Used Robi for sale (381)

Condition: like new (used), Year of construction: 2025, functionality: fully functional, controller model: DC241 EEC, workpiece height (max.): 3 mm, swivel angle A-axis (max.): 105 °, swivel angle B-axis (max.): 180 °, As-new Hexagon Global S Blue Coordinate Measuring Machine! TECHNICAL DETAILS Probe Interface (CMM): TKJ Probe Weight: 350 g Total Weight: 480 g Measuring Performance Probing Force: 5 µm Measuring Range: 2 mm Maximum Measuring Distance: 14 mm Resolution in Z-Axis: 66 nm Lateral Resolution: 6 µm Angular Acceptance: ±30 ° Max. Measurable Thickness: 3 mm Spot Diameter: 12 µm LED Area Light Illuminated Area: 780 × 780 mm Overall Dimensions: approx. 860 × 840 × 20 mm Weight: approx. 19 kg Load Capacity: max. 50 kg Isdox Sx Nuopfx Addsal Stylus Shank Diameter: 3 mm Shank Length: 50 mm Ruby Ball Diameter: 5 mm Thread: M3 Angular Rotation Steps: 2.5° A-Axis: ±105° B-Axis: ±180° Rotation Speed: 90° in 2.5 s Max. Extension Length: 450 mm Recommended Drive Torque: max. 1.4 Nm Positioning Repeatability: 0.5 µm at 100 mm from the A-axis center MACHINE DETAILS Control System: DC241 EEC Control Compatibility: HH-C-V2.0, HH-CA-V2.0 with HR-R automatic probe changer rack Electrical Data Supply Voltage: DC 5 V to 6 V Current Consumption (normal): 50 mA Current Consumption (min): 30 mA Current Consumption (max): 150 mA (pulsed) Protection Class: IP40 (IEC 60529) Temperature Range: 16 °C to 26 °C EQUIPMENT Windows 10 Operating System Interactive 3D Graphical Capability Computer-Simulated Measuring Machine Environment Bidirectional Interface to CAD Systems: IGES, VDA, DXF, and STEP Processing of 2D, 3D, wireframe, and surface models Curve and Surface Scanning (CurveAnalyzer) Includes PC-DMIS-SHEETMETAL Functions for measuring thin-walled components Automatic White Light Probe – TKJ 2.5 HP-OW-2.14 Sensor Kit, incl. controller and reference sphere, Ø 30 mm, ceramic matte HP-SX1H Scanning Probe Sensor LED area light for mounting on the coordinate measuring machine Reference price mechanical frame for supporting the area light HP-CTS5.10 Optical Sensor HP-S-X1C/H Stylus Holder (1× M3) HH-C-V2.1 Controller HR-OW-2.14 Short End Cap HR-R3 Sensor Acceleration HH-CA-V2.0 Interface Active Probe Rack, HR-RA-65 HR-X1-3P Stylus Rack Reference Sphere, Ø 60 mm, ceramic, with stand M3 Stylus (R-5-SS-3.50) Stylus Tray Computer & Software PC-DMIS CAD++ PC-DMIS Operator Interface with order system PC-DMIS CWS Interface PC-DMIS Probe Change Support Software PC-DMIS Vision for Tactile Sensors Touchscreen including computer system Desk for computer system

Condition: ready for operation (used), Year of construction: 2001, functionality: fully functional, machine/vehicle number: 1104104, measuring range X-axis: 1,205 mm, measuring range Y-axis: 2,005 mm, measuring range Z-axis: 1,005 mm, workpiece weight (max.): 2,000 kg, workpiece height (max.): 1,115 mm, The measuring table has been supplemented with milled aluminum plates. These plates are equipped with M6 holes in a 50 mm grid pattern, allowing for variable clamping options for workpieces. TECHNICAL DETAILS Measuring range X-axis: 1,205 mm Measuring range Y-axis: 2,005 mm Measuring range Z-axis: 1,005 mm Drive speed in CNC mode Traversing speed: 8–250 mm/s Measuring speed: 1–3 mm/s Drive speed in J/S mode High speed: 0–80 mm/s Low speed: 0–3 mm/s Fine speed: 0.05 mm/s Acceleration Acceleration per axis: 0.1 G Max. acceleration: 0.17 G Resolution: 0.0001 mm Measuring table Material: Granite Working area: 1,408 mm x 2,980 mm Clamping threads: M8 x 1.25 Max. workpiece height: 1,115 mm Max. workpiece weight: 2,000 kg MACHINE DETAILS Dimensions & Weight Main unit dimensions (D x W x H): 3,230 x 2,150 x 3,585 mm Weight (incl. stand and control unit): 5,388 kg Compressed air supply Air pressure: 0.4 MPa Air consumption in normal operation: 100 L/min Air consumption from air source: 150 L/min Temperature conditions Ambient temperature: 16–26 °C Thermal fluctuation per hour: 2.0 K Thermal fluctuation per day: 5.0 K Thermal gradient vertical: 1.0 K/m Iedpfx Aox U Sv Heddsal Thermal gradient horizontal: 1.0 K/m Accuracy Accuracy to ISO 10360-2: E = 4.9 + 5L/1,000 Probing error Probing error ISO 10360-2 (TP2): R = 5.2 µm Probing error ISO 10360-2 (TP200): R = 5.0 µm EQUIPMENT Geopack Cosmos 2.3 software PH 10 probe head TP 200 Change rack Note: The machine was in operation until 2013, after which it was professionally dismantled by the manufacturer. The machine was then stored in an industrial hall. The last factory calibration was carried out in 2013. The calibration certificate is available as an attachment in the listing.

