Condition: used, This listing is for the Sievers M9 TOC Analyser + Sievers Autosampler The unit is in full working condition and is ready for immediate use The Sievers M9 is a versatile Total Organic Carbon (TOC) analyzer designed for monitoring water quality across various applications—from ultrapure water systems to process and environmental streams. Offered in laboratory, portable, and online configurations, it excels in accuracy, efficiency, and automation. Key Features: Ultra‑wide detection range: From as low as 0.03 ppb to as high as 50 ppm (0.03 ppb–50 ppm) Scribd Fast analysis: Standard TOC results in about 2 minutes, with an optional Turbo mode enabling results every 4 seconds Membrane Conductometric Detection: Relies on UV/persulfate oxidation to convert organics to CO₂, measured with a sensitive membrane-based conductometric sensor—a method known for stability and precision Low upkeep: Minimal preventive maintenance required; calibration remains stable for up to 12 months Ease of use: Large touch-screen LCD, streamlined protocols, built-in error troubleshooting, intuitive database and data export capabilities Regulatory compliant: Supports major pharmacopeias (USP, EP, JP16, CP, IP) and designed for applications in pharmaceutical water (PW/WFI), cleaning validation, microelectronics, power, and more Versatile sample types: Accepts grab samples, sipper systems, or continuous online sampling (On‑Line model) Optional Enhancements: Stage 1 Conductivity Measurement: Can measure conductivity alongside TOC from the same vial—time-saving and efficient Inorganic Carbon Remover (ICR): Improves accuracy for samples with high inorganic carbon content DataPro2 Software: Enables advanced sampling protocols, integration of up to four analyzers, automated calibration/validation workflows, and compliance features like DataGuard for 21 CFR Online (On‑Line) capabilities: Provides continuous monitoring via USB, Ethernet, 4–20 mA outputs, and Modbus TCP/IP; robust IP‑45 rated enclosure for challenging Ibedpfexhdybex Aacoc

Condition: good (used), Container, granulate container, storage tank, lye tank -Container: stainless steel container, lye container with lid Iedpfx Aasxak Ntscobc -Capacity: approx. 1660 Ltr -Dimensions: 3770/940/H1540 mm -Weight: 603 kg

Year of construction: 2014, condition: excellent (used), Fryma Koruma MS65 Ball Mill Iodpfxsxbicbs Aacebc Serial: 102333 2014, Stainless contact parts, 316 SS, double jacketed, previously running on nut butters at 1000 litres per hour, Siemens HMI touch screen controls, 3Ph

Condition: used, Used Extraction unit comprising : Ø 1 DE DIETRICH stainless steel reactor • Capacity : 310 litre • Electric heating: 6 x 2 kW • Frame agitation Ø 1 stainless steel heat exchanger • Surface area : 2 m² • 29 tubes - Ø 20 x 150 mm Ø 1 stainless steel vessel 600 litre • Ø 900 x 1300 mm Ø 1 liquid ring vacuum pump • Type LOHE 25309 • Motor : 2.2 kw - Hp 3– Rpm 3000 – 3x 220/380 volts Specifications: Capacity: 82 gal Diameter: 35.4" Straight Side: 51.18" Ijdoxgfv Uepfx Aacjbc Material of construction: stainless steel Type of stainless: DE DIETRICH stainless steel

