Thermo Fisher Class 2 Safe 2020 1.5 Biological Safety Cabinet Lab

Thermo Fisher Safe 2020 1.8 Class 2 Biological Safety Cabinet Lab This item was removed from a unive (more)rsity lab where it was surplus to requirements. The unit powers on and the fan, airflow, white light, UV, and window up/down function properly. It is in good cosmetic condition with some minor marks from use. Safe Working area 78 x 180cm Unit height with stand: 226cm Included is Vacuubrand VHC PRO Vacuum Hand Controller as well as the stand. Socket tester not included.

Thermo Scientific MSC-Advantage Class 2 Biological Safety Cabinet This was removed from a laboratory (more) where it was surplus to requirements. The unit powers up and is in full working order. It is in good cosmetic condition with some minor marks from use. Socket tester not included. Internal dimensions:Dx60 Wx120 Hx75cm

The Esco Infinity Class II Biological Safety Cabinet (BSC), model FC2, offers superior protection to (more) the cabinet operator, product and the environment. With over 20 years of experience in safety cabinet technology, the Esco FC2 cabinet brings you the optimum combination of safety, performance and serviceability with an enhanced ergonomic design. Class II cabinets provide product, operator and environmental protection making them suitable for general microbiological work with agents assigned to biosafety levels 1, 2, and 3. With their diverse range of applications, class II cabinets are the most cost-effective systems on the market. The Infinity Class II BSC is designed, built and tested to comply with Australian Standard AS 2252.2 performance requirements and European Standard EN12469. External Dimensions (LxWxH): 1420 x 805 x 1535 mm Internal Work Zone (LxWxH): 1260 x 610 x 670 mm Tested Opening: 175 mm Inflow Initial setpoint: 1.10 m/s Downflow Initial setpoint: 0.41 m/s HEPA Filter Efficiency: >99.99% at 0.3µm Sound According to EN12469: <65 dBA Fluorescent Lighting: >1200 Lux, measured at work surface level (zero background) as per NSF49 test grid UV-interlock ensures that the UV lamp is deactivated when the sash is not fully closed. Main Body Construction: 1.2mm thick gauge electro-galvanised steel with Isocide anti-microbial white oven-baked epoxy-polyester powder-coated finish Net Weight: 298 kg

The screen of the display, provide intuitive and practical colour codes which immediately show the c (more)abinet status: • Green screen: Cabinet in safe condition • Red screen: Cabinet out of specification • Yellow screen: Cabinet being decontaminated The main screen provides a visual display of the laminar flow speed and filter clogging. The Ecomode function allows the cabinet to run at low speed in one single click, in order to protect the sample while the operator is doing other tasks. This saves energy, reduces sound level and heat emission. Other features of the display: • Constant information on the air flow status: – Laminar flow speed – Extraction rate – Inflow speed • A timer to program the daily activation of fans and UV light • Two password levels (user and technical service) • Acoustic and visual alarms with an information message: – Excessive or insufficient laminar flow speed – Insufficient exhaust rate – Glass away from the working position – Open front window – UV lamp activated (interlocked with the front closed position) Laminar flow speed: 0.35 m/s Laminar flow rate: 1310 m3/h Front entry air speed: 0.5 m/s Extraction flow rate: 564 m3/h Lighting: > 1000 Lux Sound: < 58 dBA Vibration: < 0.005 mm RMS. Filters: HEPA/ULPA H14 filters. Digital display with PIN password for menu settings box. 2 electrical connections left/right. Dimensions (WxDxH): 1964 x 759 x 1260 mm Internal dimensions (WxDxH): 1869 x 602 x 580 mm Support frame height: 900 mm Weight: 280 kg

