Condition: used, This listing is for the Isotech IPS 303DD Power Supply The unit is in full working condition and is ready for immediate use Description For sale is a used Isotech IPS 303DD DC Bench Power Supply, a reliable and accurate unit ideal for electronics testing, lab work, or educational environments. This model features precise voltage and current control, dual digital displays, and fine/coarse adjustment knobs for both voltage and current, offering versatility and ease of use in any bench setup. Key Features Output Voltage: 0 – 30 V DC Output Current: 0 – 3 A Dual LED Display: Simultaneous voltage and current readout Adjustable coarse and fine controls Constant Voltage (CV) / Constant Current (CC) operation Overload and short circuit protection 4mm safety binding posts for secure connections Internal fan cooling for thermal management Ideal For Electronics hobbyists and repair professionals Cedpfexhfqhex Afusrh Engineering and science students Workshops, makerspaces, and test labs

Condition: used, This listing is for the ATi Portsens111 Gas Leak Detector The unit is in full working condition and is ready for immediate use The ATI PortaSens III is a portable, handheld gas leak detector designed for locating and measuring gas leaks across a wide range of environments—from chemical plants to pharmaceutical labs, food processing facilities, and confined spaces Key Features & Capabilities Interchangeable Smart Sensors Attaches a variety of pre‑calibrated smart sensor modules, each combining sensor, amplifier, and memory into one. These allow detection of 30 to over 60 different gases, depending on configuration Swapping sensors takes under a minute and requires no user calibration Built-in Sampling Pump & Flexible Wand Enables pinpoint detection of leak sources via one‑hand operation Color Touch-Screen Display Credjxhfqbjpfx Afush Features a backlit, graphic or touch-enabled LCD for easy reading in all lighting conditions Data Logging & Connectivity Includes a 4 GB internal data-logger, capturing millions of data points. Log intervals are programmable from 1 to 60 minutes, with USB connectivity for data transfer Power Options Runs on either rechargeable NiMH “D” cell battery or traditional alkaline D-cell batteries Alarms & Alerts Offers both visual and audible alarms—including low flow and low battery warnings—plus multiple gas concentration thresholds Supported Gases The D16 PortaSens III can detect a broad spectrum of gases, including but not limited to: Toxic gases: Hydrogen sulfide (H₂S), hydrogen peroxide (H₂O₂), formaldehyde, chlorine, sulfur dioxide, ammonia, and others Common industrial gases: Oxygen (O₂), ozone (O₃), carbon monoxide, carbon dioxide Specialty/exotic gases: Arsine (AsH₃), diborane, ethylene oxide, phosphine, silane, bromine, iodine, and more

Condition: used, This listing is for 1 of 2 Quattro Fluid SystemFlow 1000S These units is in full working condition and is ready for immediate use Overview & Application The Quattroflow 1000 S is a quaternary (four‑piston) diaphragm positive‑displacement pump—engineered for gentle, sterile handling of shear‑sensitive fluids such as proteins, vaccines, cell suspensions, and other biopharmaceutical or food-grade products. Its design features—like seal‑less operation, low shear, low pulsation, and dry‑run capability—make it ideal for critical applications including: Filtration systems: Tangential‑flow filtration (TFF), recirculation pumps, filter cartridges Crjdexhfp Repfx Afuoh Chromatography: Gradient mixing and feed pumps Centrifuge feeding and homogenization Aseptic filling lines and other sensitive processing tasks Commonly processed media include albumin, IgG antibodies, enzymes, vaccines, cell and virus suspensions, dairy products, and cosmetic or polymeric solutions. Technical Specifications Here’s what’s known about its performance and build: Flow rate: Continuously variable between ~25 to 1000 L/h (at atmospheric pressure); around 750 L/h at 6 bar (depending on configuration) Max Pressure: Up to 6 bar, with high‑pressure variants available upon request Drive mechanism: Four‑piston diaphragm setup actuated by an eccentric shaft; standard variant uses a 5° eccentric shaft reaching up to 1,800 rpm Material & Construction: Pump head: Stainless steel grades 1.4435 or 1.4539, optional alternatives (like PEEK) available Membranes: Santoprene (diaphragm), EPDM (valve membranes) Priming and Pumping Features: Self‑priming, dry‑run capable Four directional porting—pump orientation flexible No shaft seals or wetted rotating parts, minimizing wear and product heating Internal volume (filling volume): Approx 35 mL; designed to minimize dead volume and aid product recovery Connections: Standard ¾″ TC (Tri‑Clamp) sanitary ferrule; other flange types available Dimensions & Weight: Pump: 523 × 155 × 212 mm, ~23 kg Control unit (frequency inverter): 350 × 155 × 212 mm, ~6 kg Electrical: 230 V AC (50 Hz) via a control box with 6.3 A fuse; motor IP54, control box IP53 Key Advantages This model offers several standout benefits: Gentle, high‑integrity fluid handling—ideal for fragile biologics due to low shear and pulsation Contamination-free design—no mechanical seals, minimal abrasion Robust operation—powerful 370 W motor, simplified maintenance with fewer parts Aseptic and sterile process readiness—autoclavable, self‑draining, hygienic construction Installation adaptability—four flow directions, small footprint, flexible hookups

Condition: used, This listing is for the Thermo Scientific Precision CIR19 Heated Circulating Bath The unit is in full working condition and is ready for immediate use The Precision CIR‑19 is a robust and reliable lab tool tailored for high-precision temperature-sensitive workflows. Its strengths include excellent uniformity, precise digital control, safe operation features, and ease of maintenance. Whether you're incubating samples or performing delicate assays, it’s built to deliver consistent, reproducible results Overview & Applications The Precision CIR‑19 is a high-performance 19 L (5 gal) circulating water bath engineered for applications demanding strict temperature uniformity and control—think enzyme reactions, serological assays, or any sensitive method where thermal consistency matters. Key Features Perimeter-directed water flow for superior temperature uniformity. Coil-free internal design, making cleaning and maintenance a breeze. Microprocessor-based digital control, displayed via a monochrome LCD. Auto-on/auto-off timers and audible alarms, enhancing scheduling and safety. Low-fluid (dry-run) protection, guarding against overheating or damage. Cjdpjxhfpwefx Afuorh Hinged lid with extended height, ideal for accommodating taller labware. Supplied with a stainless steel gable cover, diffuser tray, and the quirky but useful rubber duck.