Condition: like new (used), Year of construction: 2012, 12 station, Siemens Sinumerik 840D control, load / unload, VAS air cleaning unit, (2012) Technical Data - Grinding Spindles (With Two spindle ends) Interface - Cone ø 31.75mm Performance 100% / 40 % ED - 11.5 / 14.5kW Standard rotation speed - 8,000rpm Option: One spindle end Interface - HSK 50E Performance - 100% / 40% ED - 11.5/ 14.5 kW Standard rotation speed - 8,000rpm Option: One spindle end Interface - HSK 50E Performance 100% / 40% ED - 11 / 12 kW Standard rotation speed - 18,000rpm Option: One spindle end Interface - HSK 80E Performance 100% / 40% ED - 30/30 kW Standard rotation speed - 8,000 rpm Option: High Frequency spindle - On request Machine Table Clamping surface - 1000 x 500mm Number, distance and width of the T slots - 9 / 50 / 12H7mm Work Range X- Axis - 700mm (optional) 1000mm (optional) 1200mm Y Axis - 410mm Z Axis - 500mm C Axis angle of rotation - 320° Option: X3 - auxilliary axis Work range - 400mm Probing system and feed Resolution of linear axes - 0.0005mm Rapid feed of linear axes - 30,000mm/min Resolution of rotary axes - 0.001° Rotation speed of C Axis - 400rpm Rotary axis ( A axis) Iasdpfjv Igghjx Addol Standard tip height - 175mm Rotation speed as spindle - 2600rpm Standard interface - ISO SK 50 / centering 70H5 Optional - HSK 100 / 80 / 63 / 50 Tool Changer option HSK50E Number of tools / Diameter of tools Inner wheel - 5 / 300mm to 9 / 100mm Outer wheel - 7 / 300mm to 16 / 100mm HSK80E Number of tools / Diameter of tools Inner wheel - 5 / 300mm to 8 / 100mm Outer wheel - 7 / 300mm to 14 / 100mm Workpiece size Diameter 340mm Length 550mm Length between tips 500mm Electrical supply Operating voltage 400V / 50Hz fused to 80 A Controller Siemens contouring control - Sinumerik 840 DSL Pneumatics Operating pressure - 6 - 10bar Weight Total weight depending on equipment 10,000kg or more Floor space requirement Length x width (standard) 3227 x 2700mm Height during operation 3550mm Height with option of coolant nozzles 3810mm (min hall height 4100mm)

Condition: excellent (used), Year of construction: 2015, operating hours: 2,153 h, functionality: fully functional, machine/vehicle number: 1125367, Equipment: chip conveyor, rotational speed infinitely variable, Haas UMC-750 5 Axis Vertical Machining Centre with Haas CNC Control, 630mm x 500mm Table, Travels X Axis 762mm, Y Axis 508mm, Z Axis 508mm, C Axis 360deg Rotation, B Axis -35deg to + 100deg, Spindle Speed 12,000rpm, 40 Tool ATC Isdsx Uznfepfx Addeal , BT40 Spindle Taper, Swarf Conveyor, Coolant System. S/No. 1125367 (2015). Wireless probing.

Condition: used, The Alfa Laval Bactofuge 618 is a specific model of separator designed predominantly for the food and beverage industry, particularly for the dairy sector. Here’s an overview of its key features and applications: Key Features - Centrifugal Separation: Utilizes high centrifugal forces to separate bacteria and particles from liquids, which significantly improves the quality and shelf life of products. - High Efficiency: Known for its efficient separation capabilities, effectively removing unwanted microorganisms and solids from liquids. - Hygienic Design: Built with food safety in mind, featuring materials and designs that comply with industry hygiene standards to minimize contamination risks. - Compact Size: Designed to fit into smaller spaces within processing plants, making it suitable for various production environments. - Automated Control: Many models feature advanced automation options for monitoring and controlling the separation process, optimizing performance and ease of use. Applications - Dairy Industry: Mainly used in the processing of milk and whey, the Bactofuge helps in improving the microbial quality of products, ensuring longer shelf life and safety. - Beverages: Can also be utilized in the clarification and purification of fruit juices and other beverages, helping to remove sediment and enhance clarity. - Biotechnology and Pharmaceuticals: It may find applications in the removal of cell debris or particulates from culture broths in Biotech and Pharma industries. Maintenance - Service Support: Alfa Laval usually provides good after-sales support, including maintenance schedules, spare parts availability, and service contracts. - User Training: Training for operators is generally recommended to ensure proper handling and maintenance of the equipment Iajdsxnbrhopfx Addol Capacity: 25,000 L/H Usage: Bacteria Removal Centrifuge Tools: Included Control panel: Included Valves: Included Available: Immediately Condition: Good Machine Top Part No.: 545525-04 Inlet and Outlet No.: 546664-01 Separator Bowl No.: 546823-01 Machine Bottom Part No.: 546215-04