Condition: used, This listing is for 1 of 7 Watson Marlow 620S/R Peristaltic Pumps The units are in full working condition and ready for immediate use Design & Functionality The 620S/R model is part of the 600 Series of cased peristaltic pumps featuring a brushless DC motor equipped with digital keypad control (620S) and a sturdy NEMA 2 / IP31 vented, wipe‑down enclosure suited for dry industrial environments ,It operates at dual voltage (100–120 V or 200–240 V, 50/60 Hz) and includes features like MemoDose for one-shot dosing and wireless guard-switching for safety Ibedpfxjxhdx Do Aacoc The casing is chemically resistant, with powder-coated die-cast aluminium construction and an easy-to-clean membrane keypad Pump Performance Flow range: 0.00026 to ~4.23 gpm (equivalent to ~0.001 to 16 L/min) with the 620R pump head With newer 620RE LoadSure heads, the flow increases up to ~4.76 gpm (0.004–18 L/min) Pressure capability: Up to approximately 60 psi (4 bar) with the appropriate head and tubing Control accuracy: Exceptional 2,650:1 turndown ratio, fine speed control from 0.1 to 265 rpm in selectable increments (0.1, 0.5, 1, 2, 5, or 10 rpm), with 0.1% speed accuracy Pump Heads & Tubing The model supports the following interchangeable pump heads: 620R Mk II (continuous tubing, two rollers) 620RE and 620RE4 (LoadSure elements, two or four rollers) These heads are compatible with various tubing materials (e.g., Marprene™, Bioprene™, Sta‑Pure™, silicone) and sizes (typically 6.4 mm to 17 mm inner diameter) The 620RE and RE4 heads feature retractable rollers for easier cleaning (CIP/SIP) and rapid loading AFAB Lab Resources - Used Lab Equipment Physical Attributes & Construction Ingress Protection: IP31 (NEMA 2) for the standard 620S/R; there are IP66/NEMA 4X variants (e.g., 620SN/R) for environments requiring better dust and water resistance Weight: Around 19.6 kg (with 620R/RE head) to 20.1 kg (with 620RE4) Sound level: Less than 70 dB(A) at 1 m—relatively quiet for continuous industrial operation Advanced Features MemoDose: Delivers precise single-shot volumes—ideal for dosing applications Ramp function & non‑drip: Ramp improves handling of delicate fluids, preventing splashes/frothing, while non-drip minimizes residual drips at dose end (noted in related Di versions but often included in feature suites) Data export: Some models (e.g. 620S/RE) support RS‑232 export of batch records—important for GMP compliance

Condition: used, This listing is for 1 of 2 BWT LOOPO WFI Storage and Distribution System. The unit is in full working condition and is ready for immediate release. Overview This BWT LOOPO system is a high-performance Water for Injection (WFI) storage and distribution solution, designed for reliable and hygienic operation in pharmaceutical and biotech environments. Mounted on a robust stainless steel skid, the unit includes a high-grade stainless steel storage tank, engineered for ambient temperature WFI applications. The system features Siemens HMI controls for intuitive operation and precise system monitoring. Key Features - WFI Storage & Distribution at Ambient Temperature - 30 kW Power Capacity - Siemens HMI Touchscreen Interface - Fully skid-mounted for compact and efficient installation - Stainless steel construction throughout – skid and tank - Ideal for pharmaceutical-grade applications - Designed for continuous circulation to prevent stagnation and microbial growth Technical Specifications - System Type: Ambient WFI Storage & Loop - Construction: Stainless Steel (Skid & Tank) - Control System: Siemens HMI - Power Supply: 30 kW - Installation Type: Skid-Mounted - Year of Manufacture: 2016 Isdpfjxhdxwex Aacjbc Applications - Pharmaceutical manufacturing - Biotech production facilities - Cleanroom and GMP environments - Laboratories requiring sterile WFI distribution

Condition: used, This listing is for the This listing is for the Bruker microflex spectrometer mass The unit is in full working condition and is ready for immediate use The Bruker Microflex is a Matrix-Assisted Laser Desorption/Ionization Time-of-Flight Mass Spectrometer (MALDI-TOF MS), primarily used for rapid identification of microorganisms, biomolecules (like proteins and peptides), and polymers. It is part of Bruker’s MALDI Biotyper series Key Components: Laser Source: Nitrogen or solid-state laser (commonly 337 nm UV) Ion Source: Vacuum chamber with MALDI target plate Flight Tube: Measures time-of-flight of ions Detector: Converts ion arrival times into a mass spectrum MALDI Target Plate: Metal plate for spotting samples mixed with matrix How It Works (Simplified): Sample Prep: Mix analyte with a MALDI matrix (e.g., α-cyano-4-hydroxycinnamic acid). Laser Ionization: Laser hits the matrix, causing it to ionize the sample. Ion Acceleration: Ions accelerated into TOF analyzer. Detection: Time-of-flight is measured; smaller ions reach the detector faster. Spectrum: Mass/charge ratio (m/z) plotted vs intensity. Physical Specs (Approximate): Footprint: Desktop size (about 80 cm width) Weight: ~100–120 kg (varies by model/version) Power: Standard lab electrical supply Environment: Requires clean, stable temp/humidity condition Ibsdpfxexhdxqs Aacjc