Condition: used, This listing is for the ICN Biomedicals Flow Gelaire BSB Class 2 Safety Cabinet The unit is in full working condition and is ready for immediate use Gelaire Class II Biological Safety Cabinets These are widely used internationally and are known for their high safety, energy efficiency, and ergonomic design. Key features include: Airflow & Protection They employ part-recirculating laminar airflow and separate H14 HEPA systems for both supply and exhaust. The design ensures a consistent air barrier at the front opening and maintains sterile downflow inside, all within a biodynamic sealing system that uses negative pressure around any positive-pressure zones. Eco® Control System A smart microprocessor actively regulates airflow to compensate for filter loading, manage power consumption, and maintain safe operational flow rates. Csdpoxhfpqjfx Afuorh Monitoring & Safety Alarms Cabinets offer real-time display of airflow velocities, internal and external temperatures, operation hours, filter life, and fan power factor. Audible and visual alerts warn of airflow deviations or other malfunctions. Standby power-saving modes and “blackout” reporting (in the event of power failure) are included. Construction & Ergonomics The housing features antimicrobial powder-coat finish, and interior zones are stainless steel (Type 304 for work zones, Type 316 for the tray). Hinged or electric sash options (depending on model) and ISO-aligned ergonomic design, noise under 60 dB(A), and smooth operation are standard. Options & Accessories Available extras include gas and vacuum taps, splashproof power outlets, UV germicidal lamps, different exhaust configurations (top, left, right), adjustable stands, carbon exhaust filters, armrests, and fumigation seals.

Condition: used, This listing is for the Envair Technology B102 Microbiological Safety Cabinet + Stand The unit is in full working condition and is ready for immediate use Overview: Envair Technology Bio 2 Essential (B102 Series) Certifications & Intended Use Fully compliant with BS EN 12469:2000, ensuring reliable biosafety standards. Envair Technology Suitable for handling biological agents up to ACDP Hazard Group 3, provided proper laboratory siting. Ideal for cell culture and related work. Envair Technology Design & Construction Width: 1200 mm. External body: Constructed from white polyester-coated mild steel. Work zone: Lined in 304-grade stainless steel with side-glazed panels. Work surface: Removable and dished, crafted from 316-grade stainless steel. Envair Technology Airflow & Filtration Offers recirculating or ducted configurations. Equipped with downflow HEPA filtration (Class H-14, ≥ 99.995% efficiency) according to EN 1822‑1 standards. Lighting & Fans Illuminated using low-energy LED lighting mounted external to the work area. Ventilation is powered by independent EC-type energy-efficient fans, both above and below the working zone. Envair Technology Crsdpfxoxhfpke Afuoh Control Interface Features an integrated positive-touch membrane control panel positioned above the work area, with animated display feedback. Comprehensive IQ/OQ documentation for validation. Envair Technology Compliance & Standards In addition to BS EN 12469:2000 and HEPA filter standards, the Bio 2 Essential cabinets also meet: IEC 61010‑1:2010 Air quality standards: ISO Class 5 (BS EN ISO 14644‑1:2015) and EU GMP Grade A.

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 Crsdpfx Afexhfpdoueh 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 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 Carbolite Gero AX Oven The unit is in full working condition and is ready for immediate use Csdpfx Afoxhfn Teujrh Overview: Carbolite Gero AX Laboratory Oven (Apex Series) The Apex AX series by Carbolite Gero comprises compact, bench‑top laboratory ovens designed for reliable and economical heating tasks up to 250 °C. It includes three models differentiated by chamber size: AX30, AX60, and AX120. Key Features Temperature Control: Uses an R38 digital PID temperature controller for precise and stable temperature management. Heating Mechanism: Employs fan‑assisted convection for rapid heating and uniform temperature distribution. Construction: Has a chemically resistant stainless steel liner, ensuring durability and easy cleaning. Shelving: Comes with two adjustable nickel‑chromium plated wire shelves. Door: Features a lever‑latch door with an airtight silicone seal to maintain chamber integrity. Safety Compliance: Meets BS EN 61010‑2‑010:2003 safety standards for laboratory equipment.

Condition: used, This listing is for the Stuart CB162 Hotplate Stirrer The unit is in full working condition and is ready for immediate use Overview: Stuart CB162 Hotplate Stirrer The Stuart CB162 is an analogue hotplate stirrer combining heating and magnetic stirring capabilities. It has traditionally been used in lab settings for tasks requiring both uniform heating and effective mixing. Key specifications include: Plate material: Glass ceramic — highly resistant to chemicals and heat, easy to clean, with cooler edges to reduce burn risk. Heating power: Approximately 500 W, capable of reaching a maximum plate temperature of about 450 °C. Stirring speed: Variable from ~100 to 1,500 rpm, using strong magnetic coupling. Crodpsxhfn Hjfx Afush Capacity: Effective for stirring up to around 15 litres. Safety features: A flashing "Hot" warning light that stays on if the plate temperature exceeds 50 °C — even when turned off or unplugged. Spill‑proof design and an independent safety circuit to prevent overheating. Product Status & Successors The CB162 model is now obsolete. It has been officially replaced by the Undergrad UC152, a newer analogue hotplate stirrer with similar features. The SB162, a similar model but with an aluminium‑silicon alloy plate, was replaced by US152