The EF is a class II biological safety cabinet. The EF offers the user the possibility to work safel (more)y with bioagents under sterile conditions, via the work opening, without complete physical shielding of the experiment. Average downflow (in working position): 0.36 m/s ±0.05 Average downflow (in standby position): 0.10 – 0.20 m/s Average inflow at the top of the working opening (in working position): 0.28 m/s Average inflow through the entire working opening (in working position): > 0.5 m/s Air exhaust (in working position): 400 m³/h ± 25 Sound level: < 57 dB A Lighting: 2x TL-high output (white – No. 840) Lighting intensity: 1000 Lux UV lighting type: UV-C UV lighting wavelength: 253 nm Pre-filter: G3 (EN 779) (1150 x 445 mm) Downflow filter: Astrocell HEPA 12P6+ (H14 acc. EN 1822) (610 x 1220 x 69 mm) Emission filter: Astrocell HEPA 4P4 (H14 acc. EN 1822) (457 x 457 x 69 mm) Working opening in working position (HxW): 165 x 1190 mm Maximum working opening: 350 mm Working surface (WxD): 1109 x 440 mm Dimensions (WxDxH): 1333 x 844 x 1552 mm Height including base: 2297 mm Weight: 255 kg

Qiagen Pyrosequencing/Biotage Model PSQ 96MA This was removed from a university lab where it was su (more)rplus to requirements. The unit powers up but has not been tested further. It is i good cosmetic condition with minor marks.

Gilson MICROMAN E PipetteThe ergonomically designed MICROMAN® E positive displacement pipettes, alon (more)g with disposable capillary piston (CP) tips, provide the highest precision when pipetting viscous, non-aqueous liquids such as oils, blood, glycerol, and more, while protecting the pipette from contamination. MICROMAN E is available in six models covering a volume range of 1 to 1000 µL. MICROMAN E relies on positive-displacement technology to improve the precision of transferring viscous and volatile liquids. The capillary piston (CP) tips eliminate the air cushion between the sample and piston so volume accuracy is not affected by the sample’s properties. Tackle these issues with MICROMAN E: - Viscous solutions—difficult to aspirate and stick to pipette tips. - Volatile solutions—leakages are created from differences between solvent vapor pressure and the air pressure within the pipette. - Cold liquids—delivered in excess amounts. - Hot liquids—under-delivered amounts. Designed with Comfort and Performance in Mind The Red Dot Award winning design of the MICROMAN E features an improved handle shape that rests comfortably in your hand, with a large push button for easy aspiration and dispensing. The volume-locking switch allows for easy volume adjustment and minimizes the risk of accidentally changing the volume during pipetting tasks. Overall Protection The positive-displacement technology of the MICROMAN E is ideal when dealing with infectious solutions and radiolabeled components. Since the disposable piston makes direct contact with the sample, the user and the pipette are protected. Within molecular biology and forensic sciences, any trace of a previous sample can lead to erroneous results and the disposable CP tips provide absolute protection against cross-contamination.

Hermle 4 x pcr rotor The Hermle 4 x PCR rotor is designed to provide efficient and reliable sample p (more)rocessing in PCR applications. This rotor is compatible with the Hermle Z32-HK, Z327, and Z446 series centrifuges, making it an excellent addition to any laboratory using these centrifuges. The rotor has a maximum speed of 15,000 RPM and a maximum relative centrifugal force (RCF) of 15,343 x g, allowing for fast and efficient sample processing. The rotor has a 45° angle, which ensures the samples are held securely in place and can be easily accessed. This rotor can hold up to 4 x 8-Place PCR strips, providing a total capacity of 32 samples per run. This makes it ideal for laboratories that require a high throughput of samples in PCR applications. The rotor is made from high-quality materials, ensuring its durability and longevity even with repeated use. Its design allows for easy and quick loading and unloading of samples, increasing the efficiency of the centrifugation process. INCLUDED: The Hermle 4 x pcr rotor includes: - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

Mercury analyzer PS ANALYTICAL PSA MILLENNIUM System 10.025 Untested equipment

The MW-01-A mass converter is designed to be a component of an industrial load cell scale. Depending (more) on the needs, communication with the mass converter can be carried out via the following communication interfaces: RS232, RS485, Ethernet, Ethernet IP, Profibus or Profinet. The MW-01-A mass converter is compatible with indicators and PC. Operation of the MW-01-A mass converter via PC is carried out using &bdquo;MW Manager&rdquo; software.

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW