hours, as it was used as a test machine for trial purposes. Individual software updates or other modifications can be provided according to requirements and at additional cost. The system is available for immediate delivery. If you have any questions or need further information, please feel free to send us a message or give us a call. Lhjdpfoy Dq D Isx Aiqel

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 530 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. Lhjdpezz Rpcsfx Aiqjl - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 1996, condition: ready for operation (used), A complete liquid egg and egg product pasteurization plant by Südmo/KMA is available. Main processes: egg breaking, filtration, pasteurization, cooling, homogenization. 1) Sanovo Type 3000 egg breaking machine, year of manufacture: 1991. 2) Südmo/KMA K21-FS/4235 pasteurization plant, year of manufacture: 1996, medium: liquid egg, throughput: 1500l/h, temperature profile: 15°C/64°C/6°C, cooling medium: ice water, ice water temperature: 1°C, ice water demand: 7500l/h, heating medium: hot water, hot water temperature: 65°C, hot water demand: 5000l/h, heat recovery: 70%, holding time: 360s. 3) APV Gaulin homogenizer. 4) Terlet process tank, volume: 10m³. 5) Clivet WSAT-XIN 30.2 water chiller, year of manufacture: 2018, refrigerant: R-410A, refrigerant charge: 9kg. Including pumps, agitators, tanks and additional accessories. Documentation available. An on-site inspection is possible. Lhjdpfjzidh Iox Aiqel

Condition: good (used), Year of construction: 2020, functionality: fully functional, total length: 9,000 mm, Adhesive application cell with ABB robot IRB 4600-60/2.05. Included in the adhesive application cell: Robot (weight 425 kg, payload 60 kg, year of manufacture 2020) 7th axis + steel structure (unlike in the images, the axis and steel structure have been extended to approximately 9 m) Lhsdpozz Agmsfx Aiqel Adhesive application units Protective fences, etc. Not included: Roller shutter doors Fixturing device (available separately) Detailed drawings available upon request.

Year of construction: 2017, operating hours: 2,000 h, condition: excellent (used), functionality: fully functional, machine/vehicle number: 51N292010-01, The IFE SORT is a density sorting machine based on the fluidized bed system for fine, dry bulk materials. The function of this air separation table is based on a combination of vibration and air technology. Heavy components are conveyed upwards by vibration, while lighter components are suspended by injected air and consequently float downwards. Lsdpfx Aiszkvaxeqjhl The application areas include recycling and secondary raw material processing, as well as the wood, food, and mining industries. Standard version: consists of a basic unit with a perforated plate insert driven by two eccentric motors and a fan with a motor. Nominal width: 1000 mm Capacity: up to 3 tons/hour in recycling – however, this is highly dependent on the density and size of the material being processed. Easy adjustment: of impact angle, oscillation amplitude, inclination, speeds, etc. Design: dust-proof Control cabinet: in an IP 55 housing with a frequency converter for motors and fan, included as standard. The machine was in operation at an R&D center in Israel. Since the company now operates a production facility in the Netherlands, the R&D center will be closed. The machines will be transported to Europe at the owner's expense and can be delivered EXW at a port or at the production plant in the Netherlands. The details for optimal transport need to be clarified. The machine price does not include packaging on a pallet.

Condition: excellent (used), Year of construction: 2016, operating hours: 3,000 h, functionality: fully functional, machine/vehicle number: 565697, type of input current: three-phase, input voltage: 400 V, belt width: 600 mm, conveyor belt width: 600 mm, The Wagner non-ferrous metal separator (NE separator), model 0429 from Wagner Magnete, is one of the manufacturer’s high-performance eddy current separators. Working width: 600 mm. • Throughput: depends on the material and grain size. • Rotor speed: up to 3,000 revolutions per minute. • Belt speed: 0.5 to 2.0 m/s. • Weight: 1.2 tons. • Rotor system: Eccentrically mounted with a high pole-changing frequency. • Rotor drive: 4 kW; belt drive: 1.5 kW. The machine and the associated control panel are included in the delivery. The machine was in operation at an R&D center in Israel. As the company now operates a production facility in Europe, the R&D center will be closed. The machines will be transported to Europe at the owner’s expense and can be delivered EXW at a port or in the production facility. Ledpfezl Rfxjx Aiqshl The details for optimal transport need to be clarified. The machine price is quoted without packaging on a pallet.