Condition: used, This listing is for the GE Healthcare (now Cytiva) GE Axicrom 50/300 Chromatography column The unit is in full working condition and is ready for immediate use The AxiChrom line is a series of chromatography columns by GE Healthcare (now Cytiva), designed for preparative / process chromatography scale. The “50/300” refers to the diameter and tube length / “bed height” configuration. Key details: 50/300: This is the smallest of the larger-scale columns. The “50” refers to the internal diameter (ID) of the column tube (50 mm), and “300” refers to the bed height (300 mm) for the “short” version. There is also a “50/500” for longer bed heights (500 mm). Ibedpfsxhdxdex Aacsc It uses axial compression, meaning the packing medium is compressed hydraulically from the top adapter, which helps ensure uniform packing density. The materials are designed to meet regulatory standards (USP Class VI, etc.

Condition: used, This listing is for the GE Healthcare (now Cytiva) GE Axicrom 140/500 The unit is in full working condition and is ready for immediate use Iedjxhdw Tspfx Aacsbc AxiChrom is a family of large-scale, low-pressure chromatography columns made by GE Healthcare The “140/500” refers to a column with inner diameter (ID) 140 mm and bed height up to 500 mm (the “long-tube” version Typical Uses Process development, scale‑up trials, and small/full scale production of biomolecules (e.g. proteins, antibodies) in biopharma or biotech. As part of purification workflows where large volumes and high throughput are needed, but still under low pressure (i.e. not high‑pressure liquid chromatography)

Condition: used, This listing is for the Amersham Pharma 35L BPG Cromatography Column The unit is in full working condition and is ready for immediate use BPG stands for Bio‑Process Glass or BioProcess Glass (sometimes called BPG columns). They are process‑scale chromatography columns used in biopharmaceutical / downstream protein purification. Originally from Amersham / Pharmacia, now under GE Healthcare / Cytiva brands. Ibedpfsxhdw Hex Aacec Made to be hygienic, scalable, reproducible, for use in situations where high cleanliness, sterility, and regulatory compliance matter (e.g. GMP) A BPG column (short for BioProcess Glass column) is a process-scale chromatography column designed specifically for downstream purification in biopharmaceutical manufacturing — particularly for the purification of proteins, antibodies, and other biologics

Condition: used, This listing is for the Cytiva AxiChrom 300/300 Chromotography collumn The unit is in full working condition and is ready for immediate use AxiChrom is a line of low-pressure, axial compression chromatography columns designed for process development and manufacturing of biopharmaceuticals. They are built for GMP‐compatible use, scalable from lab/ pilot to full production 300 mm inner diameter (i.d.) 300 mm bed height (column length) or related bed volume configuration Features Axial compression packing (intelligent packing): preprogrammed / automated methods for packing, ensuring reproducible bed density / performance. “Swing‑out” tube or movable adapters: for large diameters (≥ 300 mm), the column tube swings out to allow easier access to the bed supports, seals and O‑rings. Sanitization / Cleaning / GMP compliance: Parts (“wetted” and “pressure retaining”) are traceable by batch, and materials comply with USP Class VI, 21 CFR part 177, EMEA regulatory requirements. Isdpsxhdwyefx Aacebc Cleaning and sanitization are feasible, including treatment with 1 M NaOH, with effectiveness for microbial and endotoxin removal. Flexible configurations: options for different bed heights (usually ~10‑50 cm for large diameters) and different bed support types

