Used Membrane for sale (282)

Condition: used, This listing is for a single Pall (Now part of Cytiva) CSUH 040 Feed Retentate The unit is in full working condition and is ready for immediate use Designed for optimum performance and product recovery, Centramate™ TFF cassette holders, part of the Pall filtration portfolio, are available in a variety of sizes to meet your application requirements. These holders support efficient concentration, purification, and buffer exchange of biomolecules, making them ideal for small batch production, process development, and Phase I clinical studies. Identical fluid path lengths ensure precise linear scale-up to larger process systems. Tool-free cassette removal simplifies workflows—no need to disassemble system plumbing. Available in: 316L Stainless Steel (Centramate system) for robust, high-performance applications. Ultra-High Molecular Weight Polyethylene (PE) (Centramate PE system) for a more economical yet durable alternative. A variety of membrane types and screen options are available for system versatility and application-specific performance. Dusdjxv Dlyjpfx Anyjw

Condition: used, This listing is for a Millipore Pro Flux M30 Tangential Flow Filtration (TFF) System. The unit is in full working condition and is ready for immediate release. The Millipore Pro Flux M30 is a high-performance tangential flow filtration (TFF) system designed for demanding applications in the biotechnology, pharmaceutical, and molecular diagnostics sectors. Optimized for crossflow filtration, the M30 provides reliable separation, concentration, and clarification of biomolecules and cell suspensions in both R&D and process-scale environments. With its robust stainless steel construction, precise transmembrane pressure (TMP) control, and compatibility with a wide range of membrane chemistries, the M30 delivers consistent performance across various filtration tasks—from protein concentration and virus clarification to cell culture harvest and synthetic biology sample prep. Key Features Stainless Steel Construction – Durable, sanitary design for aseptic operation and long-term reliability. Optimized TMP Control – Ensures maximum membrane efficiency and longevity through precise pressure regulation. Broad Membrane Compatibility – Supports a variety of membrane types and molecular weight cut-offs for flexible application use. Process Versatility – Suitable for concentration, diafiltration, and clarification steps in upstream and downstream workflows. Compact & Scalable – Ideal for laboratory-scale operations with scalability to pilot and production environments. Dsdoxl Dx Sspfx Anyjuw User-Friendly Interface – Intuitive controls and gauges for straightforward operation and monitoring. Technical Specifications Model: Pro Flux M30 Flow Configuration: Tangential Flow / Crossflow Material of Construction: 316L Stainless Steel Pump Type: Peristaltic or Diaphragm (depending on setup) Pressure Control: Manual and/or automated transmembrane pressure regulation Operating Pressure Range: Typically up to 4 bar (60 psi) Filter Compatibility: Millipore Pellicon, Ultracel, Durapore, and other cassettes Tubing & Fittings: Sanitary-grade with tri-clamp or Luer lock connections Footprint: Compact benchtop design Manufacturer: Millipore (now part of Merck Millipore) Applications Biopharmaceutical Processing – Protein concentration, buffer exchange, and virus removal. Cell Culture Harvesting – Clarification of cell suspensions post-fermentation or bioreactor. Synthetic Biology – Preparation of cell-free extracts, nucleic acid concentration, and purification. Gene Editing & Molecular Cloning – Sample concentration and buffer exchange before downstream analysis. Diagnostics Manufacturing – Filtration of assay components and reagent prep for diagnostic kits. Fluorescence & Imaging Sample Prep – Ensures clean, debris-free samples for accurate analysis. Benefits Reliable Performance – Delivers consistent and reproducible results for critical bioprocess steps. Process Flexibility – Adaptable to a wide range of biomolecule sizes and sample types. Aseptic Operation – Designed for cleanroom and GMP environments. Low Hold-Up Volume – Minimizes product loss during filtration. Trusted Brand – Developed by Millipore, a global leader in membrane filtration technologies.

Condition: used, This listing is for the Labtec SciLog Tandem 1081 ChemTec Peristaltic Pump with Tandem Model 1081 Head The unit is in full working condition and is ready for immediate use Dual‑head design Equipped with two independent pump heads, allowing simultaneous delivery of two separate fluid lines or higher combined flowrate. Flow & pressure range Capable of delivering metered flow in applications like bioreactors, diafiltration, titration, and general chemical dosing. It handles pressures from 0 up to approximately 60 psi. Dedpfxoxhfg Ne Anyjuw Precise liquid metering Designed for volumetric and mass flow measurement tasks, maintaining consistency in dosing/reagent addition. Control interface Includes an RS‑232 serial interface for external control via software or integration into automation systems Use Cases Bio‑processing & fermentation: Automated nutrient or reagent addition in tandem line setups. Filtration processes: Controlling flow through membranes in diafiltration or tangential flow filtration. Titration and pH control: Precise dosing of acids/bases based on sensor or feedback-controller inputs. General lab fluid handling: Pumping corrosive or viscous liquids safely without contamination, thanks to peristaltic tubing.

Condition: used, This listing is for the Akta crossflow filtration system The unit is in full working condition and is ready for immediate use An ÄKTA Crossflow filtration system is a type of tangential flow filtration (TFF) system developed by Cytiva (formerly GE Healthcare). It's used primarily in bioprocessing and biotechnology applications to concentrate, diafilter, or clarify biological samples such as proteins, viruses, plasmids, and other biomolecule Core Functions: Concentration – Reducing the volume of a sample while retaining the target biomolecule. Diafiltration (Buffer Exchange) – Removing salts or changing the buffer environment by continuously adding a new buffer while removing permeate. Clarification – Removing particulates or cells from process fluids Key Components: Pump Modules: Typically peristaltic pumps that manage flow rates precisely. Filtration Cassettes: Hollow fiber or flat sheet membranes for ultrafiltration or microfiltration. Dsdpfxsxhf A Ro Anyeuw Pressure Sensors: To monitor and control transmembrane pressure (TMP). Conductivity/pH/UV Detectors: For in-line monitoring of the filtrate and retentate. Benefits: Automation reduces operator error and variability. Scalable design for seamless transition from lab to production. Precise control of filtration parameters (flow rate, pressure, volume). CIP (Clean-In-Place) capabilities for easy maintenance and compliance with GMP. Common Applications: Protein concentration and buffer exchange Viral vector purification Plasmid DNA purification Cell harvest and clarification

Condition: used, This listing is for a Halo Labs Horizon Particle Analyzer The unit is in full working condition and is ready for immediate release (No PC/Monitor) The Horizon system from Halo Labs integrates Backgrounded Membrane Imaging (BMI) technology to accurately measure and characterize subvisible particles in a high-throughput, low-volume format. Originating from membrane microscopy, a USP lot release method, BMI images particles on a membrane surface. This fully automated, fluidics-free Horizon system employs disposable membrane plates and automated image processing for quick, reliable particle counts and sizing. Capable of characterizing particles in up to 96 samples per run using only 25 µL per sample, BMI is unaffected by solution refractive index, ensuring accurate measurement of translucent protein aggregates. Sophisticated image processing techniques are used to analyze and acquire particle data, beginning with a background image of the membrane. After filtering samples by vacuum and capturing particles, the membrane is re-imaged with sample particles on its surface. The sample image is meticulously aligned with the background and processed pixel by pixel to remove background texture, achieving high contrast for the particles. This imaging approach yields high reproducibility and minimizes interference from membrane texture or imperfections. Dodpoxhgakefx Anyjuw Key Features: Backgrounded Membrane Imaging (BMI) technology for precise particle measurement. High-throughput: Capable of analyzing up to 96 samples in a single run. Low sample volume: Requires only 25 µL per sample. Fully automated, fluidics-free system for seamless operation. Accurate measurement of translucent protein aggregates, unaffected by solution refractive index. Sophisticated image processing for high reproducibility and minimal interference.

