Anesthesia Vaporizer
Cagemount anesthesia vaporizer for small-animal gas anesthesia systems, with isoflurane or sevoflurane configuration planning, pour-fill filling, automatic temperature compensation, ISO 23 mm cagemount mounting, and station compatibility review for anesthesia machines, gas sources, flowmeters, chambers, masks, and scavenging.
Louise Corscadden, PhD
Neuroscience · ConductScience
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Overview
The Anesthesia Vaporizer is the vaporizer component for small-animal inhalation anesthesia systems that need agent-specific delivery planning. It is used with an anesthesia machine, gas source, flowmeter, breathing interface, and scavenging path to convert liquid inhalant anesthetic into a controlled vapor stream for the station.
The source vaporizer family is described with automatic temperature compensation for exterior flow, pressure, and temperature changes, along with stable output concentration, high precision, sealing performance, and quick response during operation. Public configuration planning should focus on the anesthetic agent, cagemount interface, fill type, and compatibility with the rest of the anesthesia station.
Choose this page when the lab is replacing a vaporizer, building a cagemount anesthesia setup, or deciding between isoflurane and sevoflurane vaporizer configurations. For a full station purchase, pair the vaporizer with a tabletop anesthesia machine, air pump or oxygen generator, induction chamber, cone or stereotaxic masks, flowmeter, tubing, warming, monitoring, and active scavenging.
Scientific Use
Rodent and small-animal gas anesthesia workflows depend on a coordinated vaporizer, gas source, flowmeter, breathing interface, and scavenging path. Agent-specific vaporizer selection matters when a lab standardizes isoflurane or sevoflurane delivery across surgery, stereotaxic, imaging, and recovery preparation workflows.
Buying Fit
Use this page when the vaporizer is the component being selected. Choose a complete anesthesia machine, integrated scavenging machine, or mobile workstation when the vaporizer should be reviewed as part of a full station package.
Features & Benefits
Workflow fit
- Vaporizer component for small-animal gas anesthesia systems
Agent planning
- Isoflurane and sevoflurane configurations; source also lists enflurane and halothane tank availability
Mounting
- Cagemount with ISO 23 mm taper planning
Fill type
- Pour-fill filler type
Output stability
- Automatic temperature compensation for changes in flow, pressure, and temperature
Plan with
- Anesthesia machine, air or oxygen source, flowmeter, chamber, masks, tubing, scavenger, warming, and monitoring
Practical Tips
Include the target species and procedure context in the quote request.
Why: Mouse and rat vaporizer component for small-animal inhalation anesthesia systems workflows may require different handling scale and support components.
Review anesthesia and animal-support equipment alongside the surgical kit.
Why: Surgical instruments are only one part of a reproducible small-animal procedure setup.
Treat exact kit contents as quote-confirmed rather than fixed from the preview page.
Why: This keeps the public listing accurate while allowing the final configuration to match the lab workflow.
Setup Guide
What’s in the Box
- Agent-specific anesthesia vaporizer configuration selected during order review
- Pour-fill cagemount vaporizer body
- ISO 23 mm cagemount adapter option
- Source-supported vaporizer specification set for station planning
Warranty
Support, replacement, and fulfillment terms are confirmed with the final quote and institutional purchasing requirements.
Compliance
Which anesthetic agents can be planned?
The source family supports agent-specific vaporizer planning for isoflurane and sevoflurane configurations, and the source text also lists enflurane and halothane tank availability.
What mount should I plan around?
The mounting options include cagemount mounting with ISO 23 mm taper planning and a 23 mm cagemount adapter option.
Why does temperature compensation matter?
The source vaporizer is described with automatic temperature compensation for changes in flow, pressure, and temperature, helping the anesthesia station maintain stable vaporizer output during operation.
What should be ordered with it?
Plan the anesthesia machine, air pump or oxygen generator, flowmeter, induction chamber, masks, tubing/connectors, scavenger, warming, and monitoring products around the final station layout.
Is this a standalone anesthesia system?
This is the vaporizer component. Choose a tabletop machine, integrated scavenging machine, mobile workstation, or complete anesthesia system when the full station should be configured together.
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Accessories
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