Condition: used, This listing is for the Sartorius MCA36201S-2S00-0 Cubis® II High Capacity Balance, 36,200 g x 100 mg The unit is in full working condition and is ready for immediate use Iedpfx Aexhdwgoacsbc The Cubis II line is a modular, high‑performance precision / high‑capacity balance series from Sartorius. This particular model (MCA36201S‑2S00‑0) is designed for applications needing a large weighing range (36.2 kg) with moderate resolution (0.1 g / 100 mg), combined with strong regulatory compliance, flexible hardware/software configuration, and advanced usability features Modular Design: The balance is part of a modular system — you can configure different weighing modules, display/control unit (MCA), draft shields, software application “QApps”, and accessories as needed. Auto Leveling: Motorized, automatic level adjustment helps reduce errors related to improper leveling. Environmental Sensors: Includes sensors for climate/environmental monitoring to help ensure stable, accurate operation. Data Integrity & Compliance: The Cubis II MCA models are designed for regulatory compliance (e.g. 21 CFR Part 11, GLP/GMP), with features like audit trails, user management, electronic signatures, and safe data transfer.

Condition: new, All Items Boxed in original Packaging. Supplier Catalogue No 5555305P9-SS-A EXPIRY DATE 31st July 2026 Ibjdpfx Aasxhdvcjcoc All Items Unused and boxed in there original Packaging - 4 Pieces Sartorius Lab Instruments Sartopure GF+ MidiCaps (0.65 µm, BH9, 4 pcs) are high-quality filter capsules designed for microbial removal and particle filtration in laboratory and industrial applications. Here’s a breakdown of their key features and specifications

Condition: used, This listing is for the Watson Marlow 323 Peristaltic Peristaltic Pump Ijdpfxjxhdu Es Aacjbc The unit is in full working condition and is ready for immediate use 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 the Autoclude Model V Peristaltic Pump Ijdpfxsxhduxo Aacsbc The unit is in full working condition and is ready for immediate use The Autoclude peristaltic pump is a type of tube (hose) pump made by Verderflex / Autoclude. Its defining feature is that only the flexible tube (or hose) inside the pump is in contact with the fluid being pumped. The rest of the pump (rollers, casing etc.) stay clean / isolated. This makes them good for contamination-critical, corrosive, slurry, or shear-sensitive fluids Design / Key Features Some of the design / functional features: Seal-less and valveless: Since fluid is contained within tube, no seals exposed to fluid or valves that could leak. Self-priming: Can start pumping without needing fluid completely filling the inlet, and often able to handle gas or ‘air’ in the line. Capable of running dry without damage (when tube material allows) for short durations. Electrolab Group Reversible flow: The rotor or drive can reverse, so flow can be reversed to purge lines, etc. Gentle pumping: Because fluid only contacts tube, and the shearing is limited, better for shear-sensitive liquids / slurries. Rapid tube replacement Stackable / multi‑head options: Some “easy tube loading” models allow several pump heads to be driven by a single drive unit, for multi‑channel or sampling/analysis setups

Condition: used, This listing is for 1 of 2 Cecil CE1021 Spectrophotometers The units are in full working condition and ready for immediate use The Cecil CE1021 is a single‑beam UV/Visible spectrophotometer in the Series 1000 line from Cecil Instruments. It’s designed for general laboratory work, including educational, quality control, and routine analytical tasks Features & Functionality Automatic functions at switch‑on: self‑test and calibration. The instrument calibrates itself on Lamp / filter switching: Automatic lamp and filter selection coupled to the wavelength chosen. For example, if you select a UV wavelength, it will switch in the deuterium lamp; if you stay in visible, that lamp can be turned off to save life. Absorbance Zero and 100% Transmission setting: Zeroing via button, both at absorbance zero (0 A) and full transmission (100 %T) automatically or by pressing buttons. “Peak Seek”: It has a function for automatically finding peaks, with baseline flattening. Useful for scanning spectra. RS‑232C Interface: There is a serial interface for connecting to a PC or printer in many units Iedjxhduljpfx Aacjbc