Year of construction: 2017, operating hours: 2,000 h, condition: excellent (used), functionality: fully functional, machine/vehicle number: 51.I613-020-01, The IFE SORT is a density sorting machine based on the fluidized bed system for fine, dry bulk materials. The function of this air separation table is based on a combination of vibration and air technology. Heavy components are conveyed upwards by vibration, while lighter components are kept suspended by injected air and consequently float downwards. The applications include recycling and secondary raw material processing, as well as the wood, food, and mining industries. Standard version: consists of a basic unit with a perforated plate insert driven by two unbalanced motors and a fan with a motor. Nominal width: 600 mm; sieve aperture 0.6 mm Capacity: up to 3 tons/hour in recycling – however, this is highly dependent on the density and size of the material being processed. Lsdpfxjzkup Ej Aiqshl Easy adjustment: of impact angle, amplitude, inclination, speeds, etc. Design: dust-tight Control cabinet: is not included; 2 x 500 W unbalanced motors and 1 x 4 kW fan The machine was in operation at an R&D center in Israel. As the company now operates a production facility in the Netherlands, the R&D center will be closed. The machines will be transported to Europe at the owner's expense and can be delivered ex works at a port or at the production facility in the Netherlands. The details for optimal transport need to be clarified. The machine price does not include packaging on a pallet.

Condition: like new (used), Year of construction: 2021, We are offering this like-new Beckhoff Automation GmbH & Co. KG C6525-1018-0050 controller, manufactured in 2021. Manufacturer: Beckhoff Automation GmbH & Co. KG Model: C6525-1018-0050 Year of manufacture: 2021 Ledjz Dg Drepfx Aiqehl Condition: like new Category ID: 102 Type ID: 994 Type: Controller If you have any questions or require further information, please do not hesitate to send us a message or call us.

Condition: good (used), Year of construction: 2017, V304 plate processing machine (including 1 gantry beam(s) of 6.500mm and side trucks) ◼ This V304 plate processing machine is capable of processing plates up to 3.050mm x 18.000mm for bevel plasma cutting and marking (needle marker, if attached) and 4.100 x 18.000 mm for oxy-fuel cutting and marking (needle marker, if attached) ◼ X-rail (21.000mm on both sides of the machine, including double linear guides, helical rack and pinion system and rubber covering band) ◼ Plasma cutting and extraction table (4.300mm x 18.720mm, 2 channel(s), 1 pcs, suitable for ≥ 350A cutting) ◼ Position 1: Plasma cutting unit Kjellberg SmartFocus400 (1 pcs, automatic gas console, complete with cutting parameter database) ◼ Plasma 3D bevel unit (1 pcs, including 5 NC-axis, Voortman height control, intelligent torch positioning system and 3D collision sensor, for x- ,y- , k- and v-weld preparations) ◼ Driven suspension (1 pcs, servo motor driven, including laser pointer) ◼ Dross inhibitor (1 pcs, including 1,2L reservoir) ◼ Arc Glare protection (1 pcs) ◼ Position 2: Plasma cutting unit Kjellberg SmartFocus400 (1 pcs, automatic gas console, complete with cutting parameter database) ◼ Plasma 3D bevel unit (1 pcs, including 5 NC-axis, Voortman height control, intelligent torch positioning system and 3D collision sensor, for x- ,y- , k- and v-weld preparations) ◼ Dragged suspension (1 pcs, with automatic addressing) ◼ Dross inhibitor (1 pcs, including 1,2L reservoir) ◼ Arc Glare protection (1 pcs) ◼ Position 3: Oxy-fuel cutting torch 4.0 (1 pcs, automatic gas console, ignition and piercing, complete with cutting parameter database) ◼ Voortman height control (1 pcs, capacitive height control) ◼ Dragged suspension (1 pcs, with automatic addressing) ◼ Position 4: Oxy-fuel cutting torch 4.0 (1 pcs, automatic gas console, ignition and piercing, complete with cutting parameter database) ◼ Voortman height control (1 pcs, capacitive height control) ◼ Dragged suspension (1 pcs, with automatic addressing) ◼ Position 5: Oxy-fuel cutting torch 4.0 (1 pcs, automatic gas console, ignition and piercing, complete with cutting parameter database) ◼ Voortman height control (1 pcs, capacitive height control) Ljdpfxjvpalao Aiqehl ◼ Dragged suspension (1 pcs, with automatic addressing) ◼ Cables high instead of low ◼ Donaldson fume extraction unit DFO 4-48 - 200L (incl. frequency controller) ◼ Air conditioning for switch panel (up to an ambient air temperature of 55°C) ◼ Hardware and software (includes VACAM ‘Machine Edition’, VACAM ‘Office Edition’, VACAD editor software module, VANEST nesting software, Layout marking software module, online support) ◼ Post processor for SigmaNEST (SigmaNEST is provided by the customer) ◼ Safety devices (safety bumpers, emergency stop cord)

Condition: used, Item: A-2600-UF-Microfiltration-Block UF- /Microfiltration Block (Alcalase) Lhedpfx Aiekyu Avjqol 4 X 38-42 m2 DOW Separation Systems inclusive pumps, tubes and other accessories. To offer 6 pieces identical