Thermo Scientific MSC Advantage 1.2 Biological Safety Cabinet

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

Dimensions (HxWxD): 1380 x 1280 x 790 mm Internal dimensions (HxWxD): 655 x 1190 x 600 mm Height bas (more)e: 800 mm Air volume recirculation: 887 m3/h Air volume exhaust (at 0,45 m/s): 363 m3/h Air volume total: 1250 m3/h Standard lighting: 2 x 36 W Light level up to 2500 Weight including base: 240 kg Including new filters

Front aperture (work mode)(HxL): 165 x 1800 mm Front aperture maximum height: 350 mm Dimensions (wit (more)hout support frame and filter unit)(LxDxH): 1943 x 844 x 1552 mm Height with support frame: 2297 mm Interior dimensons (LxDxH): 1800 x 605 x 725 mm Work area(LxD): 1719 x 440 mm Weight (without support frame and filter unit): 315 kg

The biohazard cabinet of Clean Air type EF/A4 is designed for microbiological research with biologic (more)al agents, such as bacteria, viruses and allergens. Thus, this biohazard cabinet is suitable, inter alia, for culturing cells and for transfecting cells under sterile conditions. The Clean Air EF/A4 generates a sterile air flow in the cabinet, keeping the material of the cabinet free from contamination and contamination (product protection). In addition, the downflow provides reasonable protection against cross-contamination of experiments. Furthermore, the intake of air from the laboratory room ensures that an inwardly directed protective air curtain is formed at the front of the cabinet, which serves as a personal protection. Downflow HEPA filter (EN 1822): 12P6 + Exhaust HEPA filter (EN 1822): 4P4 UV wave length: 253 nm Dimensions prefilter: 445 x 1150 mm Interior dimensions (WxDxH): 1200 x 575 x 750 mm Dimensions (WxDxH): 1330 x 835 x 1550 mm Frame height: 750 mm

Front aperture (work mode)(HxL): 165 x 1800 mm Front aperture maximum height: 350 mm Dimensions (LxD (more)xH): 1943 x 844 x 1552 mm Interior dimensons (LxDxH): 1800 x 605 x 725 mm Work area(LxD): 1719 x 440 mm Weight: 315 kg

Masticator lab blenders are used in homogenizations during microbiological testing in food, cosmetic (more) and pharmaceutical labs. The 400 ml Masticator blender is meant to homogenize 10 to 40 g (previously diluted) samples. 400 ml bags with and without filters can be used, the former allow to ensure pipetting of debris-free homogenized liquid and are particularly recommended when homogenizations yield sample suspensions with high amounts of large-sized particles.

RSLAB-7PRO orbital shaker. Orbital movement Ø 10 mm. Plate with 4 bars included. Speed from 100-500  (more)rpm. Time from 1 to 1199 min or continuous. max weight agitation: 7.5 kg. LCD screen. Security system. RS232 output. Brushless motor. Dimensions approx. 420 x 370 x 100mm. User manual. RSLAB-7PRO orbital shaker. LCD screen for adjustment and simultaneous display of speed, time and operating mode. Electronic adjustment of speed and time. Includes plate with 4 bars. Control from PC via RS232 interface. Brushless motor with long life and no electromagnetic interference. Detection and protection system in case of exceeding the maximum speed. Protection class according to DIN EN60529: IP21.

This listing is for a Millipore AFS 15E Water Purification SystemAFS® E systems combine state-of-the (more)-art Elix® electrodeionization (EDI) technology with other complementary water purification techniques to provide reliable and consistent water quality. The AFS® 15E water purification system can produce up to 300 L of water daily with a production flow rate to the reservoir of 15 L/h and a dispensing flow rate to the analyzer of 2 L/min. Water produced by the systems complies with the Clinical and Laboratory Standards Institute (CLSI) guideline for clinical laboratory reagent water (CLRW). Elix® EDI technology, which uses ion exchange resins that are permanently self-regenerated, helps ensure low and predictable running costs for the AFS® E range of systems. These systems have full monitoring and water quality archiving capabilities that allow storage of up to six months of data.