Condition: used, This listing is for a Thermo Scientific FiberLite F21-8x50y Centrifuge Rotor. The unit is in full working condition and is ready for immediate release. The Thermo Scientific FiberLite F21-8x50y Centrifuge Rotor is a versatile and high-performance laboratory tool suitable for a wide range of applications. Here’s an organized overview of its key features, specifications, and applications: Key Features and Specifications Design and Capacity: Holds up to 8 tubes Capacity of 50 mL per tube Material: Constructed from lightweight, corrosion-resistant materials such as carbon fibre and aluminium Configuration: Fixed-angle design, with tubes positioned at a constant angle relative to the axis of rotation Compatibility: Works with various Thermo Scientific centrifuges, including: Heraeus Megafuge series Sorvall Legend series Safety Features: Automatic rotor recognition system Lid-locking mechanism to prevent accidental opening during operation Performance: Maximum speed: 21,000 rpm Maximum RCF: 52,400 x g Weight: Net weight of the rotor: 9.9 lb (4.49 kg) Biocontainment: Dsdpfx Ansxx Appeyjuw Features a bioseal lid to ensure samples remain contained and to protect users from hazardous chemicals Environmental Considerations: Energy-efficient design with reduced waste production Key Applications The FiberLite F21-8x50y Centrifuge Rotor is ideal for various laboratory procedures, including: Subcellular Separations: Isolating cellular components for research and analysis. Bacteria Pelleting: Concentrating bacterial cultures for further experiments. Lysate Clarification: Removing debris from cell lysates to obtain clear samples. Cell Membrane Studies: Analyzing the properties and functions of cell membranes. Sucrose Gradient Isolation: Mitochondria Endoplasmic reticulum Gradient separation of cells using solutions like Percoll, Ficoll, Optiprep, or Nycodenz This rotor combines advanced technology with practical safety and efficiency features, making it suitable for a variety of applications in research, clinical, and industrial laboratories.

Year of construction: 2018, condition: used, This listing is for a GE Healthcare UniFlux 120 Tangential Flow Filtration (TFF) System. The unit is in full working condition and ready for immediate release. The GE Healthcare UniFlux 120 is a fully automated Tangential Flow Filtration (TFF) system designed for clarification, concentration, and diafiltration applications in pilot to manufacturing-scale operations. With a flow rate range of 12 to 120 liters per minute, the UniFlux 120 is ideal for bioprocessing applications such as monoclonal antibody purification, vaccine production, and protein concentration. Key Features & Benefits - Fully Automated Operation – The system is controlled by UNICORN software, ensuring seamless data logging, process automation, and compliance with regulatory standards - Versatile Filtration Options – Supports cassette or hollow fiber membranes. Conversion between formats is possible, with initial cassette holder installation requiring Cytiva Service. - High-Performance Filtration – Features a rotary lobe pump for precise flow control and optimized filtration efficiency. - Sanitary & GMP-Compliant Design – Constructed from stainless steel, making it suitable for pharmaceutical and biotechnology environments. - Scalability & Reliability – Designed to support process development and scale-up to commercial production, ensuring consistent filtration performance. Applications - Biopharmaceutical processing - Monoclonal antibody purification - Vaccine production - Protein concentration & buffer exchange - Cell culture clarification Technical Specifications - Flow Rate: 12 – 120 L/min Dusdjxxx Injpfx Anyjw - Pump Type: Rotary lobe pump - Filtration Format: Cassette & hollow fiber (conversion possible) - Control System: UNICORN software (FDA 21 CFR Part 11 compliant)

Condition: used, This listing is for a Watson Marlow 520S Peristaltic Pump. (1 of 7 Available) The unit is in full working condition and is ready for immediate release. Peristaltic pumps are the simplest possible pump, with no valves, seals or glands to clog or corrode. The fluid contacts only the bore of a tube, eliminating the risk of the pump contaminating the fluid, or the fluid contaminating the pump. Peristaltic pumps can operate dry without risk. Easy to install, simple to operate and inexpensive to maintain, peristaltic pumps are ideal for most fluids, including viscous, shear-sensitive, corrosive and abrasive fluids, and those containing suspended solids. Suitable for metering, dosing and dispensing applications. 520S drive offers manual control via a large-key membrane keypad: speed adjustment; run and stop; forward/reverse; "Max" key for rapid priming and purging. Supply voltage/frequency: 100-120V/200-240V 50/60Hz Flow rates from 4 micro-litres/min up to 2.4 liter/min Dedpfx Anexv A Uysyeuw Precise 2,200:1 speed control range from 0.1 to 220 rpm in 0.1 rpm increments Large speed/flow display and easy to use tactile membrane keypad. Incorporates keypad lock Manual control and flow rate calibration MemoDose for accurate single shot dispensing