Condition: used, This listing is for a Qiagen PyroMark Q24 Advanced Sequencer For advanced methylation and mutation quantification in long sequence runs using Pyrosequencing Advanced technology, software, and chemistry for long sequence runs Quantitative methylation analysis at consecutive CpG or CpN sites Improved quantification of sequence variations at any sequence position Easy and improved base calling functionality Assay versatility on the same instrument and in the same run PyroMark Q24 Advanced has improved Pyrosequencing technology to provide even better real-time sequence-based detection and quantification than before. PyroMark Q24 Advanced features advanced technology, software, and chemistry, and is highly suited for analyzing any kind of sequence variation, particularly DNA methylation at CpG or CpN sites, complex mutations, or for de novo sequencing applications such as microbial typing. Can be refurbished on request, refurbishment not included in price. Ijdpoxzh Suofx Addsal

Condition: excellent (used), Year of construction: 2013, functionality: fully functional, machine/vehicle number: 1105876, SPECIFICATION Table size 914mm x 356mm Maximum table load 1316Kg X axis traverse 762mm Y axis traverse 406mm Z axis traverse 508mm Spindle BT40 Spindle speeds 0 -8,100rpm Spindle motor 14.9kW Rapid feed rate 25.4m/min Toolchanger capacity 24 + 1 tools Tool to toll time 2.8 seconds Approximate weight 3500Kg MACHINE EQUIPPED WITH: - Haas TRT 160 5 axis trunnion table (removable) Iodsx Sq Sbjpfx Addeal Wireless intuitive probing system Remote jog handle Swarf auger High speed machining Programmable coolant nozzle Lighting Guarding Manual Feed cutting time 11,436 hours

Condition: excellent (used), Year of construction: 2015, Machine type: 5-Axis Machining Centre (Simultaneous) Year of manufacture: 2015 Control: HAAS CNC control to DIN 66025 X-axis travel: 762 mm Y-axis travel: 508 mm Z-axis travel: 508 mm Max. spindle speed: 15,000 rpm Spindle motor power: 22.4 kW (vector drive) Iaedpfx Ajyaad Ieddol Spindle taper: SK 40 (DIN 69871) Max. torque: 122 Nm (at 2,000 rpm) Table dimensions: ∅ 630 x 500 mm Max. workpiece weight: 300 kg Number of simultaneously controlled axes: 5 C-axis rotation range: 360° continuous B-axis swivel range: -35° / +110° Rapid traverse rates (X, Y, Z): 30.5 m/min Tool magazine (positions): 40+1 (side-mounted) Coolant system capacity: 284 litres Machine weight: approx. 8.2 t Cooling systems: - Through-Spindle Coolant (TSC), 21 bar - Programmable coolant nozzle (P-COOL) - Additional coolant filtration system (25 μm) - Hand rinsing gun with coolant Measuring and probing systems: - RENISHAW probing system (WIPS-R) - Work probe - Tool measurement system Chip management: - Hinged belt chip conveyor Software & Control: - High-Speed Machining (HSM) - Ethernet interface - Macros - Coordinate rotation and scaling

Condition: like new (used), Year of construction: 2010, Haas Multigrind CB multi axis CNC grinder, 12 station, Siemens Sinumerik 840D control, load / unload, LTA industrial air cleaning unit, (2010) Technical Data - Grinding Spindles (With Two spindle ends) Interface - Cone ø 31.75mm Performance 100% / 40 % ED - 11.5 / 14.5kW Standard rotation speed - 8,000rpm Option: One spindle end Interface - HSK 50E Performance - 100% / 40% ED - 11.5/ 14.5 kW Standard rotation speed - 8,000rpm Option: One spindle end Interface - HSK 50E Performance 100% / 40% ED - 11 / 12 kW Standard rotation speed - 18,000rpm Option: One spindle end Interface - HSK 80E Performance 100% / 40% ED - 30/30 kW Standard rotation speed - 8,000 rpm Option: High Frequency spindle - On request Machine Table Clamping surface - 1000 x 500mm Number, distance and width of the T slots - 9 / 50 / 12H7mm Work Range X- Axis - 700mm (optional) 1000mm (optional) 1200mm Iaedov Igg Iopfx Addol Y Axis - 410mm Z Axis - 500mm C Axis angle of rotation - 320° Option: X3 - auxilliary axis Work range - 400mm Probing system and feed Resolution of linear axes - 0.0005mm Rapid feed of linear axes - 30,000mm/min Resolution of rotary axes - 0.001° Rotation speed of C Axis - 400rpm Rotary axis ( A axis) Standard tip height - 175mm Rotation speed as spindle - 2600rpm Standard interface - ISO SK 50 / centering 70H5 Optional - HSK 100 / 80 / 63 / 50 Tool Changer option HSK50E Number of tools / Diameter of tools Inner wheel - 5 / 300mm to 9 / 100mm Outer wheel - 7 / 300mm to 16 / 100mm HSK80E Number of tools / Diameter of tools Inner wheel - 5 / 300mm to 8 / 100mm Outer wheel - 7 / 300mm to 14 / 100mm Workpiece size Diameter 340mm Length 550mm Length between tips 500mm Electrical supply Operating voltage 400V / 50Hz fused to 80 A Controller Siemens contouring control - Sinumerik 840 DSL Pneumatics Operating pressure - 6 - 10bar Weight Total weight depending on equipment 10,000kg or more Floor space requirement Length x width (standard) 3227 x 2700mm Height during operation 3550mm Height with option of coolant nozzles 3810mm (min hall height 4100mm)

