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Researcher, Electrothermal

WPI offer a wide range of products designed for those working in the life science industry but just as importantly they offer great customer support and possess great product knowledge.
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EZ-AF9000

EZ-AF9000

Auto Flow Anesthesia System - the autoflow anesthesia system offers highly efficient, exact gas flow that is easy to use. The system has an automatic five output manifold that does not require flowmeters.


  • Overview
  • Specifications
  • Accessories
  • Citations
  • Related Products

Overview

EZ-AF9000

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Data Sheet
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Instruction Manual
/ Download as PDF

Complete small animal anesthesia system and all the accessories

Features & Benefits

  • Ideal for work with multiple animals and unique configurations
  • Precise, low flow gas saves money and protects personnel
  • Flow rates are set specifically for mice and rats
  • Five outputs supply anesthesia to the induction chamber and up to four breathers
  • Preset flow rates eliminate the need for flow meters and manual adjustments
  • Protocols are easily followed without calculations
  • Flow rate is not impacted by the type or the number of accessories connected
  • Minimal opportunity for operator error
  • Each output is individually controlled with a simple on/off switch
  • Pushbutton oxygen flush purges induction chamber before removing animals
  • Carry handle facilitates safe, easy transport of the unit

Applications

  • Small animal surgery

Overview

The Fixed Flow System is ant advanced anesthesia system and provides preset, fixed flow rates with no need for adjustment. The system offers five gas outlets, each with an individual ON/OFF switch. The system ensures consistent, precise gas flow when connected to any pressurized gas source higher than 7 psi.

  • Induction Chamber output is fixed at 1 LPM
  • Four Breathing Circuit outputs are fixed at 0.5 LPM

This unit features an oxygen flush button that purges the induction chamber with pure oxygen, thereby protecting personnel from exposure to anesthesia gas when opening the chamber. A handle on the vaporizer makes the unit easy to safely transport.

EZ Anesthesia is the system of choice for anesthetizing small animals, and it comes with a variety of choices. Animals to be anesthetized are placed in the acrylic induction chamber, and the system delivers a precisely blended mixture of oxygen and isoflurane. An activated charcoal air filter canister at the top of the chamber releases safe, filtered air back into the room. A water-heated cage warmer or warming plate (ATC2000) is used to retain the animal body temperature while in the induction chamber. After the initial anesthetizing, the animal may be moved to the heated surgical water bed and positioned properly in the snugly fitted nose cone. A highly sensitive valve regulated by the animal’s breathing works with the nose cone to ensure non-rebreathing efficiency. It allows safe anesthesia for up to several hours.

The breathing device also includes an air filter that releases safe, filtered air back into the room.

Oxygen and liquid isoflurane are not supplied. These are required to operate the system. Each system comes with all necessary components and connections for immediate use, including:

  • EZ-190AF Auto-Flow Vaporizer Unit with a TEC 3 Isoflurane Key Filled Vaporizer and  consistent, precise gas flow to each of the five outlets.
  • 2 x EZ-103A Microflex Mouse/Rat Non-Rebreathing Device is designed for neonates to animals weighing up to 500 g.
  • 1 x EZ-178 Mouse/Rat Sure-Seal Induction Chamber (chamber dimensions 23 cm L x 10 cm W x 10 cm H)
  • EZ-258 Charcoal Filters (case of 8 filters)
  • Also includes mouse/rat nosecones, nosecone plugs, plastic surgery beds (2) and all connecting tubes

Note: Oxygen and liquid isoflurane are not supplied. These are required to operate the system.

Contact us to modify the options Including:

  • Alternate TEC 3 style vaporizers
  • Heated water beds
  • Additional Breathing Devices
  • Size of Induction Chamber

Specifications

Anesthetic: Isoflurane 0 – 5%

Carrier Gas: Oxygen or Air

Flow Rate: Chamber – 1 LPM each

            Breathers – 0.5 LPM each

Number of Outputs: 5

Accessories

EZ-103A

EZ-103A

Microflex Non-Rebreathing Unit

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Choose Quantity
EZ-178

EZ-178

Sure-Seal Mouse/Rat Induction Chamber

For use when home cage is unavailable. T...

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Citations

Aimone, L., & Lannoy, I. de. (2014). Overview of Pharmacokinetics. Current Protocols in  …. Retrieved from https://onlinelibrary.wiley.com/doi/10.1002/0471141755.ph0701s66/full

Auchter, A., Williams, J., & Barksdale, B. (2014). Therapeutic Benefits of Methylene Blue on Cognitive Impairment during Chronic Cerebral Hypoperfusion. Journal of Alzheimer’s  …. Retrieved from https://iospress.metapress.com/index/W157602518490837.pdf

Blaauboer, S., Gabrielle, V., & Jin, L. (2014). MPYS/STING-Mediated TNF-α, Not Type I IFN, Is Essential for the Mucosal Adjuvant Activity of (3′–5′)-Cyclic-Di-Guanosine-Monophosphate In Vivo. The Journal of Immunology. Retrieved from https://www.jimmunol.org/content/192/1/492.short

Gourand, F., Emond, P., & Bergström, J. (2014). A radiometabolite study of the serotonin transporter PET radioligand  MADAM. Nuclear medicine and  …. Retrieved from https://www.sciencedirect.com/science/article/pii/S0969805114000973

Matsui, A., Jin, J., & Johnston, C. (2014). Pathogenic bacterial species associated with endodontic infection evade innate immune control by disabling neutrophils. Infection and  …. Retrieved from https://iai.asm.org/content/82/10/4068.short

Tegnebratt, T., Ruge, E., Bader, S., & Ishii, N. (2014). Evaluation of efficacy of a new MEK inhibitor, RO4987655, in human tumor xenografts by  FDG-PET imaging combined with proteomic approaches. EJNMMI  …. Retrieved from https://www.biomedcentral.com/content/pdf/s13550-014-0034-6.pdf

Wu, H., Wilkins, L., Ziats, N., Haaga, J., & Exner, A. (2014). Real-time Monitoring of Radiofrequency Ablation and Postablation Assessment: Accuracy of Contrast-enhanced US in Experimental Rat Liver Model. Radiology. Retrieved from https://pubs.rsna.org/doi/abs/10.1148/radiol.13121999

Yanez, M., & Rincon, J. (2014). In vivo assessment of printed microvasculature in a bilayer skin graft to treat full-thickness wounds. … Engineering Part A. Retrieved from https://online.liebertpub.com/doi/abs/10.1089/ten.tea.2013.0561

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EZ-SA800

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EZ-7000

EZ-7000

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GlaxoSmithKline
University College London
Novartis
Imperial College
University of Cambridge
University of Oxford

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