Condition: used, This listing is for 1 of 2 Millipore Sigma RioS Essential 24 Water Purification Tank These units are in full working condition and is ready for immediate use The RiOs Essential 24 is a compact, efficient RO system that delivers around 480 L/day of consistent Type 3 water. It features minimal maintenance, intelligent self‑management, and smart cartridge monitoring—ideal for routine lab task Key Performance Specs Flow Rate: 24 L/hour (≈ 480 L/day) for non-critical lab uses Purity: Provides Type 3 water with ionic rejection between 95–99% and organic/particulate rejection ≥99% (MW ≥ 200 Da) Purification Process & Internal Features Progard® pretreatment cartridge: Removes particles (>1 µm), free chlorine, hardness, and colloids. High-efficiency RO membrane: Removes dissolved ions, organics, microorganisms, and particulates. Recovery loop: Recycles a portion of reject water to feed, cutting water waste by over 50% compared to conventional RO systems Temperature compensation: Automatically adjusts pump pressure to maintain steady flow across 5–35 °C feed water Design & Operation Footprint: Compact – 47 cm high × 26.8 cm wide × 33.9 cm deep Weight: Net weight ~10.9–12.1 kg; Operating weight ~14.4–15.7 kg Power: 100–230 V AC, 50–60 Hz Dsdpfxjxhfpds Anyjuw Feed water specs: Tap water under 2,000 µS/cm conductivity, 1–6 bar pressure, 5–35 °C,

Condition: used, This listing is for the Watson-Marlow 520Di Dispensing Pump The unit is in full working condition and is ready for immediate use Overview The 520Di is a high-precision, programmable peristaltic dispensing pump designed for aseptic fluid transfer and filling in pharmaceutical, biotech, and food processing environments. With a simple keypad-screen interface and up to 50 programmable batch routines, it meets cGMP documentation needs while delivering fast and accurate fluid dispensing. Dispenses 50 mL in 2 seconds with ±0.5% accuracy Pumps up to 3.5 L/min, pressures up to 2 bar Batch record output for regulatory compliance 5-year warranty Enclosure options: IP31 (NEMA2) and IP66 (NEMA4X) Control User Interface: Tactile membrane keypad + alphanumeric LCD Security: Optional passcodes to lock settings Program Storage: Save 50 custom fill/dispense sequences Digital I/O: 4 configurable outputs Remote Operation: Contact closure or logic input control Dujdpfx Anexv A Akjysw Documentation Full operating manuals Validation support documents (cGMP, IQ/OQ protocols) Maintenance and calibration guides Sectors & Applications Pharmaceutical & Biotech: Aseptic fill/finish, cell culture media filling, vial/bottle dosing Food Production: Adding dyes, vitamins, flavours Laboratory R&D: Benchtop reagent prep, Petri dish filling Chemical Processing: Metering corrosive or high-viscosity fluids

Condition: used, This listing is for the Avestin EmulsiFlex-C5 for homogenizer with sealed toolings and spares The unit is in full working condition and is ready for immediate use EmulsiFlex-C5 High Pressure Homogenizer The Avestin EmulsiFlex-C5 is a high-pressure, pneumatically powered homogenizer designed for laboratory-scale applications. It is ideal for processing small to medium sample volumes, from 7 mL up to 5 L/h, depending on the pressure applied. How It Works: High Pressure Homogenisation High pressure homogenisation is an efficient and easy-to-use technique for cell disruption and liposome/emulsion processing. The principle involves pumping the sample through a valve with a small aperture. The sample transitions from very high pressure (up to 30,000 psi) on the pump side to atmospheric pressure on the outlet side. This sudden drop in pressure creates intense shear forces, disrupting cell membranes or dramatically reducing liposome/emulsion sizes. For cells, the pressure-induced shear forces rupture the membranes, effectively lysing the cells. For liposomes and emulsions, this process reduces their size from micron to nanometer range, often resulting in uniform particles with narrow size distributions. Unique Features of the EmulsiFlex-C5 Dusdpfx Anexhgawsyjw Dynamic Homogenising Valve The C5 uses a dynamic homogenising valve, which maintains constant pressure during sample processing. This consistency ensures the formation of highly uniform liposomes and micro-emulsions, with tight particle size distributions. Efficient Cell Disruption Most cells (including E. coli) can be lysed in a single pass, minimizing over-processing and reducing the risk of protein denaturation or degradation. Pressure Range: Adjustable from 500 to 30,000 psi Flow Rate: 1–5 L/h depending on pressure Minimum Sample Volume: 7 mL Holdback Volume: Less than 1 mL Temperature Control: Can be used with ice baths, external chillers, or in cold rooms Autoclavable: Easy cleaning and sterilization (SIP-compatible) Compact Size: 430 × 160 × 320 mm, 25 kg Power Source: Requires compressed or bottled air. For most applications (e.g., E. coli disruption or liposome formation), 100 psi air pressure is sufficient. Applications Disruption of bacterial, yeast, algal, insect, or mammalian cells Nano-sized liposome and emulsion formation Particle size reduction in pharmaceuticals, cosmetics, and food products Liposomal drug delivery systems Efficient homogenisation for biochemical and biophysical research

