
Catalog excerpts

MiniVac Anesthetic Gas Evacuation Unit • Effectively scavenge halogenated gas • Small footprint • Very low audible noise • Easy to use • Adjustable flow The MiniVac provides an ideal active way to safely scavenge anesthetic gas used in small animal surgical procedures. The MiniVac can be used in conjunction with either the Fluosorber or the F/Air charcoal filter canister. The side port can be left open to room air or connected to a fume hood or the main exhaust system of the building. The MiniVac can be interfaced with a wide variety of inhalation anesthetic delivery options including nose cones, induction boxes, ventilators, and stereotaxic devices. The adjustable speed allows flow control, making it easily adjustable for any setup. The Fluosorber can save you over 40% on consumable’s cost when you compare price versus gram of absorbed halogenated gas. MiniVac Anesthetic Gas Evacuation Unit with Fluosorber Canister Ordering Information Item # MiniVac Gas Evacuation Unit Adjustable Flow Adapter for Fluosorber Canister Adapter for F/Air Canister Fluosorber Canisters (up to 200 g of halogenated gas), case of 6 F/Air Filter Canisters (up to 50 g of halogenated gas), case of 8 Overall Dimensions (W x H x D) 12.5 x 9 x 12.8 cm Power Hugo Sachs Elektronik • MiniVac Type 812 Gas Evacuation Unit
Open the catalog to page 1
Ask about our Complete Small Animal Anesthesia Bundles and Surgical Equipment Anesthesia Setup with MiniVac Anesthetic Mask MiniVent Ventilator Contact Us Germany Hugo Sachs Elektronik / Harvard Apparatus, GmbH Gruenstrasse 1 D-79232 March-Hugstetten, Germany Tel: +49 0 7665 9200-0 Fax: +49 0 7665 9200-90 info@hugo-sachs.de www.hugo-sachs.de United States Harvard Apparatus 84 October Hill Road Holliston, Massachusetts 01746 USA Tel: +1 508 893 8999 Toll Free: +1 800 272 2775 (US Only) Fax: +1 508 429 5732 support@hbiosci.com www.harvardapparatus.com
Open the catalog to page 2All Hugo Sachs Elektronik catalogs and technical brochures
-
BEHAVIORAL RESEARCH
100 Pages
-
SURGICAL SOLUTIONS FOR RESEARCH
260 Pages
-
ISOLATED LUNG PERFUSION SYSTEMS
62 Pages