Condition: used, This listing is for the Carbolite PF30 Oven The unit is in full working condition and is ready for immediate use Summary The Carbolite PF30 is a versatile, reliable 28 L benchtop oven, offering: Fast and even heating up to 300 °C Excellent stability and temperature control A durable design with flexible configuration options Safety and efficiency suitable for a range of laboratory and industrial uses Standard Features Fan‑convection design ensures faster warming, uniform temperature distribution, and quicker recovery than natural convection models. R38 digital PID controller offers precise, stable control for models PF30 through PF200. Chemically resistant stainless steel liner for durability. Lever-latch door with an airtight silicone seal, minimizing heat loss and improving efficiency. Meets safety standard BS EN 61010‑2‑010:2003 for lab equipment safety compliance. Customizable Options (Specify When Ordering) Over‑temperature protection, ideal for protecting samples during lengthy unattended runs. Advanced digital controllers: Programmable or segment-style controllers with RS‑232/485 or Ethernet connectivity. Crsdpexhfnyjfx Afujh Thermocouple ports, cable entry, lockable doors, stacking frames, door‑isolating switches, viewing windows, interior lighting, air exhaust fans, moisture extraction, etc. Stoving & curing option, designed for solvent removal—includes exhaust fan and safety vent panel (not compatible with viewing window). Low-voltage variants, floor stands (fixed or castor-mounted), routine spares kits, reinforced shelves, and more.

Condition: used, This listing is for the Grant Bio PMS1000 Microplate Shaker The unit is in full working condition and is ready for immediate use Overview of the Grant bio PMS‑1000i Microplate Shaker Applications Ideal for mixing, incubation, and cultivation of biological or chemical samples in disciplines like microbiology, immunology, molecular biology, and biotechnology. Crodpfexhfntex Afush Common uses include immunoassays, high-throughput screening, colorimetric testing, and binding assays involving magnetic beads. Improves reproducibility by ensuring proper resuspension of PCR products, aiding in consistent optical density readings and better plasmid DNA yields. Key Features Shaking mechanism: Driven by a brushless, direct-drive motor, providing smooth and reliable motion. Speed range: Adjustable from 150 rpm to 1200 rpm, suitable for both gentle mixing and vigorous agitation. Plate capacity: Supplied with a platform for 2 microplates (standard-depth 96-well or 384-well), with an optional accessory (MPP‑4) for supporting 4 plates. Controls and display: Features a simple dial for speed adjustment, a 4-digit LED display indicating rpm and remaining time, plus a built-in electronic timer (1 min to 24 hours) with automatic shut-off. Secure plate fitting: Uses screw fittings to firmly hold plates in place, minimizing slippage during shaking. Technical Specifications Orbit diameter: 2 mm Dimensions: 90 mm (H) × 205 mm (D) × 220 mm (W) Operating temperature: 4 °C to 40 °C Power and consumption: External power supply (AC 120–230 V to DC 12 V), approximately 3.4 W (0.28 A)

Condition: used, This listing is for 1 of 2 Applikon BioPilot 70L Fermenter. The unit is in full working condition and is ready for immediate use Overview The Applikon BioPilot 70L is a fully integrated, pilot-scale fermentation system designed for microbial and cell culture applications in research, development, and small-scale production. Manufactured by Applikon Biotechnology, a global innovator in advanced bioreactor systems, the BioPilot 70L offers exceptional flexibility, process control, and scalability—bridging the gap between laboratory and production environments. Key Features Advanced Bioprocess Technology Precision Control: Integrated control of key parameters such as pH, dissolved oxygen (DO), temperature, agitation, and feed rates. Scalable Design: Built to mimic laboratory-scale conditions, enabling seamless scale-up to production volumes. Modular Automation: Compatible with Applikon ez-Control, DeltaV, or Lucullus® PIMS for sophisticated process control and data management. High-Quality Construction 70L Total Volume (50L Working Volume): Ideal for pilot studies, process optimization, and small-batch production. 316L Stainless Steel Vessel: Electro-polished and cGMP-compliant for pharmaceutical and biotechnological use. Jacketed Design: Enables precise temperature control via thermal fluid circulation. Technical Specifications Model: BioPilot 70L Total Volume: 70 liters Working Volume: 50 liters (typical) Vessel Material: 316L stainless steel, electro-polished Control Options: ez-Control, DeltaV, Lucullus® Sterilization: In-situ sterilizable (SIP) and Clean-in-Place (CIP) compatible Ports: Multiple ports for probes, additions, sampling, gas inlets/outlets Credpfsxhfngox Afuoh Applications Biopharmaceuticals: Production of recombinant proteins, enzymes, vaccines Industrial Biotechnology: Fermentation of bio-based chemicals and specialty metabolites Food & Beverage: Cultivation of probiotics and functional ingredients Academic & R&D: Process development, scale-up studies, and microbial strain screening System Components 70L stainless steel fermentation vessel (jacketed) Modular control tower or integrated skid system Peristaltic pumps for acid/base, antifoam, and nutrient feed Autoclavable or SIP-compatible sensors for pH, DO, temperature, and level Gas flow control via mass flow controllers (MFCs) or rotameters Harvest and sampling ports, exhaust condenser, and sterile connections Quality Assurance Applikon fermentation systems are engineered and manufactured under strict quality control standards, ensuring full cGMP and FDA compliance where required. Factory Acceptance Testing (FAT), documentation, and validation support are provided for regulated environments. Benefits Flexible Configuration: Customizable to meet process-specific requirements Reliable Scale-Up: Accurate replication of lab-scale conditions in pilot volumes High-Level Automation: Advanced monitoring and control systems for optimized yields Ease of Integration: Compatible with existing bioprocess infrastructure Compliance-Ready: Suited for regulated production and research environments Conclusion The Applikon BioPilot 70L Fermentation System is the perfect solution for companies and institutions needing a reliable, scalable, and compliant bioreactor platform. With precise control, robust construction, and full integration capability, it empowers bioprocess development from the lab bench to commercial readiness.

