Required
Small Animal Anesthesia Machine (TAIJI)
RWD-TAIJI-IE/RWD-TAIJI-SE$2,099.00
Anesthesia & Ventilation
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Complete Anesthesia Starter Bundle
$2,499.99
Complete anesthesia system bundle including machine, cone masks, breathing circuit, and gas filter canister for small animal research applications.
$2,500.00
Free shippingOn bundles over $5,000
1-year warrantyCalibration certificate
Setup supportLive install with a CS scientist
Spec sheet (PDF)IACUC-ready summary
Key Specifications
| Automation Level | manual |
| Species | Gerbil, Hamster, Mouse, Rat, Guinea pig |
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Our Staff are PhD Scientists
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LC
Louise Corscadden
PhD, Neuroscience
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Required components form the minimum viable kit. Optional components extend it. Toggle to remove what you already have. The price and the line items update live.
Required
Anesthesia Cone Masks for Mouse and Rat
RWD-68680/68681-68682$87.80
Required
Breathing Circuit
RWD-R-NBC-F(JR)/ R-BC-DL$50.00
Required
Gas Filter Canister
CS-958417$85.00
This anesthesia starter bundle provides researchers with essential components for small animal anesthesia procedures in laboratory settings. The bundle includes an anesthesia machine, cone masks for various animal sizes, breathing circuit components, and a gas filter canister to manage waste gas exposure. This comprehensive package eliminates the need to source individual components separately, providing a complete inhalation anesthesia system suitable for rodent research applications.
The system supports isoflurane delivery through precision vaporization and flow control mechanisms. The included breathing circuit maintains proper gas flow while the cone masks accommodate different animal sizes for secure anesthesia induction and maintenance. The gas filter canister captures waste anesthetic gases, supporting laboratory safety protocols for personnel exposure reduction.
How It Works
The anesthesia machine operates through precision vaporization of volatile anesthetic agents, typically isoflurane, which are mixed with carrier gases (oxygen and/or air) to create a controlled anesthetic mixture. The vaporizer chamber contains liquid anesthetic that is converted to vapor through temperature-controlled evaporation, with concentration controlled by flow regulation mechanisms.
The breathing circuit delivers the anesthetic mixture to the animal through cone masks of appropriate sizes, while simultaneously removing exhaled gases. The system maintains positive pressure ventilation or allows spontaneous breathing depending on the circuit configuration. Waste anesthetic gases are captured by the gas filter canister, which contains activated charcoal or similar adsorbing materials to prevent environmental contamination and reduce personnel exposure.
Flow meters and pressure gauges provide real-time monitoring of gas delivery parameters, enabling researchers to maintain consistent anesthetic depth throughout procedures. The cone mask design creates a sealed interface with the animal's muzzle area, ensuring efficient gas delivery while minimizing dead space.
Features & Benefits
Complete component integration
Eliminates time spent sourcing compatible individual components, ensuring system compatibility from initial setup.
Multiple cone mask sizes
Accommodates different rodent species and sizes for secure anesthesia delivery without gas leakage.
Integrated breathing circuit
Provides closed or semi-closed circuit operation for efficient anesthetic delivery and waste gas management.
Gas filter canister inclusion
Captures waste anesthetic vapors to reduce personnel exposure and support laboratory safety protocols.
Precision flow control
Enables accurate gas delivery rates for consistent anesthetic depth maintenance during procedures.
Isoflurane vaporizer compatibility
Supports standard volatile anesthetic agents commonly used in laboratory animal research.
Modular system design
Allows component replacement and system expansion as research requirements evolve.
Automation Level
- manual
Research Domain
- Addiction Research
- Anxiety and Depression
- Behavioral Pharmacology
- Cancer Research
- Cardiovascular
- Developmental Biology
- Learning and Memory
- Motor Function
- Neuroscience
- Pain Research
- Toxicology
Species
- Gerbil
- Hamster
- Mouse
- Rat
- Guinea pig
Weight
- 7.0 kg
Dimensions
- L: 40.0 mm
- W: 30.0 mm
- H: 30.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Component Integration | Complete bundle with machine, masks, circuit, and filter | Individual components purchased separately | Ensures compatibility and reduces setup complexity for new anesthesia programs. |
| Cone Mask Variety | Multiple sizes included for different species | Single size or additional purchases required | Supports multi-species research without additional mask procurement. |
| Gas Filtration | Integrated gas filter canister included | Separate scavenging system purchase often required | Provides immediate waste gas management for personnel safety compliance. |
| System Configuration | Pre-selected compatible components | Requires technical knowledge for component matching | Eliminates compatibility errors and reduces setup time for research teams. |
This bundle provides immediate anesthesia capability with all essential components included, supporting both new laboratory setups and existing facility upgrades. The integrated approach reduces procurement complexity while ensuring component compatibility across the complete anesthesia delivery system.