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 Duedpfx Anjxl Dy Njysw 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 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, This listing is for the Watson Marlow 323 Peristaltic Peristaltic Pump The unit is in full working condition and is ready for immediate use Duedpfx Anoxhdu Esyew The 323 series from Watson‑Marlow is a benchtop “cased” pump line (sometimes called peristaltic or rotary tubing based pumps) designed largely for laboratory and light industrial applications. Key features include: A drive unit (“drive”) plus interchangeable pumphead/tubing to suit different flow rates, tubing types, chemical compatibilities. Versions available with different levels of control: manual speed control; auto/remote control; analogue inputs/outputs; RS‑232 etc. A membrane keypad and digital LCD on most models to set/display speed etc. Build is robust: chemically resistant ABS top, IP31 protection rating

Condition: used, This listing is for a Thermo Scieintific Savant SPD121P SpeedVac Vacuum Concentrator. The unit is in full working condition and is ready for immediate release. The Thermo Scientific Savant SPD121P SpeedVac Vacuum Concentrator is an advanced centrifugal evaporator designed to efficiently remove solvents and concentrate samples while preserving their integrity. Here’s a closer look at its features, specifications, and applications: Key Features: Dsdexxz H Tepfx Anyeuw PTFE-Coated Chamber: The deep aluminium chamber is coated with PTFE, offering high durability and corrosion resistance, making it ideal for handling a variety of solvents. The built-in vacuum gauge provides real-time monitoring of vacuum levels, ensuring precise control during the evaporation process. User-Friendly Time/Temperature Controls: Equipped with a membrane touch pad for easy programming, allowing users to easily set time and temperature parameters. Variable Drying Times: Drying temperatures can be adjusted from 35°C to 80°C in 5°C increments, giving users flexibility for different types of samples. Endpoint Mode: This feature automatically terminates the process when a pre-set vacuum level is reached, ensuring consistent concentration results. Glass Safety Lids: Standard glass lids improve drying efficiency by applying radiant IR heat to samples, accelerating the evaporation process. Chemical Trap Kit: Comes with disposable cartridges equipped with colour indicators to trap acids and water vapour, safeguarding the vacuum system from contamination. Tubing and Fitting Kit: Includes 4 feet of clear, thick-walled vacuum tubing, two clamps, and a cutter, making setup straightforward and allowing for immediate use. Applications: Removing Ethyl Acetate: Widely used for evaporating ethyl acetate from samples, which is crucial in applications such as CAT assays and analysing drug metabolites from solid phase extracts. Biomolecular Research: Ideal for concentrating samples in aqueous and mild organic solvents, facilitating research in biomolecular studies where precise sample preparation is necessary.