Condition: used, This listing is for the Magellan Tandem Gas Analyser Ibedpfexhdufex Aacsc The unit is in full working condition and is ready for immediate use Here’s a summary of the Magellan / H.E.L Tandem Gas Analyser (especially the Tandem PRO model), based on available specs and user info. If you want comparison with similar units, or more in‑depth performance data, I can also pull that together. The Tandem (Standard) and Tandem PRO gas analysers are instruments by Magellan Instruments / H.E.L designed primarily for monitoring O₂ (oxygen) and CO₂ (carbon dioxide) in gas streams. They are often used in biological / fermentation / bioreactor / cell culture / metabolic flux settings where gas composition is a key parameter

Condition: used, This listing is for the LABCOLD RLDF1520 Climatic Class 4 Refrigerator The unit is in full working condition and is ready for immediate use The LABCOLD RLDF1510 is a pharmacy / vaccine‑grade refrigerator designed for storage of temperature‑sensitive medicines, vaccines, or biological materials Iodjxhdthjpfx Aacsbc Some of its key specs and features: Feature Specification / Detail Capacity ~ 430 litres External Dimensions (H × W × D) 1860 mm × 600 mm × 700 mm Temperature Operating Range +2 °C to +8 °C (nominal operating ~5 °C) Control / Monitoring “IntelliCold™” controller, 24/7 temperature logging, alarms (high/low temp, door open, power failure) Insulation / Construction Enamelled steel exterior, corrosion‑resistant painted aluminium interior; fan‑assisted cooling; off‑cycle auto defrost Door Type Solid door (non‑glass) version Other Features Door lock with keys, access port for probe, remote alarm contacts, data storage (13 months) Power / Energy Use Often quoted ~ 5.52 kWh/24h (for a 440 L variant/related model) In short: this is a robust, regulated refrigerator intended for cold chain use (i.e. storage of medicines, vaccines, biologics) rather than for general domestic or food us

Condition: used, This listing is for 1 of 3 Watson Marlow 630S Peristaltic Pumps These units are in full working condition and ready for immediate use A peristaltic pump moves fluid through a flexible tube by sequentially compressing the tube (like a wave) which pushes the fluid forward. Because only the inner surface of the tube contacts the fluid, the pump mechanism is isolated from the fluid — this is useful for: Handling corrosive, abrasive or sterile fluids Avoiding contamination (the pump body doesn’t contact the fluid) Easy maintenance (replace the tubing rather than the pump’s internal components) Watson‑Marlow is a well-known maker of such pumps in lab, process, pharmaceutical, chemical, water treatment, and industrial settings. Typical applications / use cases Because of the flexibility, purity, and control of peristaltic pumps, the 630S is used in: Chemical dosing / metering (acid, base, reagents) Pharmaceutical / biotech processes Water / wastewater treatment Food & beverage (for sterile or food-contact fluids) Iodpfx Aoxhdtbjacsbc Laboratory and pilot-scale processing

Condition: used, This listing is for the Mettler Toledo ICS439 Weighing Terminal + Printer The unit is in full working condition and is ready for immediate use The ICS439 is a scale indicator / weighing terminal used to process signals from load cells (i.e. weight sensors) and display weight, tare, net, etc. It belongs to the ICS4_9 “wet environment / hygienic” family, meaning it is intended for use in harsher or wash‑down conditions (e.g. food processing, pharmaceutical, industrial) where water, cleaning, or humidity are a factor. It can function either as a standalone terminal (connected to a weighing platform) or as a compact scale (terminal + platform combined) depending on configuration Use Cases & Applications Isdpfxjxhdr Re Aacobc Often used in industrial / production settings for basic weighing and checkweighing (i.e. verifying whether a weight is above / below a target threshold) Particularly suitable for hygienic / wet environments (e.g. food processing, chemical, pharma) due to its high ingress protection and stainless steel construction. Can integrate into plant control systems via its communication interfaces to send weight data to a computer/PLC for automation or logging