Year of construction: 2002, condition: used, This listing is for the GEA Westfalia CSC2006476 Separator The unit is in full working condition and is ready for immediate use. Overview The GEA Westfalia CSC2006476 is a compact, high-efficiency self-cleaning disc stack centrifuge developed for continuous solid-liquid separation in industrial processes. Engineered by GEA Westfalia Separator, a global leader in centrifugal separation technology, the CSC2006476 provides reliable, automated operation in a wide range of applications. Key Features Advanced Separation Technology Self-Cleaning Bowl: Integrated automatic solids discharge system allows for continuous throughput without manual intervention. Disc Stack Assembly: Precision-engineered conical discs optimize separation efficiency, even in complex mixtures. High Rotational Speed: Operating bowl speeds ensure strong centrifugal forces for effective solid-liquid or liquid-liquid separation. Industrial-Grade Design Durable Construction: Built for 24/7 operation in demanding environments. Sanitary Stainless Steel Design: Ideal for use in food, beverage, biotech, and pharmaceutical applications. Hermetically Sealed Bowl: Ensures contamination-free processing and safer product handling. Technical Specifications Model: CSC 20-06-476 Type: Self-cleaning disc stack centrifuge Bowl Series: 20 (compact/low-to-medium capacity range) Operation: Continuous operation with intermittent solids discharge Drive: Direct drive system for reduced vibration and energy efficiency Applications Pharmaceuticals: Protein extraction, purification of APIs Food & Beverage: Dairy clarification, juice polishing, fermentation broth separation Biotech: Biomass harvesting, enzyme recovery Chemical Industry: Clarification of process liquids, separation of catalysts Industrial Fluids: Wastewater treatment, oil recovery System Components Compact disc stack centrifuge bowl Automatic solids ejection system Programmable control cabinet Safety interlocks and process monitoring sensors CIP/SIP connections for hygienic cleaning and sterilization Benefits Compact Footprint: Space-saving design for integration into skid systems or tight production spaces Efficient Separation: High clarity outputs even with fine solids Continuous Productivity: Designed for non-stop operation with minimal manual handling Low Maintenance: Tool-less access to key components for fast cleaning and servicing Compliance Ready: Meets strict requirements for food-grade and pharmaceutical production Conclusion Crodpexhfm Nefx Afueh The GEA Westfalia CSC2006476 is a compact yet powerful self-cleaning separator, delivering dependable separation results for critical applications across pharmaceutical, biotech, food, and industrial sectors. Its design embodies the precision, reliability, and performance that define GEA’s German engineering excellence.

Year of construction: 2020, condition: used, This listing is for the Steris Reliance 380PG Washer/Disinfector. The unit is in full working condition and is ready for immediate use. Overview The Steris Reliance 380PG is a high-capacity washer/disinfector engineered for efficient cleaning and thermal disinfection of surgical instruments, utensils, and glassware. Manufactured by Steris, a global leader in infection prevention technologies, the 380PG combines robust construction, user-friendly automation, and advanced process control—making it ideal for central sterile services departments (CSSDs), laboratories, and pharmaceutical environments. Key Features Advanced Cleaning Technology Dual-Chamber Rack Design: Optimizes loading capacity and reduces cycle times for high-throughput operations. Programmable Microprocessor Control: Offers flexible cycle configuration with up to 50 user-defined programs. Thermal Disinfection: Achieves validated disinfection through controlled high-temperature rinse phases. Built for Demanding Use Stainless Steel Construction: Corrosion-resistant, durable 316L and 304 stainless steel ensures long-term reliability and hygiene. Double-Insulated Glass Doors: Provide thermal insulation and visual access to the chamber. Compact Footprint: Designed to maximize performance while minimizing floor space. Technical Specifications Model: Reliance 380PG Type: Washer/Disinfector Chamber Size: 10 DIN baskets (approximate) Control System: Microprocessor with digital HMI interface Cycle Capacity: Up to 120 DIN trays per 8-hour shift Construction: 316L stainless steel chamber, 304 stainless steel exterior Thermal Disinfection Temp: Up to 93°C (200°F) Applications Healthcare Facilities: Sterile processing of surgical instruments, containers, and reusable devices Pharmaceutical & Biotech: Cleaning of lab glassware, components, and production utensils Laboratory Settings: High-volume cleaning and disinfection of equipment and tools Research Institutions: Safe processing of experimental apparatus and reusable lab ware System Components Csdpfoxhfm Ajx Afusrh Dual-compartment wash chamber with rotating spray arms Built-in dosing pumps for detergents and disinfectants User-friendly touchscreen control panel HEPA-filtered drying system Reversible hinged doors for pass-through or single-door configurations Quality Assurance Each unit is built and factory-tested under rigorous quality control standards to ensure compliance with EN ISO 15883 guidelines for washer-disinfectors. Full cycle validation is available to meet the specific regulatory needs of your facility. Benefits High Throughput: Supports busy CSSD and lab workflows with fast, efficient cycles Validated Disinfection: Meets global hygiene standards through thermal disinfection Flexible Programming: Customizable cycles for a wide range of cleaning applications Ergonomic & Safe: Easy loading, intuitive controls, and safe operation Long-Term Durability: Engineered for daily use in high-demand environments Conclusion The Steris Reliance 380PG is a premium-grade washer/disinfector that sets the benchmark for performance, hygiene, and reliability in high-volume sterile processing. Whether in a hospital, laboratory, or pharmaceutical production facility, the 380PG delivers unmatched results with every cycle—backed by Steris’s legacy of innovation and support.