Condition: refurbished (used), functionality: fully functional, pressure: 2 bar, temperature: 131 °C, power: 45 kW (61.18 HP), usable tank capacity: 60 l, Equipment: type plate available, The Symex CML 500 is a high-performance vacuum homogenizer mixer designed for producing demanding products in the pharmaceutical and cosmetics industries. This system combines mixing, dispersing, homogenizing, heating, cooling, and vacuum processing in a closed unit, enabling precise and reproducible production—from pilot scale to industrial applications. Such systems are specifically engineered for complex processes with stringent quality requirements. Technical Highlights of the Symex CML 500: Tank - Usable volume: approx. 500 liters - Total volume: approx. 780 liters - Minimum volume: approx. 125–160 liters - Product space pressure range: -1 / +2 bar - Product temperature: up to approx. 133 °C - Heating jacket: up to +4 bar / 151 °C - Design in accordance with AD 2000 - The tank is fully pressure and vacuum-resistant, ensuring safe operations under demanding conditions. Agitator - Anchor agitator with flow breakers - Speed range: approx. 11–66 rpm - Power: approx. 7.5 kW - Frequency-controlled - Designed for highly viscous products - The agitator provides uniform mixing and optimal heat transfer. Homogenizer - Power: approx. 16–20 kW - Speed: up to approx. 3,000 rpm - High shear performance for fine dispersion - Rotor/stator system - The homogenizer ensures stable emulsions and reproducible product quality. Vacuum System - Operation under vacuum possible - Liquid ring vacuum pump (external) - Pressure and vacuum monitoring - Vacuum operation significantly reduces air entrainment and improves product quality. Heating & Cooling - Double-walled vessel (2-zone heating) - Precise temperature control - Even heat distribution - CIP system Multiple CIP Connections - Rotating spray heads (360°) - Cleaning of the entire process chamber, including pipelines Material Feed - Direct suction of liquids and powders - Feed into the homogenizer area - Fast and low-loss processing - These integrated feeding and circulation systems enable highly efficient process management. Additional Equipment - Hydraulic lid lifting device - Multi-nozzle with several connection options - Sight glass with double wiper - Vessel lighting - Dosing vessel (approx. 8 liters) - Sampling valve - Membrane and disc valves - Circulation piping for homogenization and CIP Control & Operation The system features a modern operation concept: - Touch panel control - Adjustable speed and cycle times - Process monitoring (pressure, temperature, speed) - Automatic and manual operating modes - Alarm and safety functions Advantages of the Symex CML 500 - Combination of all process steps in one unit - High process reliability through enclosed design - Reproducible and stable product quality - Suitable for highly viscous and sensitive products - Hygienic design (GMP-compliant) - Flexible application for different batch sizes Delivery & Handling Dusdpfx Aey Hq I Ssnyjw - Delivery ex works - Turn-key project available (incl. commissioning) - International shipping possible

Condition: used, Year of construction: 2016, Water treatment plant with semi-permeable membrane modules for desalinating pre-treated water. Reverse osmosis takes place via a two-stage process consisting of two pressure pipes, each with two membrane modules. The plant consists of: - Two pressure pipes, each with two membrane modules - Permeate blending and concentrate recirculation - Upstream fine filtration - Various sampling taps - Various measuring instruments for pressure, flow, temperature, conductivity and pH value - Flushing station with flushing tank and flushing pump - Chemical dosing stations for antiscalant and NaOH - High-pressure pump - Various automatic fittings - Control cabinet with touch display Additional title: Reverse osmosis for desalination of raw water Flow rate: 6000 l/h depending on the blending quantity Max. operating overpressure: 14 bar Recovery appr.: 82 % Water: 5-7 m3/h; 1-10 bar Dujdpfx Anoyxnffsyow Operation / Control: Switch cabinet with touch display Features: 2 pressure pipes, each with 2 membrane modules; sampling taps; fine filters; flushing stations; chemical dosing stations; high-pressure pump; automatic fittings; measurements of pressure, flow, conductivity, temperature and pH value;

Year of construction: 1991, condition: used, The Filtrox Cross Flow microfilter works with a permissible transmembrane pressure of 6 bar (0 °C - 95 °C) and a filtrate volume of 4.5 - 7 hl/h with a filter surface area of 26.4 m². Two pumps (20 kW) in the unfiltrate circuit transport the medium to be filtered. With 16 hl agitator tank as cleaning tank. Duodpfx Anovcq Daeysw Additional title: yeast-beer recovery Capacity: 7 hl/h Tol. operating pressure: 10 bar Tol. operating temperature: 85 °C Max. filter area: 26 m^2 Current: 4,85/2,8 A Voltage: 220/380 V Frequency: 50 Hz Operation / Control: Simatic S5 Features: 8 ceramic membrane modules (total filtration area 26.4 m2); high-pressure pump; 16 hl cleaning tank with agitator; various pipes, valves, measurement and control technology

Condition: used, Inkjet printer with two print heads and automatic print head alignment and calibration. Additional title: dual-head inkjet printer Speed: 293 m/min 10 characters per inch; single-line Number of lines: 5 Character height: 10 mm depending on font Power: 120 W Dujdpfx Anjw T Rwrjyjw Current: 100-120 / 200-240 V Frequency: 50/60 Hz Length: 480 mm Width: 361 mm Height: 553 mm Weight: 22 kg Operation / Control: Membrane keyboard; 5.7-inch LCD display Features: Membrane keyboard; 5.7-inch LCD display; print heads with connecting hose