Condition: used, This listing is for the Hitech Instruments GIR250 Gas Analyser The unit is in full working condition and is ready for immediate use The GIR250 is a bench‑top / transportable analyser designed to measure oxygen (O₂) and carbon dioxide (CO₂) simultaneously in gas samples. Ibsdpexhdqtefx Aacjc It is made by Hitech Instruments (now part of the MTL / Eaton group). Its design emphasizes ease of use, reliability, and low maintenance cost. Other supporting features: The instrument can be programmed with pass/fail criteria for each gas (alarms). It provides analog outputs, typically 4–20 mA, for external logging or control systems. Calibration is designed to be simple (via the front panel keypad) to reduce training burden. The O₂ galvanic cell is user-replaceable (i.e. maintenance can be performed in the field). Mechanical, Electrical & Operational Details The GIR250 is housed in a rugged, transportable case (lab-style) so it can be used as a benchtop or mobile analyser. Sample inlet and outlet connections use 0.25″ (~6 mm) tubing. The sample system should avoid condensation and contaminants; non‑condensing sample environment is required. Operating ambient temperature: –5 to +40 °C (for non‑condensing conditions) Power / interface: standard for bench‑top analysers (the catalogue doesn’t always detail it, but likely mains or DC supply, suitable for lab use) Typical Applications & Suitability Because it can measure both O₂ and CO₂ in a single unit, the GIR250 is used in applications such as: Respiration / breathing gas analysis / Douglas bag analysis (i.e. in physiological or experimental gas mixture measurement) Fermentation / bioprocess monitoring (where O₂ and CO₂ both matter) Gas mixture / inertisation / process gas quality (checking gas purity, calibrating mixtures) It is not primarily intended for measuring very low trace levels (ppm-level) of O₂ or CO₂ unless its ranges are suitably adapted or specified. The design is more for percent-range analysis

Condition: used, This listing is for the Julabo FL601 Recirculating The unit is in full working condition and is ready for immediate use The Julabo FL601 is a recirculating chiller engineered for routine cooling applications in laboratories and process environments. Designed for space-saving integration, energy efficiency, and ease of operation, the FL601 delivers precision temperature control with an extensive range of safety and connectivity features. Performance & Control Temperature Range: −20 °C to +40 °C Temperature Stability: ±0.5 °C via microprocessor PID control Cooling Capacity: Up to 600 W at +20 °C Pump Flow Rate: Up to 23 L/min at 1 bar Return Line Temp Limit: +80 °C The FL601 features reliable PID temperature control, making it suitable for continuous operation in demanding environments such as analytical instrumentation, rotary evaporators, and closed-loop process cooling. Design & Ergonomics The FL601 emphasizes ease of use and maintenance: Splash-proof keypad with large, bright LED display Accessible top-mounted filling port with lift-up cover Second hinged document tray for the user manual or install documents Removable front venting grid for quick cleaning of the condenser Front-facing drain tap for easy fluid replacement Integrated stainless steel bath tank with level indicator Compact footprint with front and rear ventilation only — no side vents — allowing side-by-side placement with other devices Smart Features & Connectivity RS232 interface for PC/lab system connectivity Potential-free alarm output (max. 30 VA) for external device integration IP21-rated housing (IEC 60529) for splash protection Optical and audible low-level alarm system for added safety Key Advantages at a Glance Feature Benefit Microprocessor PID control Stable, accurate temperature regulation Front-facing vents Space-saving design; units can be placed side-by-side Easy access filling & draining- Reduces downtime for maintenance Iedpfx Asxhf A Djacobc Integrated stainless steel bath tank Corrosion-resistant and durable Audible/visual alarms Ensures safe operation and early fault detection RS232 & alarm contact Ready for system automation and remote monitoring Quiet operation (~55 dBA) Suitable for sensitive lab environments Robust construction (~48 kg) Long-lasting performance in daily use Common Applications Rotary evaporators Refractometers Spectrophotometers Distillation units Jacketed reactors Heat exchangers Laser cooling and OEM equipment support