Condition: used, This listing is for a Thermo Scientific Heratherm IMH400-S Incubator The unit is in full working condition and is ready for immediate use Overview The Heratherm IMH400‑S is part of the Heratherm Advanced Protocol Security line of microbiological/laboratory incubators. It is designed for demanding applications where both temperature performance and safety/security of samples are important. The “Security” in its name refers to added features such as a lockable door, alarms, and a high‑temperature decontamination cycle. ----- Key Specifications Iasdpfx Ajxzh H Esddel ParameterValue / RangeNotes / CaveatsInternal Volume / Capacity~ 381 litres (≈ 13.5 cu ft) ThermoBid+2Some listings use “400 L” as a rounded designation +1Internal External Dimensions (W × D × H)~ 778 × 770 × 1,545 mm (30.6 × 30.3 × 60.8 in) Includes casters, housing, etc. +2 Temperature RangeAmbient + 5 °C to 105 °C +3This allows use both for incubation and drying protocols Temperature Stability / Uniformity±0.2 °C (at 37 °C) typical +2ThermoBid+2Some versions report ±0.1 °C stability under ideal conditions Convection / Airflow Mechanical convection; adjustable fan speed (often 10% to 100%) Ensures even temperature distribution; users can tune speed to application needs Decontamination Cycle140 °C decontamination for ~6 hours This is to reduce contaminating microorganisms in the interior without needing to remove all fittings for autoclaving shelves included; up to ~39 positions maximum Shelves are removable; spacing adjustable Power / Electrical~1380 W consumption Common variants: 230 V, 50/60 Hz Weight / Mass~ 144 kg Heavy unit, so needs stable flooring and handling during installation

Condition: used, This listing is for the Binder BF115 Incubator The unit is in full working condition and is ready for immediate use BINDER BF 115 – e Series Forced Convection Incubator The BINDER BF 115 incubator from the e series is designed for precise and gentle incubation applications in laboratories where performance, uniformity, and reliability are critical. Work particularly well under a full load and large batch throughputs. This incubator is extremely homogeneous and has quick recovery time. Key Performance Features Temperature Range: Ambient +8 °C to 100 °C – ideal for a wide variety of microbiological, bacteriological, and stability testing. Excellent Uniformity & Stability: ±0.3 K uniformity at 37 °C ±0.1 K fluctuation at 37 °C ±1.6 K uniformity at 100 °C Fast Heating & Recovery: Heats to 37 °C in ~8 minutes Recovers in ~3 minutes after a 30-second door opening Design & Control Highlights e™ Technology: Ensures uniform temperature distribution across all shelves – even with full chamber loads. Forced Air Convection: Enables efficient heat transfer and consistent conditions throughout the chamber. Disinfection Routine: Built-in 100 °C sterilization cycle for internal decontamination. User Interface: Intuitive LCD controller with programmable timer, USB port for data logging, and electromechanical exhaust flap control. Safety Thermostat: Class 3.1 safety (DIN 12880 compliant) with visual alarm for over-temperature protection. Internal Viewing: Transparent inner glass door allows sample observation without disturbing internal environment. Technical Specifications Feature Details Chamber Volume 114 liters Temperature Range Ambient +8 °C to 100 °C Internal Dimensions 550 × 550 × 380 mm (W×H×D) External Dimensions 710 × 725 × 605 mm (W×H×D) Power Supply 230 V, 0.4 kW, 6.3 A fuse (also available in 120 V) Noise Level 43 dB(A) typical Weight ~54 kg Iaedpfx Adsxhfz Tsdol Shelves 2 chrome-plated shelves (up to 5 possible) Energy Consumption ~60 Wh/h @ 37 °C; ~235 Wh/h @ 100 °C Applications & Benefits Use Cases: Ideal for microbiology, bacteriology, tissue culture, stability testing, and pharmaceutical incubation. Scalable Performance: Optimized for full load conditions and large batch throughput without compromising performance. User-Friendly: Stackable, ergonomic handle design, easy-to-clean stainless steel chamber with no fixed fixtures. Highly Reliable: Rapid recovery and precise temperature regulation for reproducible results, even with frequent door openings.