Condition: used, Year of construction: 2007, Prominent water treatment plant, consisting of: 1. Softening: The raw water is fed into the double softener. Only one bottle is ever in operation and the other is in regeneration or stand-by. In the softener, calcium and magnesium are replaced by sodium. The system has a volume counter that switches to the other bottle when the preset quantity is reached. Regeneration takes place with saline solution from the brine tank. The value at the outlet is 0°dH. 2. reverse osmosis: Reverse osmosis fills the permeate tank with demineralised water, so-called permeate. Depending on the raw water quality, water temperature, condition of the membrane and correct setting, different conductance values and operating pressures result. The following flow rates are set during commissioning: Permeate 600 l/h, concentrate 200 l/h, corresponding to a yield of 75%. 3. permeate tank and ozonisation: The unpressurised 500 l permeate tank has an adjustable level control. For treatment with ozone, the water in the permeate tank is circulated via an adjustable ozone feed point. The ozone is generated from air in the ozone generation system by means of a silent electrical discharge and is available as an ozone-air mixture. The air and the undissolved ozone rise upwards in the permeate tank and are discharged via the residual ozone destroyer. A redox potential and ozone measurement is carried out after the centrifugal pump for monitoring purposes. The ozone dosage is set via the touch panel. You can choose between regulation via the redox potential or the ozone concentration. Djdpfsw Uvdgjx Anyeuw Additional title: Water softening, reverse osmosis system, ozone sterilisation Permeate output: 600 l/h Concentrate output: 200 l/h Ozone output: 5 g/h Max. working pressure: 16 bar Current: 2 A Voltage: 230 V Frequency: 50 Hz Water: < 5 bar (cooling water) Compressed air: 5,5 - 6,5 bar (max. 10 bar); max. 0,37 Nm³/h Operation / Control: Simatic S7-300, Touch Panel Position: free standing Base construction: Fully mounted on tubular frame with spherical feet Features: Reverse osmosis unit, reaction tank complete with residual ozone destroyer, ozone generator, ozone gas warning device, ozone and redox sensor, switch cabinets with control unit

Condition: used, Additional title: reverse osmosis Permeate capacity: 8000 l/h Feed: 10000 l/h Concentrate: 2000 l/h Max. overpressure: 16 bar Power: 6,5 kW Dsdpfxsxzqulj Anyouw Voltage: 3 x 380 - 415 V Frequency: 50 Hz Water: feed 2,5 - 5 bar Operation / Control: Simatic S7-300 Base construction: mounted on stainless steel frame Features: sterilising filtration; two pipes with membrane modules; chemical dosing with two dosing pumps; centrifugal pump (Lowara); various pipes, valves and measurement technology; switch cabinet with touch panel

Year of construction: 2001, condition: used, The Pall CFS system is designed as a single unit and can be installed directly in front of the filling line without the need for a buffer system. It is a completely independent process unit consisting of the following components: filter vessel Piping and connections Membrane cleaning system (CIP) integrity check Switchboard The hygienic design, the simple integrity test and the full automation ensure the microbiological safety of the system and usually allow the operation of the filling staff. Cluster filtering groups filter elements into clusters. Each cluster has its own outlet valve. During filtration, all clusters are open. Cleaning, sterilization and integrity testing are performed per cluster. Advantages of the CFS principle; Longer life Integrity testing on site Integrity diagnostics per cluster Special rinsing High specific flow rate Short flush times Constant flow in all candles Minimal water consumption Quick replacement of filter elements Controlled backwash Minimal beer loss High biological safety Constant availability With this filter system only preclarified products may be filtered, which have normally filterable properties in their composition. Max. filtration flow: 400 hl/h continuous Permissible operating pressure: 6 bar Permissible operating temperature: 105 °C Volume: 1456 l Current: 10 A Voltage: 220 V Water: cold water: min. 150 hl/h; hot water (max 65 ° C): min. 150 hl/h Compressed air: prepared compressed air: 4 - 6 bar; control air: 5 - 8 bar Length: 1,40 m Width: 1,20 m Height: 1,85 m Duodevcqx Dspfx Anyow Weight: 3450 kg Base construction: basic frame with control and measuring components and filter container; cleaning module Features: 98 filter cartridges, 3 piston diaphragm pumps (Dosage), centrifugal pump with frequency converter (WT circuit), various analog and digital sensors (flow, pressure, level, temperature, conductance), various valves, control cabinet