Condition: used, This listing is for the Watson Marlow 620 Du/R Peristaltic pump The unit is in full working condition and is ready for immediate use The 620DU is a process peristaltic pump (i.e. hose pump) designed for metering, dosing, and transfer of fluids. Because it is a peristaltic design, the fluid is contained entirely within the tubing, avoiding contact with internal moving parts (other than the tubing). It is suitable for remote control, automation, and integration into control systems (SCADA, factory logic, etc.). Wide control range & precision: The large turndown (2,650:1) gives flexibility to handle both very low and high flow rates with fine control. Remote / automation capabilities: Because it supports analog and digital interfaces, it’s well-suited for integrated systems. Pump protection & security: PIN locking helps avoid unintentional changes in process-critical applications. Low maintenance on non‑wetted parts: Since only the tubing contacts fluid, mechanical wear is mostly on the tubing, making part replacement simpler. Safe to run dry: Peristaltic pumps typically tolerate running dry without damage (unlike many positive displacement pumps). Reversible / ability to back‑flush: This is helpful when attempting to clear lines or avoid clogging. Limitations / Considerations Tubing wear / life: The hose or tubing is the consumable component. Chemical compatibility, pressure, and mechanical stress affect how often tubing needs replacement. Upper pressure / flow limit: While it handles decent pressure (~2 bar standard, possibly up to 4 bar variant), it’s not suited for very high-pressure pumping tasks. Ibjdpfx Aaoxhdt Ijcoc Enclosure limitations (non-“N” model): The standard 620DU is not fully sealed, so it may not be ideal for wet or harsh environments unless you use the “N” variant. Cost / complexity: More features, interfaces, and protection can make the system more complex (and costlier) to configure, install, and maintain.

Condition: used, This listing is for the Pierre Guerin 1000L Fermenter. The unit is in full working condition and is ready for immediate use. Overview The Pierre Guerin 1000L Fermentation System is a high-capacity, stainless steel bioreactor/fermenter engineered for process development, scale-up, and clinical or commercial production. With a working volume of approximately 700–800 litres, this system bridges pilot and production scale, delivering robust performance, exceptional process control, and full compliance with GMP and FDA requirements. Built by Pierre Guerin, a global leader in sanitary stainless steel process systems, the 1000L fermenter is ideal for demanding applications in biotech, pharmaceutical, food, and industrial biotechnology sectors. Key Features Advanced Bioprocess Control Automated Regulation: Precise control of pH, DO, temperature, agitation, antifoam, and feeding, with optional cascade control strategies. SCADA Integration: Seamless connectivity with Siemens, DeltaV, or Rockwell Automation for full process automation and data logging. Sterile Processing: Designed for SIP (Steam-in-Place) and CIP (Clean-in-Place) operation for maximum sterility and cleanability. Iodpfoxgqcmsx Aacobc Robust, Hygienic Design 1000L Total Volume with up to 800L working volume, ideal for late-stage development and pre-commercial production. 316L Stainless Steel Vessel: Internal surfaces electropolished to Ra ≤ 0.6 μm for hygienic and corrosion-resistant performance. Jacketed Construction: Provides accurate temperature control via integrated thermal fluid systems. Technical Specifications Model: Pierre Guerin 1000L Fermentation System Total Volume: 1000 liters Working Volume: Approx. 700–800 liters Vessel Material: 316L stainless steel Surface Finish: Ra ≤ 0.6 µm (electropolished), optional ASME BPE compliance Sterilization: Fully SIP-capable Agitation: Top- or bottom-mounted agitator with mechanical seal Temperature Control: Jacketed vessel with PID regulation Sensor Ports: For pH, DO, temperature, level, pressure, and foam control Applications Pharmaceuticals: Production of therapeutic proteins, enzymes, and vaccines Biotechnology: Cultivation of microbial, yeast, or mammalian cells Food & Beverage: Probiotics, fermentation-derived ingredients Industrial Biotech: Fermentation of biofuels, organic acids, and fine chemicals R&D and Pilot Production: Seamless scale-up from lab-scale to commercial batches System Components 1000L jacketed stainless steel fermenter with dished head and conical bottom High-efficiency agitator with variable speed drive Integrated control system with touchscreen HMI Gas flow regulation via MFCs (Air, O₂, CO₂, N₂) Foam and level control with automated dosing Sampling valve, exhaust condenser, and sterile utility connections CIP/SIP spray devices and drainable piping Quality Assurance Pierre Guerin systems are designed and built to meet global regulatory standards including GMP, FDA, and ASME BPE. Each system undergoes rigorous FAT (Factory Acceptance Testing) and can be delivered with full IQ/OQ documentation, 3.1 material certificates, and orbital weld documentation. Benefits High Productivity: Large working volume supports batch, fed-batch, or continuous processes Scalable Design: Mimics lab-scale conditions to ensure reliable scale-up Superior Cleanability: Full CIP/SIP compatibility and sanitary design Automation-Ready: Compatible with advanced control platforms Regulatory Compliance: Built for use...