Condition: used, This listing is for the Memmert IPP260eco Peltier-Cooled Incubator The unit is in full working condition and is ready for immediate use Memmert IPP260ecoplus Laboratory and Industrial Peltier Cooled Incubator 256l The Memmert IPP260eco is a professional-grade, Peltier‑cooled forced‑circulation incubator designed for laboratory use across microbiology, food, cosmetics, pharmaceutical testing, and more. Core Features & Capabilities Temperature Control Range: Provides accurate, stable temperature regulation from 0 °C to +70 °C, with fine control and minimal fluctuation. Ideal for sensitive assays requiring tight temperature tolerances. Eco-Friendly Peltier Technology: Iaodpfoxhf Dbsx Addol Solid-state Peltier cooling/heating eliminates the need for refrigerants or compressors—making it quiet, low-vibration, energy-efficient, and low-maintenance. Precise Temperature Uniformity: Powerful internal fan with forced air circulation ensures even temperature distribution throughout the 256-liter chamber. Precision rated at ±0.1 °C. Touchscreen Control Interface: Equipped with an intuitive coluor touchscreen (TwinDISPLAY) offering full digital control over temperature, timing, programs, and alarms. Users can create multi-step programs, view logs, and operate in multiple languages. Delivered With Two Shelves: The unit comes standard with 2 grid-style stainless steel shelves (adjustable), supporting even airflow and stable sample placement. The chamber can support up to 9 shelves total (max load 200 kg). Reliability & Safety ControlCOCKPIT (TwinDISPLAY): Touchscreen display for easy control and monitoring Timer programmable up to 99 days SetpointWAIT function (holds program steps until desired temperature is reached) Safety Features: Electronic and mechanical temperature monitoring Automatic self-diagnostics and alarm systems AutoSAFETY feature that monitors and limits max temperature to prevent overheating Specifications at a Glance Feature Specification Internal Volume 256 litres Temp. Range 0 °C to +70 °C Uniformity ±0.1 °C Internal Dimensions (W×H×D) 640 × 800 × 500 mm External Dimensions (W×H×D) 824 × 1183 × 655 mm Shelves Included 2 grid-style shelves (expandable to 9 total) Interior Material Stainless steel Doors Inner glass door + insulated steel outer door Connectivity USB, Ethernet, AtmoCONTROL software compatible Power Supply 115 V or 230 V (approx. 600 W) Precision & Control: Ideal for critical applications that require stable temperatures. Energy Efficiency: Peltier technology offers sustainability and low operational costs. User-Friendly Interface: Touchscreen control makes programming and monitoring simple. Robust Construction: High-grade materials ensure hygiene, corrosion resistance, and durability.

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. 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) Iajdpfxsxhfnto Addol

Condition: used, This listing is for 1 of 4 Liferiver EX3600 Extraction System. The unit is in full working condition and is ready for immediate release. The Liferiver EX3600 is a cutting-edge, fully automated nucleic acid extraction system designed to enhance laboratory efficiency and convenience. Here’s a detailed overview of its standout features and applications: Key Features: Isdpfx Adoxxyf Isdjal - Versatile Sample Volume: The EX3600 can process a wide range of sample volumes, from 20 to 200 microliters, making it suitable for diverse applications and sample types. - High Throughput: Capable of handling up to 24 samples in a single run, the EX3600 significantly boosts productivity, particularly in high-demand research environments. - User-Friendly Interface: The integrated LCD screen provides clear, real-time monitoring of the extraction process, allowing users to easily track progress and make adjustments as needed. - UV Sterilization: Equipped with a UV lamp, the system ensures sterilization of the working area, which is crucial for preventing contamination and maintaining sample integrity. - Quick Processing Time: The entire nucleic acid extraction process takes approximately 20 minutes, enabling rapid turnaround for critical experiments, such as those in diagnostics or research settings. - Magnetic Bead Technology: Featuring a magnetic bar for efficient handling of magnetic beads, the EX3600 streamlines the extraction process, reducing manual intervention and minimizing errors. Applications: - Whole Blood and Plasma: Ideal for clinical applications, particularly in genetic testing or infectious disease diagnostics. - Serum Samples: Useful in biomarker discovery and research. - Cells: Supports cellular research and analysis. - Food Samples like Milk: Perfect for food safety testing and microbiological analysis. - Fecal Samples: Essential for studies in microbiome research or gastrointestinal health. - Specialized Use: - The EX3600 is particularly effective for extracting viral RNA, making it a valuable tool in the fight against infectious diseases, including COVID-19 detection. Trained laboratory personnel can prepare samples before utilizing the automated system, ensuring consistent and reliable results.

Condition: used, This listing is for 1 of 3 Serosep EntericBio Workstation. The unit is in full working condition and is ready for immediate release. The EntericBio Workstation is an automated system designed to set up reactions for the EntericBio PCR testing system. Key Features and Benefits: - Automation and Efficiency: The workstation automates the transfer of processed samples directly into lyophilized reaction wells, significantly reducing hands-on time for lab personnel. This automation allows staff to focus on other critical tasks while enhancing workflow efficiency. - Direct Detection: One of the most notable features is its ability to detect target DNA and RNA directly from stool specimens, eliminating the need for commercial nucleic acid extraction or purification. This streamlining of the process not only saves time but also minimizes sample handling. - Flexibility: The EntericBio Workstation offers a comprehensive modular menu capable of testing for a wide array of gastrointestinal pathogens, including bacteria, parasites, CPE, and viruses, all within the same workflow. For example, it can simultaneously identify pathogens such as Salmonella and Norovirus in a single run. - Speed: The system is designed to process up to 46 specimens per run, delivering results in less than 3 hours. Additionally, it can perform consecutive runs every hour, making it ideal for laboratories with high sample volumes. - Accuracy: The EntericBio system boasts a remarkable mean time before failure of over 50 months and a specimen inhibition/failure rate of less than 2%, ensuring reliable results for laboratory testing. - Environmental Benefits: By reducing clinical waste by 88% and consumable storage needs by up to 85% compared to traditional microbiology methods, the EntericBio Workstation contributes to more sustainable laboratory practices. - User-Friendly: Designed for all levels of staff, even those without previous molecular experience can operate the system thanks to its automated interpretation analysis software tailored for specific test kits. This feature enhances accessibility and reduces training time. Ijdpsxxygljfx Addeal - Modular Footprint: With its small and modular design, the EntericBio Workstation can be flexibly placed in various laboratory settings, allowing for efficient use of space without compromising functionality.