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. Crjdoxhfmpspfx Afush

Condition: used, This listing is for the Lytzen ISO Class 5 (Class 100) Depyrogenation Oven . The unit is in full working condition and is ready for immediate use. Overview Lytzen Depyrogenation Ovens are high-performance dry heat sterilizers designed for sterilizing and depyrogenating pharmaceutical containers such as glass vials, ampoules, and bottles. These ovens maintain ISO Class 5 (Class 100) cleanroom conditions throughout the entire process cycle, even at elevated temperatures. Manufactured in Denmark, Lytzen ovens are recognized for their advanced chamber design, precision engineering, and full GMP compliance. Codpfsxhfmcsx Afuerh Key Features ISO Class 5 at High Temperatures ISO 14644-1 Class 5 (Class 100) Certified: Maintains Class 5 air cleanliness throughout the entire cycle. Up to 280 °C Airflow Integrity: Delivers unidirectional HEPA-filtered airflow at temperatures up to 280 °C, enabled by Lytzen’s unique chamber construction and filter suspension system. Continuous Clean Air Protection: HEPA filtration remains stable and effective during heating, sterilizing, and cooling phases. Validated Depyrogenation & Sterilization Dry Heat up to 280 °C: Validated for both sterilization and ≥3-log reduction of endotoxins. Exceptional Uniformity: Ensures reliable and consistent processing of glassware and components. High Load Capacity: Designed to support both small and large-scale pharmaceutical operations. Technical Specifications Cleanroom Classification: ISO 14644-1 Class 5 (Class 100) maintained throughout the cycle Operating Temperature: Up to 280 °C continuous operation Airflow Type: Unidirectional laminar airflow Filtration: HEPA H14 filters with advanced suspension system Chamber Material: AISI 316L stainless steel interior Controls: Siemens HMI interface Validation: GMP-compliant; supports IQ/OQ/PQ and CFR 21 Part 11 compliance Applications Pharmaceutical: Vial, ampoule, and glassware depyrogenation Biotech: Sterile preparation of components before aseptic fill Sterile manufacturing: Endotoxin removal for GMP environments Laboratory: Pilot-scale sterilization and dry heat validation Benefits True ISO Class 5 at 280 °C – unmatched cleanroom integrity during high-heat operation Regulatory Confidence – supports global GMP and FDA requirements Superior Engineering – long filter life and low maintenance through innovative construction Process Consistency – validated, repeatable depyrogenation cycles Scalable Solutions – available for lab, pilot, and full production use

Condition: used, This listing is for the Grant GD120 Water Bath/Circulator The unit is in full working condition and is ready for immediate use The Grant GD120 is a digitally controlled stirred water bath and circulator ideal for laboratory use, offering high precision and flexibility. Here's a breakdown of its features and capabilities: Key Features Immersion Thermostat with Intelligent Control Optimisation (ICO): Enables adaptive PID control for exceptionally stable temperature regulation. Integral Pump: Built-in circulation pump with a maximum flow rate of 17 L/min, allowing both sample immersion and external fluid circulation. User Interface: Equipped with a clear digital display, a rotor plus two-key control, timer function for reaction timing, and visual + audible alarms to notify operators of critical conditions. Preset Temperature Control: Supports one adjustable operating setpoint plus three preset temperature options for fast switching. Safety Features: Includes float-switch low liquid protection and an adjustable over-temperature cut-out for sample and user safety. Liquid Type Selection: Automatically adjusts heater power and temperature parameters depending on chosen liquid (e.g., water, oil, glycol mixtures). Temperature Range & Accuracy Plastic Tanks (P-series): From around ambient +5 °C up to ~99 °C. Stainless Steel Tanks (S-series): From –15 °C up to ~120 °C. High Stability: ±0.02 °C for stable temperature control. Technical Specifications & Obsolescence The GD120 series includes multiple tank sizes: plastic tanks (P5, P12, P18) and stainless steel tanks (S5, S12, S18, S26, S38), offering varied capacities for different lab needs. This series is now considered obsolete, though it remains functional and reliable for many applications. Supporting Documentation & Manual Codpoxhfl Eofx Afuerh Operating Manual: The GD120 is covered by the general purpose stirred thermostatic baths manual (shared with GD100), outlining temperature settings, calibration procedures, safety guidance, and maintenance. Datasheet Summary: Positioned within the broader Grant Optima product range, the GD120 sits between simpler (GD100, up to 100 °C) and higher-spec models (GR150 up to 150 °C, GP200 up to 200 °C)

Year of construction: 2002, condition: used, This listing is for the Ehret STE 1610/2/100 Sterilising Oven. The unit is in full working condition and is ready for immediate use. Overview The Ehret STE 1610/2/100 Sterilising Oven is a high-performance dry heat sterilizer designed for reliable and consistent sterilization of laboratory and pharmaceutical materials. Manufactured by Ehret, a trusted German brand in thermal processing equipment, the STE 1610/2/100 delivers precise temperature control and robust performance, making it ideal for applications requiring sterilization without moisture, such as glassware, metal instruments, and heat-stable laboratory components. Key Features Precise Dry Heat Sterilization High-Temperature Range: Operates up to 250 °C, suitable for complete sterilization and thermal decontamination. Uniform Temperature Distribution: Advanced air circulation ensures even heat distribution throughout the chamber. Validated Sterilization Cycles: Ideal for sterilizing glass, metal tools, and other heat-resistant materials with accuracy and repeatability. Robust Construction & Ergonomic Design Durable Stainless Steel Chamber: Corrosion-resistant and easy to clean, suitable for repeated sterilization cycles. User-Friendly Controls: Digital temperature controller with display for accurate setpoint adjustment and monitoring. Safety Features: Over-temperature protection, door interlock, and visual/audio alarms for enhanced operational safety. Technical Specifications Model: STE 1610/2/100 Temperature Range: Ambient +5 °C to 250 °C Chamber Volume: Approx. 100 litres Heating Method: Electrically heated with forced air circulation Temperature Control Accuracy: ±1 °C Crsdpfx Afexhflxeueh Construction: Stainless steel inner chamber; powder-coated steel exterior Control System: Digital PID controller with safety cut-off and time functions Power Supply: 230 V / 50–60 Hz (depending on configuration) Applications Pharmaceutical Laboratories: Dry sterilization of vials, stoppers, and instruments Medical Facilities: Sterilizing surgical tools, metal parts, and reusable components Research & Diagnostics: Sterilization of labware and experimental setups Industrial & QA Labs: Heat treatment, drying, and thermal conditioning of materials System Components Electrically heated drying/sterilization chamber Forced air circulation fan for uniform heating Digital control panel with setpoint and actual temperature display Safety thermostat with alarm system Removable shelving for flexible loading Quality Assurance All Ehret STE ovens are manufactured in compliance with DIN and ISO standards and undergo rigorous quality testing at the factory. Designed for reliable long-term use, the units support calibration, validation (IQ/OQ), and GMP documentation where required. Benefits Reliable Sterilization: Proven performance across thousands of cycles Accurate & Uniform Heating: Ensures consistent results and safe sterilization Low Maintenance: Durable components and easy-to-clean surfaces Safety-Compliant: Built with laboratory and industrial safety standards in mind Compact Footprint: Fits easily into lab or cleanroom environments Conclusion The Ehret STE 1610/2/100 Sterilising Oven is a dependable, precision-controlled dry heat sterilizer built for modern lab and pharmaceutical environments. Its combination of German engineering, validated performance, and operator-friendly design makes it a trusted solution for high-integrity sterilization processes.

Condition: used, This listing is for the Carl Padberg GZ651 Centrifuge. The unit is in full working condition and is ready for immediate use. Overview The Carl Padberg GZ651 Centrifuge is a robust, high-capacity industrial centrifuge engineered for reliable solid-liquid separation in demanding processing environments. Manufactured by Carl Padberg Zentrifugenbau GmbH in Germany, the GZ651 combines precision engineering, heavy-duty construction, and long service life making it a trusted solution for sectors including pharmaceuticals, chemicals, food processing, and biotechnology. Key Features Efficient Separation Performance High Throughput: Designed to handle large batch volumes with consistent separation quality. Versatile Application: Suitable for a wide range of products, including suspensions with fine solids or high solid content. Optimized Centrifugal Force: Provides efficient clarification and dewatering for both coarse and fine solids. Heavy-Duty, Low-Maintenance Design Rugged Construction: All critical components manufactured from high-grade stainless steel for corrosion resistance. Precision Balancing: Minimizes vibration and extends bearing and drive life. Easy Cleaning & Maintenance: Simple disassembly for inspection and cleaning; designed for frequent use in hygienic environments. Technical Specifications Type: Industrial basket centrifuge Csdpfxjxhflls Afuorh Bowl Diameter: Approx. 650 mm Drive: Belt or direct drive with vibration isolation Material of Construction: Stainless steel (product-contact surfaces) Operation: Batch processing, top loading Discharge Method: Manual solids removal or scraper system (depending on configuration) Control System: Optional automated control with speed regulation and safety interlocks Applications Pharmaceutical Production: Separation of active ingredients, intermediates, and API recovery Chemical Processing: Solid-liquid separation of chemicals, catalysts, and intermediates Food & Beverage: Clarification of liquids and removal of process solids Biotechnology: Harvesting biomass, separating fermentation products Industrial Processes: Sludge dewatering, waste recovery, and mineral separation System Components High-strength rotating basket Drive motor and belt/pulley system or direct-drive assembly Vibration damping system Safety interlocks and emergency stop Optional inert gas purging for explosive or sensitive products Control panel with speed and cycle time settings Quality Assurance The Carl Padberg GZ651 is manufactured to German engineering standards with a focus on operational safety, performance reliability, and ease of maintenance. Each centrifuge undergoes rigorous factory testing to ensure compliance with customer specifications and applicable safety directives. Benefits Durable & Reliable: Engineered for continuous industrial operation over many years Flexible Operation: Can be adapted for different products and process requirements Low Vibration & Noise: Precision balancing ensures smooth operation Easy to Service: Simple access to key components for cleaning and maintenance Proven Track Record: Trusted by manufacturers in regulated and high-volume industries Conclusion The Carl Padberg GZ651 Centrifuge offers a robust, proven solution for high-performance solid-liquid separation. With its heavy-duty build, versatile application range, and reliable German engineering, it delivers dependable results in demanding industrial and pharmaceutical processing environments.

Year of construction: 2016, condition: used, This listing is for the Pierre Guerin 3000L Fermenter. The unit is in full working condition and is ready for immediate use. Overview The Pierre Guerin 3000 L Fermentation System is a premium large-scale bioprocessing platform designed for high-capacity, GMP-compliant production. Built for microbial and cell culture applications, it combines precision engineering, automated control, and hygienic design to deliver consistent, scalable results. This system features a dual-vessel configuration, including a seed (inoculation) vessel for culture preparation and a main 3000 L fermenter for full-scale production. Key Features & Components Main Fermentation Vessel – 3000 L Jacketed, 316L stainless steel construction with polished internal finish, conical bottom, and integrated CIP/SIP capabilities. Seed Vessel (Inoculum Tank) Smaller capacity vessel enabling staged process start-up for optimal culture transfer. Agitation System Variable-speed agitator (mechanical or magnetic drive) with low-shear mixing capability for diverse culture types. Credoxhflfjpfx Afush Temperature Control Full jacket for heating and cooling with steam or glycol for precise temperature management throughout the batch. Instrumentation Suite pH, dissolved oxygen (DO), temperature, pressure, and foam sensors for real-time monitoring and closed-loop control. Process Piping & Valves Sanitary pipework and automated valve manifolds for controlled delivery of gases, nutrients, antifoam, and pH control agents. Pumps & Dosing Systems Multiple peristaltic or diaphragm pumps for accurate, programmable feeding and reagent dosing. Control System PLC-based control platform with touchscreen HMI for batch automation, recipe management, data logging, and potential SCADA integration. CIP/SIP Systems Integrated Clean-in-Place and Steam-in-Place functionality for rapid sterilization and minimal downtime between batches. Applications Biopharmaceutical manufacturing (vaccines, recombinant proteins, enzymes) Industrial biotechnology (biofuels, organic acids, specialty chemicals) Pilot-to-commercial scale fermentation processes Advantages Scalable & Flexible – Dual-vessel design supports smooth inoculation scale-up. GMP-Ready – Sanitary construction and automation aligned with regulatory standards. High Throughput – Optimized for continuous, high-volume production. Data Integrity – Comprehensive monitoring and logging capabilities.

