Search News ArchivesExhibitions & EventsWill BRIC be the Savior for the Life Sciences and Medical Devices Sector? Seal of Approval for Pepceuticals ZEISS Lightsheet Z.1 awarded with Best New Life Science Product of 2012 IDT and SGI-DNA Broaden Their Collaboration to Provide Synthetic DNA Products up to 2 Mbp Watson-Marlow OEM pumps help push the boundaries of automated cell culture Breakthrough in non-invasive gut health testing New Portable SPECTROSCOUT XRF Analyzer - the Lab that Goes Anywhere ZEISS SIGMA used to analyze Russian meteorite that fell in Chelyabinsk region
Waters Updates Alliance HPLC Designs Without Impacting Established Validated Methods Porvair Sciences Expands Product Range for Epigenetics Thermo Fisher Scientific Introduces Gas Chromatography Headspace Autosampler for Organic Volatiles New Amicon® Pro Purification System for Protein Purification from Merck Millipore Wyatt Calypso Succeeds in ABRF-MIRG Study Revolutionize your pipetting with the new Biohit Picus electronic pipette Easy, Reliable Weighing in Regulated Areas Phenom proX all-in-one desktop SEM Flash of inspiration in the shaft tunnel - IKA launches the new video for UTTD control The only Chromatography Autosampler you will ever need! JG Finneran Associates introduces the 96-Well Multi-Tier Microtiter Plate System (Patented) IC for the people – Metrohm celebrates 25 years of ion chromatography
For further information or to sign up to receive any of our E-Newsletters click here Reading and Imaging are Combined in BioTek's Revolutionary, New Cytation™3 ZEISS SIGMA used to analyze Russian meteorite that fell in Chelyabinsk region New SPOT Insight™ Gigabit Camera Brings Microscopy Presentations to Life ZEISS Lightsheet Z.1 awarded with Best New Life Science Product of 2012 Malvern’s Dr E Neil Lewis takes his place among chemical imaging pioneers Waters Biopharmaceutical, Bioanalysis and Screening Solutions Now Shipping with UNIFI 1.6 New Software for Research & Scientific Thermal Imagers Thermo Fisher Scientific Introduces Data System to Unite Chromatography and Mass Spectrometry Molecular Devices Introduces SoftMax Pro 6 GxP Microplate Data Acquisition and Analysis Software Short Guide to 3D Cell Culture New EFS Handbook Published by Lee Products The Perfect Ultrafiltration Device for Your Specific Need Electron Magnetic Resonance shrinks to fit the undergraduate curriculum Biotage Releases New Catalog and Technical Guide for Sample Preparation and Evaporation New Waters Quality Parts, Chromatography Columns and Supplies Catalog |
SANYO’s H2O2 system completes CO2 incubator decontamination in less than 3 hours SANYO's unique hydrogen peroxide vapour
decontamination option provides complete decontamination while limiting
incubator downtime to less than three hours - an industry first. The automated
H2O2 cycle protects user safety and can be validated, if
desired, ensuring compliance with the highest cGMP, GLP and GRP standards.Available with SANYO's MCO-19AIC CO2 and MCO-19M multi-gas incubators, the H2O2 system enables full decontamination and incubator cleaning to be completed in less than a morning, achieving significant time savings compared with standard heat decontamination methods. As this is a low temperature process there is no heat stress on electrical components and zero impact on adjacent equipment and the surrounding environment. This easy-to-use high-speed vaporised H2O2 process provides total chamber decontamination. All interior components and the CO2 sampling loop are decontaminated in situ, bypassing the need for a separate autoclave cycle. Following a 7-minute H2O2 vaporization, the UV lamp switches on for 90 minutes, reducing the H2O2 to water vapour and oxygen. The incubator's interior fan circulates air throughout the chamber during the entire cycle. As the H2O2 system is fully verified as a method of decontamination it is especially suitable for use in highly demanding pharmaceutical and biotechnology applications, such as monoclonal antibody production. User safety is given high priority, with the incubator automatically locked during the decontamination cycle. Should a power failure occur, the H2O2 breakdown process is started from the beginning, eliminating any possible hazard. In case of a UV lamp failure, the incubator remains automatically locked to allow for natural breakdown of the H2O2. The H2O2 incubator decontamination system complements SANYO's patented SafeCell UV treatment of interior airflow and exclusive InCu saFe copper-enriched stainless steel interior incubator surfaces. These continuous Active Background Contamination Control features give constant germicidal protection while cell culture protocols are in process. For more information visit www.eu.sanyo.com/biomedical
About SANYO
SANYO Electric Co. Ltd. is a multibillion dollar
global corporation developing advanced technologies and unique products for
environmental, energy and lifestyle applications. SANYO E&E Europe BV is a Biomedical
division dedicated to life science solutions based around user-driven
innovations, such as dual-cooling freezers to ensure sample security.
Headquartered in the Netherlands,
SANYO E&E Europe BV
has sales and service organisations in the UK,
France and the Netherlands and manages sales, marketing,
logistics and technical service for SANYO laboratory products throughout Europe.SANYO Biomedical products include an array of laboratory equipment featuring industry-leading technology, controls, construction and performance. Product lines include V.I.P. ultra-low temperature freezers, cryogenic freezers, pharmaceutical and medical refrigerators, cell culture incubators, plant growth chambers, and portable autoclaves. |
|