Condition: used, This listing is for the Thermo Scientific Heratherm IMH180 Incubator The unit is in full working condition and is ready for immediate use The Thermo Scientific Heratherm IMH180 is a high-performance, reliable incubator tailored for demanding laboratory tasks: Iajdpfx Aoxhd Ixeddol Precision: Excellent temperature control and uniformity. Flexibility: Adjustable airflow, generous interior volume, and timer options. Convenience: Viewing window, internal socket, and connectivity via RS‑232. Cleanability & Space Efficiency: Stainless steel interior and stackable design. Advanced Safety (Security Model): Door alarms, lockable access, and high-temperature decontamination. Perfect for microbiology, cell culture, pharmaceutical testing, and drying applications where sample integrity and process control are critical. Design & Functionality Dual Convection Technology: Offers adjustable fan speed from 0 % (natural convection) to 100 %, enabling tailored air circulation depending on the sample type or protocol Temperature Range: Operates from 5 °C above ambient up to 105 °C, making it suitable even for drying tasks Temperature Uniformity & Stability: With fan off: ±0.6 °C spatial uniformity With fan at full speed: ±0.2 °C to ±0.4 °C uniformity (at 37 °C) Temporal stability: ±0.1 °C (at 37 °C) Capacity & Build Interior Volume: 178 L (about 6.3 cubic feet) Shelving: Comes with 2 stainless-steel shelves (each supporting up to ~25 kg) and can accommodate up to 19 shelves for flexible arrangement Construction: Corrosion-resistant stainless steel interior (AISI 304) with easy-to-clean rounded corn Controls & Usability Controller: Microprocessor-based with a clear vacuum fluorescent display for easy setting of temperature, timers, and monitoring Timer Functionality: Programmable daily, weekly, or real-time ON/OFF cycles for scheduling experiments Extras: Internal power socket (120 V models) for operating devices like shakers or stirrers inside the chamber Internal glass viewing door and optional internal lighting for observing samples without opening the chamber RS‑232 interface for data logging and connectivity Stackable design without tools—efficient laboratory space use Safety & Maintenance Alarms: Automatic over- and under-temperature alert system protects sample integrity Security Model (IMH180‑S): Adds a lockable outer door and audible alarms for door‑open conditions Includes a certified 140 °C decontamination cycle (about six hours) to sterilize the chamber without needing an autoclave—ideal for high‑sterility environments Dimensions & Electrical Specs Feature Specification Exterior (W × D × H) 64 × 74 × 92 cm (25.2 × 29.1 × 36.2 in) Interior (W × D × H) ~46 × 54 × 70 cm (18.3 × 21.4 × 27.9 in) Weight ~70 kg (154 lb) Electrical (120 V) 1,020–1,390 W; 8.5 A at 60 Hz Materials Stainless steel (interior), durable housin

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. Iasdpfxoxhfnge Addjl 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 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.

Condition: used, This listing is for the Unity Scientific Spectra Star 2600XT bench‑top near‑infrared (NIR) analyzer The unit is in full working condition and is ready for immediate use The SpectraStar 2600XT‑is a high-performance, bench‑top near‑infrared (NIR) analyzer developed by Unity Scientific, designed for rapid, versatile compositional analysis across a wide variety of sample types, including solids, slurries, and liquids. Overview & Key Features Design & Functionality Dual Convection Technology: Offers adjustable fan speed from 0 % (natural convection) to 100 %, enabling tailored air circulation depending on the sample type or protocol Temperature Range: Operates from 5 °C above ambient up to 105 °C, making it suitable even for drying tasks Temperature Uniformity & Stability: With fan off: ±0.6 °C spatial uniformity With fan at full speed: ±0.2 °C to ±0.4 °C uniformity (at 37 °C) Temporal stability: ±0.1 °C (at 37 °C) Capacity & Build Interior Volume: 178 L (about 6.3 cubic feet) Shelving: Comes with 2 stainless-steel shelves (each supporting up to ~25 kg) and can accommodate up to 19 shelves for flexible arrangement Construction: Corrosion-resistant stainless steel interior (AISI 304) with easy-to-clean rounded corners Controls & Usability Controller: Microprocessor-based with a clear vacuum fluorescent display for easy setting of temperature, timers, and monitoring Timer Functionality: Programmable daily, weekly, or real-time ON/OFF cycles for scheduling experiments Extras: Internal power socket (120 V models) for operating devices like shakers or stirrers inside the chamber Internal glass viewing door and optional internal lighting for observing samples without opening the chamber RS‑232 interface for data logging and connectivity Stackable design without tools—efficient laboratory space use Safety & Maintenance Alarms: Automatic over- and under-temperature alert system protects sample integrity Iajdpfxjxhd I Sj Addol Security Model (IMH180‑S): Adds a lockable outer door and audible alarms for door‑open conditions Includes a certified 140 °C decontamination cycle (about six hours) to sterilize the chamber without needing an autoclave—ideal for high‑sterility environments Dimensions & Electrical Specs Feature Specification Exterior (W × D × H) 64 × 74 × 92 cm (25.2 × 29.1 × 36.2 in) Interior (W × D × H) ~46 × 54 × 70 cm (18.3 × 21.4 × 27.9 in) Weight ~70 kg (154 lb) Electrical (120 V) 1,020–1,390 W; 8.5 A at 60 Hz Materials Stainless steel (interior), durable housing Summary The Thermo Scientific Heratherm IMH180 is a high-performance, reliable incubator tailored for demanding laboratory tasks: Precision: Excellent temperature control and uniformity. Flexibility: Adjustable airflow, generous interior volume, and timer options. Convenience: Viewing window, internal socket, and connectivity via RS‑232. Cleanability & Space Efficiency: Stainless steel interior and stackable design. Advanced Safety (Security Model): Door alarms, lockable access, and high-temperature decontamination. Perfect for microbiology, cell culture, pharmaceutical testing, and drying applications where sample integrity and process control are critical.