Condition: used, This listing is for the Thermo Scientific Vanquish UHPLC Sytem The unit is in full working condition and is ready for immediate use Overview: Thermo Scientific Vanquish UHPLC Systems 1. Autosampler Purpose: Introduces the sample into the mobile phase stream automatically. Picks up sample from vials, plates, or tubes Injects with high precision (often nL to µL volume range 2.Pump Module Purpose: Delivers the mobile phase (solvent) through the system at high pressure. Binary pump: Mixes two solvents at high pressure. Ideal for fast gradients. Quaternary pump: Mixes up to four solvents at low pressure. More flexible, but slower gradients. Codpfx Aexhfkzsfusrh Controls flow rate (e.g., 0.001–5.000 mL/min) Enables gradient elution (changing solvent composition over time 3.Detector Module (x2) Purpose: Detects and measures analytes as they elute from the column. Diode Array Detector (DAD/UV-Vis) – most common; detects UV-absorbing compounds Fluorescence Detector – for fluorescent compounds Charged Aerosol Detector (CAD) – universal detection for non-UV compounds Refractive Index Detector – for sugars, polymers MS (Mass Spectrometer) – advanced, highly sensitive detection Thermo Fisher’s Vanquish platform includes several variants tailored to different analytical needs—from routine HPLC to ultra-high-throughput and low-flow LC–MS workflows: Vanquish Flex UHPLC: Offers flexible HPLC/UHPLC method development and operates up to 1000 bar. It supports binary, quaternary, and dual pumps, plus intelligent tools like solvent monitoring and optional touchscreen interface. Vanquish Horizon UHPLC: Built for maximum performance, offering ultra-high pressure (up to 1500 bar), ultra-low gradient delay volume, biocompatible flow paths, and exceptional retention time stability and detector sensitivity. Vanquish Neo UHPLC: Designed for next-gen low-flow LC‑MS workflows (nano‑ to micro‑flow), delivering high‑sensitivity, high‑robustness separations. Vanquish Analytical Purification LC: Specialized for precise fractionation—high pressure (700–1500 bar), customizable flow (up to 10 mL/min), integrated fraction collector, multimodal detection, and advanced automation. Key Features Across the Platform Modular Design: Choose components (pumps, samplers, detectors, thermostatting units) to configure a tailored system. Most models offer biocompatible flow paths and Viper fingertight fittings for low dead‑volume, tool‑free setup. Temperature Control: High-performance column compartments with active/passive heating, pre‑heating, and post‑column cooling to manage frictional heating and improve reproducibility. Detection Options: Available detectors include Diode Array (with LightPipe optics for superb sensitivity), Charged Aerosol Detector (CAD) for near‑universal detection, fluorescence, multi‑wavelength, refractive index, and mass spectrometry detection. Software Integration: Fully compatible with Chromeleon CDS (with SII for streamlined MS integration), plus Xcalibur and TraceFinder for LC‑MS workflows. MS Integration: Vanquish systems interface seamlessly with Thermo MS platforms—Triple Quadrupole and Orbitrap—for sensitive, accurate mass analysis. Operational ROI: Thermo highlights reduced unplanned repairs, improved productivity, and net-zero ambitions through renewable-powered manufacturing.

Year of construction: 2002, condition: used, Lancer 1600 PCM Stainless Steel Washer Overview The Lancer Washer Infeed Type 1600 PCM DPSS is a superior pharmaceutical production washer designed to exceed all GMP requirements Ehret Technologies – Trio-Tech International. This industrial-grade washing system is specifically engineered for pharmaceutical and laboratory applications where stringent cleaning standards are essential. Key Features Designed to provide an adequate cleaning process using mechanical, thermal and chemical cleaning properties ETO Sterilizer - Fully Automatic ETO Sterilizer, Hospital Sterilizer Manufacturer Multi-level washing capabilities for maximum efficiency GMP (Good Manufacturing Practice) compliant design Pharmaceutical-grade construction and validation Chamber Specifications Internal chamber dimensions: 33 5/8"H × 27 3/4"D × 27 3/4"W ETO Sterilizer - Fully Automatic ETO Sterilizer, Hospital Sterilizer Manufacturer Large capacity design for high-volume processing Multiple rack positions for flexibility Construction & Materials 316L Stainless Steel Construction: Pharmaceutical-grade stainless steel throughout for corrosion resistance and easy sanitization Credsxhfkuopfx Afush cGMP Compliant: Meets current Good Manufacturing Practice requirements Robust Design: Built for continuous industrial use in demanding environments Control System Microprocessor-controlled operation Multiple programmable wash cycles Process monitoring and documentation capabilities Applications Pharmaceutical manufacturing equipment cleaning Laboratory glassware and instrument washing Medical device processing Research facility applications Biotechnology equipment cleaning Technical Specifications Model: 1600 PCM (Pharmaceutical Cleaning Module) Construction: 316L Stainless Steel Compliance: cGMP, FDA regulations Operation: Automated wash/rinse/dry cycles Chemical Integration: Automated detergent and rinse aid dosing Validation: IQ/OQ/PQ documentation available Benefits Ensures consistent, validated cleaning results Reduces manual labour and contamination risk Meets strict pharmaceutical industry standards Large capacity increases throughput Automated operation improves efficiency and traceability This washer represents Lancer's commitment to providing pharmaceutical-grade cleaning solutions that meet the most demanding industry requirements for cleanliness, validation, and regulatory compliance.