Year of construction: 1992, condition: used, The dealcoholisation is carried out by a dialysis membrane module consisting of up to 8 modules connected in parallel. The mass transfer is driven by the concentration gradient between beer and dialysate (water or dealcoholised beer). Additional title: dialysis Capacity: 3 hl/h remaining alcohol content: approx. original alcohol content: approx. 5 % Length: 3,6 m Width: 1,7 m Dujdpfx Asvcqktonyow Height: ca. 8,4 m Weight: 900 kg Operation / Control: Control cabinet with operating buttons and touch display Features: 6 membrane modules, column DN400; plate heat exchanger TS6-MFG, Alfa Laval, year of manufacture 2006

Condition: used, This listing is for a Medite A550 Rotary Microtome Developed and manufactured by experts in Germany The fully automatic Microtome A550 is the premium model for use in histology and histopathology as well as in research laboratories and in industrial quality assurance. With this microtome version, both the horizontal feed and retraction and the vertical cutting stroke are motorized. This means physical relief for the user during intensive, long-term use. Alternatively, the cutting stroke can also be carried out manually using the smooth-running handwheel, if, for example, sensitive cuts are necessary for very fragile tissue samples. The handwheel can easily be locked in any position using a spring lever. The proven, high-precision microtome mechanism is developed and produced in Germany and ensures maximum sectioning quality for continuously high sample throughput. The Microtome A550 impresses with its high functionality and attractive design that are focused on optimal ease of use. Settings relevant to the sections are entered via the intuitively operated membrane keyboard with digital display. The background color is freely selectable. The upper rotary push button on the left is used to switch between fine and coarse adjustment and to scroll through the menu. With the middle, larger rotary push button, the specimen clamp is simply moved back and forth. This can also be done using the keyboard. The sectioning speed can be set with the lower rotary push button and two different speeds can be selected for trimming and fine sectioning. Duedpfx Anexzgv Esyew

Condition: used, Year of construction: 2020, Used Cross-Flow Filter SEFILTRA up to 3000 L/h Introduction to Cross-Flow Filtration Firstly, the SEFILTRA cross-flow filtration is a cutting-edge solution in the bottling field. This specific model, the BF2-S SEF, produced in 2020, stands out for its capacity to process up to 3000 liters per hour. Moreover, cross-flow filtration uses organic membranes for optimal efficiency, representing an advanced and reliable technique in liquid treatment. Technical Features of the BF2-S SEF Furthermore, the BF2-S SEF by Sefiltra is currently in production and continues to demonstrate its efficiency and reliability. With a filtration speed of 3000 L/h, this system is ideal for medium-volume applications. Additionally, the organic membranes used in the cross-flow filter allow for an effective and gentle separation, preserving the liquid’s qualities intact. Safety and Documentation of the Cross Flow Filter SEFILTRA Safety is a top priority in the design of the BF2-S SEF. The system includes several safety features to ensure risk-free operation. Also, the machinery is supplied with comprehensive manuals providing detailed instructions for use and maintenance, ensuring that operators can manage it effectively and safely. Electrical Data and Maintenance Duodpfxjvgt Tfe Anyjw Equally important, the BF2-S SEF operates with a standardized electrical system: 400 V and 50 Hz, making it compatible with most industrial setups. The maintenance of the system is simplified by its intuitive construction and easy access to key components, thus allowing for efficient management and reducing machine downtime. Conclusion of the Cross Flow Filter SEFILTRA In conclusion, the “Used Cross-Flow Filter SEFILTRA up to 3000 L/h” is an optimal solution for those seeking an efficient and reliable filtration system. The combination of advanced technology, safety, and ease of maintenance makes the BF2-S SEF an excellent choice for modern bottling needs.

Condition: ready for operation (used), Year of construction: 1997, functionality: fully functional, stroke length: 230 mm, overall weight: 16,500 kg, controller manufacturer: Siemens, TECHNICAL DETAILS Max. part size: 1,250 x 2,550 mm Part thickness: 6 - 35 mm Heating plate dimensions: 1,600 x 2,800 mm Max. heating temperature: 140 °C Stroke: 230 mm MACHINE DETAILS Control system: Siemens Total connected load: 38 kW Weight: 16.5 t Dusdjyztn Rspfx Anyjw EQUIPMENT 2 aluminum tables Spare table PiN table