Condition: used, This listing is for a PALL Palltronic Compact Star. The unit is in full working condition and is ready for immediate release. Iajdpfxjxx Atue Addsl Supplied with 2 replacement Epsom Ribbon Cartridges and software disk. An automated integrity test, whether forward flow or pressure hold, is internationally acknowledged as a truly objective and non-destructive method for determining if a filter meets microbial removal specifications and is correctly installed. Test results providea clear and accurate indication of a filter’s integrity prior to its use. Integrity testing with the Palltronic Compact Star device is reliable,cost-effective, and operator-friendly. The unit is designed to per-form a Pressure Hold Test, a nondestructive method that measures pressure decay over a period of time. The test involves automatically pressurizing the filter housing at a predetermined level, allowing the pressure to stabilize. The unit then takes the test measurement and depressurizes the assembly through the vent valve. Fully automated, the Palltronic Compact Star device eliminates the variability of test results that can occur with manual systems. It provides a simple, fast, and objective check of filter integrity

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. 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 Iaodpfxsxhfpqs Addol 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.

Year of construction: 2002, condition: used, This listing is for a WFI System with 2 Mueller Clean Steam Generators. The system was installed in 2002, is in working condition, and is ready for immediate use. ----- System Overview A complete Water For Injection (WFI) production, clean-steam generation, and storage system for pharmaceutical or biotech facilities. Produces ultra-high purity water and clean steam using dual Mueller steam generators, pressure columns, UV filtration, and automated control via a Pharma Tec panel. ----- Main Components Mueller Clean Steam Generators ×2 – dual units producing clean / pure steam for WFI and sterilization duties. Four Pressure Columns – separation, purification, and holding of steam / condensate under controlled pressure. Fristam Pumps – sanitary main supply pumps providing feedwater or circulation through the system. Hanovia UV Filters – ultraviolet sterilizing filters to remove microbiological contamination from feedwater or WFI stream. Pharma Tec Control Panel – automation and control system with PLC, level, temperature, pressure, and conductivity monitoring; full alarm & data-logging. ----- Key Features Dual redundancy via two clean steam generators allows maintenance or alternating load without shutdown. Four pressure columns improve separation, holding and stability of steam / condensate under varying pressure loads. UV filtration ensures microbiological safety in line with regulatory requirements. Sanitary pumps (Fristam) for clean design, ease of clean-in-place, and high hygiene. Automated control panel (Pharma Tec) providing precise monitoring, control, and regulatory compliance. ----- Specifications Manufacturer: Mueller, Fristam, Hanovia / Pharma Tec Year Installed: 2002 Iaedpfx Adsxv Aaisdol System Type: Clean Steam + WFI generation & storage Steam Generators: 2 × Mueller Clean Steam Generators Prize Pumps: Fristam sanitary feed / supply pumps Filtration: Hanovia UV sterilisation units on feed / WFI lines Control: Pharma Tec PLC / automation panel with full instrumentation (pressure, temperature, level, conductivity) Operating Conditions: Designed for pharmaceutical WFI-grade water and clean steam (sterile / pyrogen-free)

Condition: used, This listing is for the Churwell PBI air sampler SAS Super with case and charger The unit is in full working condition and is ready for immediate use Churwell PBI Air Sampler SAS Super 100 L with Case and Charger The Churwell PBI Air Sampler SAS Super 100 is a widely used microbiological air sampling device designed for cleanrooms, pharmaceutical environments, operating theatres, and laboratories. It enables reliable air monitoring by collecting air-borne microorganisms onto contact plates or Petri dishes. Key Features: Sampling Principle: Designed to collect airborne microorganisms on microbiological agar by impaction, produced through controlled air aspiration. High Sampling Efficiency: The SAS Super models—such as the SAS Super 100 and SAS Super 180—can collect particles down to 1 micron. The SAS Super 100 offers a sampling rate of 100 liters of air per minute. Digital Control: Features a digital interface for setting sampling volume, duration, and storing operator information. Battery-Powered: Equipped with a rechargeable battery, allowing for multiple sampling sessions on a single charge. Comes with a charger included. Portability: Lightweight and easy to carry with a protective case, ideal for field use or portable cleanroom monitoring. Technical Specifications: Air Flow Rate: 100 liters per minute Dimensions: 10.5 × 11 × 29 cm Weight: 1.75 kg Data Management: Some models support data logging and CFR 21 Part 11 compliance (varies by version) Materials: Typically stainless steel or autoclavable materials for sterile environments Accessories and Options: Aspirating heads (stainless steel or disposable) Tripods and stands Calibration adapters Iedpfexv Dpxsx Addjal USB data cable (for models with digital logging)