Condition: used, This listing is for the Thermo Scientific Nicolet IS050-IR Spectrometer + 2 Packs accessories The unit is in full working condition and is ready for immediate use An advanced FT‑IR spectrometer designed as an all‑in‑one materials‑analysis workstation. It’s built to provide definitive answers in analytical workflows, offering lab-ready versatility and performance. News-Medical Marketed as the first research-grade FT‑IR with one‑touch operation, delivering access to multiple techniques with minimal manual intervention Key Features & Capabilities Hardware Highlights: Dual-source capability—includes both a durable Polaris IR source and a tungsten-halogen white light source. Three detectors in the main sample compartment, plus high-resolution optics as standard. Gold reflective optics by default (aluminium available), plus a validation wheel and motorised energy screens for tuning intensity. Optional motorized purge shutters, optical filters, and polarizers, along with selectable beam configuration (collimated or focused). Codpfoxhfknex Afuorh Expandable Module Options: You can easily expand capabilities—without swapping hardware—using “one-touch” modules: Diamond ATR (Attenuated Total Reflectance) covers mid- and far‑IR spectra. Automated Beamsplitter Exchanger (ABX) allows automatic switching between IR ranges. Raman accessory—placed in the sample compartment—enabling video‑guided, fluorescence‑free Raman spectroscopy. Near-Infrared (NIR) module with integrating sphere and fiber‑optic options for bulk solid/liquid analysis. TGA‑IR and GC‑IR modules—integrate with thermal or gas chromatography systems for in-depth material identification. TEC-MCT (thermoelectrically cooled) detectors for high-speed, sensitive IR detection without liquid nitrogen. Performance & Usability: Spectral range spans from far-IR to near-IR and even into the visible, with resolution better than 0.09 cm⁻¹. Automated performance verification using NIST-traceable standards ensures accuracy and consistency. Cloud-enabled data access via Thermo Fisher Connect and OMNIC Anywhere app—sync, share, and analyze spectral files remotely on any device. Ideal Applications The system is suitable for an impressive range of fields, including: Polymers and rubbers Forensic analysis Pharmaceuticals Pigments, paints, inks Food, flavors, oils General laboratories with multi-technique demands

Condition: used, This listing is for the CAS Biomat 2 Microbiological Safety Cabinet with Stand The unit is in full working condition and is ready for immediate use The BioMat 2 is a Class II microbiological safety cabinet—also known as a biosafety cabinet—designed to protect the user, the sample (or product), and the environment during handling of potentially hazardous or sterile biological materials Key Features & Capabilities Protection & Compliance Meets the European standard EN 12469:2000 for microbiological safety cabinets It shields both the operator and the product through an inward air curtain (front sash) and sterile downflow over the work surface. Aerosols and contaminants are filtered through HEPA filters before being exhausted or recirculated Construction & Safety Built with a 1.5 mm mild steel outer shell and 304 stainless steel interior. Side panels are made from 5 mm UV-resistant toughened glass Cjdpfsxhfkbsx Afusrh Include safety alarms, airflow monitoring, and robust sealing under negative pressure to prevent leaks

Condition: used, This listing is for the LEEC P33 Mk 11 Proportional Temperature Controller The unit is in full working condition and is ready for immediate use LEEC P33 Mk 11 Proportional Temperature Controller (Precision Incubator) This unit is a microprocessor-based PID (Proportional‑Integral‑Derivative) temperature controller, designed to deliver exceptionally stable temperature regulation within the LEEC P33 Precision Incubator. Key Features & Performance Highly Accurate Regulation: Maintains temperature within ±0.1 °C at 37 °C—ideal for sensitive biological and laboratory applications. Dual Temperature Display: Clearly shows both the user-set "target" and the current "actual" temperature on a digital LED display, with indicators for when heating is active. Proportional (PID) Control: Employs PID control through low-wattage heating elements profiled to avoid hot spots. This ensures smooth transitions and precise thermal stability. Fast Recovery & Uniformity: Recovery Time: Approximately 6 minutes to return to set temperature after door opening. Uniformity: Achieves ±1.0 °C variation across the chamber. Fan-Assisted Circulation: Twin fans create gentle, full-width airflow; fans automatically shut off when the door opens to reduce heat loss. Safety Cut-Out: A digitally adjustable over-temperature safety cut-out prevents accidental overheating; visual indicators and alarms streamline monitoring. Context: P33 Precision Incubator Specifications Temperature Range: From at least 5 °C above ambient up to +60 °C. Capacity & Construction: Chamber Volume: 730 litres, built from stainless steel. Crodpfx Asxhfi Refuoh Dimensions: External—1550 × 1270 × 660 mm; Internal—1275 × 1140 × 490 mm. Weight: 225 kg. Mobility: Castor wheels are included—lockable for stability. Power: 600 W rating for heating operation. Optional Accessories: Additional shelves (L3) Internal power point (PP) External cooling unit required for operation near or below ambient temperature (e.g., LEEC recirculating cooler) Summary The LEEC P33 Mk 11 proportional (PID) temperature controller offers precise, stable, and responsive control—maintaining ±0.1 °C at 37 °C with fast recovery and uniform temperature distribution. It features handy dual displays, safety cut-outs, and is complemented by a robust chamber design. Perfectly suited for high-demand laboratory and incubation applications.