Small Animal Anesthesia and Homeothermic System
Small-animal gas anesthesia and homeothermic support system that combines tabletop vaporizer-based anesthesia delivery with body-temperature measurement and maintenance for mouse and rat surgery, ischemia models, catheter work, organ-transplant preparation, stereotaxic preparation, and other temperature-sensitive bench procedures.
Louise Corscadden, PhD
Director of Science · ConductScience
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Overview
The Small Animal Anesthesia and Homeothermic System is a compact research anesthesia station for labs that want gas anesthesia and body-temperature maintenance in the same purchasing decision. The product combines the functions of the super tabletop anesthesia machine with the ability to measure and maintain subject body temperature during operations.
This page is built for workflows where temperature support is not an afterthought. Small-animal surgery, ischemia model preparation, catheter work, organ-transplant preparation, stereotaxic preparation, and longer bench procedures often require anesthesia delivery, animal positioning, mask or chamber maintenance, and thermal support to be planned together. A combined anesthesia and homeothermic system keeps those decisions on one PDP rather than splitting the machine, controller, pads, masks, and station accessories across unrelated pages.
The buying value is station simplification: vaporizer-based anesthesia delivery, induction-chamber and mask-output planning, temperature measurement, body-temperature maintenance, oxygen-flush behavior, and ConductScience accessory matching can be reviewed together before the final chamber, mask, tubing, absorber, gas-source, probe, and warming-pad configuration is finalized.
Scientific Use
Rodent anesthesia and thermal support are commonly paired in survival surgery and model-preparation workflows because small animals can lose heat quickly during anesthesia and surgical exposure. A homeothermic anesthesia station is useful when the workflow needs controllable inhalation anesthesia while maintaining body temperature across preparation, surgery, and recovery-adjacent handling.
Example workflow fits include cerebral infarction, myocardial infarction, self-administration intubation, and organ transplantation where anesthesia plus body-temperature maintenance can be planned together. ConductScience can also pair the station with stereotaxic masks, induction chambers, surgical pads, monitoring, and model-specific instruments when the workflow requires a larger bench setup.
Buying Fit
Choose this listing when the lab wants a single anesthesia machine path that includes body-temperature measurement and maintenance. Choose the standard tabletop anesthesia machine when thermal support will be purchased separately, and choose the integrated scavenging machine when built-in mask-line waste-gas handling is the primary station requirement.
Features & Benefits
Workflow fit
- Mouse and rat gas anesthesia with body-temperature measurement and maintenance
Integrated support
- Tabletop anesthesia machine feature set plus homeothermic temperature support
Model planning
- Cerebral infarction, myocardial infarction, catheter/intubation, organ-transplant, and stereotaxic-adjacent workflows
Station controls
- Vaporizer-based anesthesia, mask/chamber output planning, oxygen flush, and thermal maintenance
Plan with
- Induction chamber, cone or stereotaxic masks, tubing, absorber/scavenging path, gas source, probes, warming accessories, and monitoring
Practical Tips
Decide whether the workflow needs integrated body-temperature measurement and maintenance from the anesthesia station or a separate controller/pad setup.
Why: This product is best when anesthesia and temperature maintenance should be reviewed as one station decision.
Use this page for ischemia, transplant, catheter, stereotaxic, or longer surgery workflows where body-temperature support changes station planning.
Why: The product family fits cerebral infarction, myocardial infarction, self-administration intubation, and organ-transplantation station planning.
Select chamber, masks, tubing, absorber/scavenging path, gas source, probes, warming accessories, and monitoring before final quote approval.
Why: The machine is the core station, but the lab-ready workflow depends on the selected animal-support accessories.
Setup Guide
What’s in the Box
- Small-animal anesthesia and homeothermic machine
- Vaporizer-based gas anesthesia control path based on the tabletop super-machine feature set
- Body-temperature measurement and maintenance module integrated into the machine workflow
- Output controls for induction chamber, stereotaxic mask, and cone-mask planning
- Oxygen flush path for chamber-clearing workflow planning
- Induction chamber, masks, tubing, absorber/scavenging path, gas source, heating pads or water-heating accessories, and probes configured during quote review
Warranty
Support, replacement, and fulfillment terms are confirmed with the final quote and institutional purchasing requirements.
Compliance
When should I choose the homeothermic anesthesia system?
Choose this system when the lab wants gas anesthesia and body-temperature maintenance planned together for mouse or rat surgery, ischemia model preparation, catheter work, organ-transplant preparation, or stereotaxic-adjacent workflows.
How is this different from the standard tabletop anesthesia machine?
The standard tabletop machine focuses on vaporizer-based anesthesia delivery, chamber output, mask output, and oxygen flush. This homeothermic system adds body-temperature measurement and maintenance into the same station decision.
What accessories should be selected with it?
Plan induction chamber, cone masks or stereotaxic masks, tubing/connectors, absorber or scavenging path, gas source, probe and warming accessories, monitoring, and the surgical platform or stereotaxic frame used in the workflow.
Can this support ischemia or cardiovascular model work?
Yes. The product family fits cerebral infarction and myocardial infarction workflows where anesthesia plus body-temperature maintenance should be planned together. Ventilation or auxiliary respiration should be added when the model requires it.
Should I choose this or the integrated scavenging anesthesia machine?
Choose this page when temperature maintenance is the central requirement. Choose the integrated scavenging machine when built-in mask-line waste-gas handling is the central requirement, or review both if the station needs both thermal support and a stronger scavenging path.
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