Condition: used, This listing is for a Shell Lab SC05A-2 CO2 Series CO2 Incubator. The unit is in full working condition and is ready for immediate release. The Shell Lab SC05A-2 CO2 Incubator is expertly designed to meet the stringent requirements for sensitive tissue and cell culture applications. Here’s a concise look at its key features and specifications: Key Features: Fast CO2 Recovery: The infrared (IR) CO2 sensor swiftly restores CO2 levels after door openings, essential for maintaining pH stability in cell cultures. Exceptional Temperature Uniformity: With a unique air jacket design, it delivers outstanding temperature uniformity of ±0.25°C at 37°C, crucial for consistent incubation conditions. Humidity Control: Maintains humidity levels through evaporation, allowing for up to 95% relative humidity—perfect for sensitive cultures that require a moist environment. Advanced Contamination Control: Patented Copper-Caged HEPA Filter: Enhances air quality by trapping contaminants while utilizing copper's antimicrobial properties. Heated Door: Reduces potential condensation on the inner glass, maintaining temperature integrity. Heated Copper CO2 Inlet: Prevents moisture from entering the chamber, further safeguarding culture conditions. Durable & Easy to Clean: The stainless steel interior ensures longevity and simplifies maintenance, while the autoclavable shelving provides additional sanitation options. Data Logging Capabilities: Enables tracking of environmental conditions for compliance and research documentation. Technical Specifications: Model: SCO5A Part ID: SCO5A Exterior Dimensions: 27.5" W × 28.5" D × 37.8" H (699 mm × 724 mm × 960 mm) Interior Dimensions: 20.5" W × 19.8" D × 21.5" H (521 mm × 503 mm × 546 mm) Volume: 5.0 . (142 L) Shelf Dimensions: 19.1" W × 17.8" D (485 mm × 251 mm) Unit Weight: 200 lbs (91 kg) Interior Metal: 300 Series Stainless Steel Exterior Metal: Painted Cold Roll Steel Operating Temperature Range: Ambient +5°C to 60°C Isdpfsxxygxjx Addsal Temperature Uniformity (Midrange): ±0.25 °C Temperature Stability (Midrange): ±0.1 °C Controller Type: Digital Display Resolution: 0.1 °C Power Requirements: 110-120 VAC, 50/60 Hz, 6.0 Amps Safety Certifications: UL 61010-1, EN 61010-1, CSA 61010-1, CE

Condition: new, All Items Boxed in original Packaging. Supplier Catalogue No 5555305P9-SS-A EXPIRY DATE 31st July 2026 Iedexhdvcspfx Addoal 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 1 of 4 nonoperational Serosep EntericBio Workstation. This unit is supplied nonoperational and is ready for immediate release. Iaedpfxoxxygfo Addol The EntericBio Workstation is an automated system designed to set up reactions for the EntericBio PCR testing system. Key Features and Benefits: - Automation and Efficiency: The workstation automates the transfer of processed samples directly into lyophilized reaction wells, significantly reducing hands-on time for lab personnel. This automation allows staff to focus on other critical tasks while enhancing workflow efficiency. - Direct Detection: One of the most notable features is its ability to detect target DNA and RNA directly from stool specimens, eliminating the need for commercial nucleic acid extraction or purification. This streamlining of the process not only saves time but also minimizes sample handling. - Flexibility: The EntericBio Workstation offers a comprehensive modular menu capable of testing for a wide array of gastrointestinal pathogens, including bacteria, parasites, CPE, and viruses, all within the same workflow. For example, it can simultaneously identify pathogens such as Salmonella and Norovirus in a single run. - Speed: The system is designed to process up to 46 specimens per run, delivering results in less than 3 hours. Additionally, it can perform consecutive runs every hour, making it ideal for laboratories with high sample volumes. - Accuracy: The EntericBio system boasts a remarkable mean time before failure of over 50 months and a specimen inhibition/failure rate of less than 2%, ensuring reliable results for laboratory testing. - Environmental Benefits: By reducing clinical waste by 88% and consumable storage needs by up to 85% compared to traditional microbiology methods, the EntericBio Workstation contributes to more sustainable laboratory practices. - User-Friendly: Designed for all levels of staff, even those without previous molecular experience can operate the system thanks to its automated interpretation analysis software tailored for specific test kits. This feature enhances accessibility and reduces training time. - Modular Footprint: With its small and modular design, the EntericBio Workstation can be flexibly placed in various laboratory settings, allowing for efficient use of space without compromising functionality.