Condition: used, This listing is for the Telstar Laminar Air Flow System. The unit is in full working condition and is ready for immediate use. Overview Telstar Laminar Air Flow (LAF) Systems provide a controlled clean air environment by delivering unidirectional, HEPA-filtered airflow designed to protect sensitive processes and personnel from particulate contamination. Engineered with precision and reliability, these systems are widely used in pharmaceutical, biotechnology, electronics, and food industries where contamination control is critical. Key Features Superior Air Quality Control Unidirectional Laminar Flow: Provides a smooth, uniform air stream that prevents cross-contamination by sweeping away airborne particles. HEPA Filtration: High-efficiency particulate air filters (≥99.99% removal of 0.3 µm particles) ensure ultra-clean air supply. Low Turbulence Velocity: Optimized airflow velocity for operator comfort and process protection. Flexible and Ergonomic Design Multiple Configurations: Available as vertical or horizontal laminar flow units to suit different process requirements. Compact & Modular: Easily integrated into laboratory benches, cleanrooms, or production lines. User-Friendly Interface: Intuitive controls and indicators for airflow velocity, filter status, and maintenance alerts. Technical Specifications Model Variants: Telstar offers various models with airflow rates tailored to application size and requirements. Airflow Velocity: Typically 0.3 – 0.5 m/s laminar flow velocity, adjustable depending on model. Filtration: H14 HEPA filters, tested to EN1822 standards. Construction: Stainless steel and powder-coated steel with antimicrobial finish options. Iedpfsxgqaxsx Aacsbc Noise Level: Designed for low acoustic emissions, suitable for laboratory environments. Applications Pharmaceutical Manufacturing: Sterile compounding, aseptic filling, and clean area protection. Biotechnology: Cell culture and sterile media preparation. Electronics: Clean assembly of sensitive components. Food & Beverage: Protection during packaging and ingredient handling. Research Laboratories: Sample preparation and analytical processes requiring contamination control. System Components High-efficiency HEPA filtration module Blower/fan assembly with speed controller Laminar flow plenum and diffuser Stainless steel or antimicrobial coated work surface Air velocity sensors and control panel Optional UV-C sterilization module Pre-filters and pressure gauges for maintenance monitoring Quality Assurance Telstar Laminar Air Flow Systems are manufactured according to ISO 14644 cleanroom standards and undergo rigorous factory testing for airflow uniformity, filtration efficiency, and noise levels. All units are documented with performance certificates to ensure compliance with industry regulations. Benefits Ensures a highly controlled, contamination-free work environment Protects sensitive processes and personnel from airborne particulates Easy installation and integration into existing cleanroom setups Simplifies compliance with GMP and cleanroom classification standards Designed for durability and ease of maintenance Conclusion The Telstar Laminar Air Flow System offers reliable, high-efficiency air cleanliness solutions tailored for sensitive industrial and laboratory applications. Its robust design, combined with superior airflow performance and ease of use, makes it an essential component for maintaining contamination-free environments.