Neuroscience
Maintaining surgical plane anesthesia during stereotaxic procedures and electrode implantation surgeries in rodent models.
Cardiovascular
Providing controlled anesthesia for cardiac catheterization procedures and hemodynamic monitoring studies in laboratory animals.
Cancer Research
Supporting tumor inoculation procedures and longitudinal imaging studies requiring repeated anesthesia episodes.
Behavioral Pharmacology
Enabling surgical preparation for behavioral studies including cannula implantation and device placement procedures.
Toxicology
Facilitating blood sampling and tissue collection procedures during acute and chronic toxicity assessments.
Developmental Biology
Supporting embryonic and neonatal surgical procedures requiring precise anesthesia control in small animal models.
Practical Tips
Calibration
Perform daily leak tests before animal procedures using soap solution on all connections.
Why: Gas leaks compromise anesthetic delivery and increase personnel exposure risks.
Maintenance
Monitor gas filter canister saturation indicators and replace according to usage patterns.
Why: Saturated filters lose capture efficiency and may release accumulated anesthetic vapors.
Best Practices
Pre-oxygenate the breathing circuit before animal introduction to minimize induction time.
Why: Circuit pre-charging eliminates air dilution and accelerates anesthetic onset.
Safety
Ensure adequate room ventilation and consider personal monitoring for anesthetic gas exposure.
Why: Chronic exposure to trace anesthetic gases poses occupational health concerns for personnel.
Troubleshooting
Check vaporizer level and temperature if anesthetic depth appears inconsistent.
Why: Low liquid levels or temperature variations affect vapor concentration delivery accuracy.
Data Quality
Record anesthetic protocols including flow rates and concentrations for experimental reproducibility.
Why: Anesthesia parameters can influence physiological measurements and research outcomes.
Setup Guide
Unpack and Inspect
Remove all components from packaging and verify against included packing list. Inspect for shipping damage and ensure all connections are secure.
Connect Gas Supply
Attach oxygen cylinder or pipeline connection to the machine inlet, ensuring proper regulator settings and leak-tight connections.
Install Vaporizer
Mount the isoflurane vaporizer according to manufacturer specifications and fill with appropriate anesthetic agent to operating level.
Assemble Breathing Circuit
Connect breathing tubes, reservoir bag, and appropriate cone mask to create complete circuit pathway for gas delivery.
Install Gas Filter
Connect waste gas filter canister to circuit exhaust port to capture anesthetic vapors and protect laboratory personnel.
Perform Leak Test
Check all connections for leaks using soap solution or leak detection methods before introducing animals to the system.
Calibrate Flow Settings
Set initial oxygen flow rates and vaporizer concentration according to species-specific anesthesia protocols and verify accurate delivery.
What’s in the Box
- Anesthesia machine with vaporizer
- Multiple cone masks (various sizes)
- Breathing circuit tubing and connectors
- Gas filter canister
- User manual and setup instructions (typical)
- Basic tool kit for assembly (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship, with technical support available for setup and operational questions.
Compliance
OSHA 29 CFR 1910.1000System supports workplace air quality monitoring requirements for anesthetic gas exposure in research facilities.
NIOSH Criteria DocumentGas filter component assists in meeting recommended exposure limits for waste anesthetic gases in laboratory environments.
AAALAC International GuidelinesEquipment supports veterinary care standards for laboratory animal anesthesia in accredited research programs.
Q
What anesthetic agents are compatible with this system?
A
The system is designed for volatile anesthetic agents, particularly isoflurane which is standard in laboratory animal research. Consult product datasheet for specific vaporizer compatibility and concentration ranges.
Q
How do I select appropriate cone mask sizes for different species?
A
Cone masks should create a secure seal around the animal's muzzle without excessive dead space. Multiple sizes are included to accommodate mice through guinea pig-sized animals.
Q
What are the recommended flow rates for different animal weights?
A
Flow rates typically range from 0.5-2 L/min depending on animal size and circuit configuration. Consult anesthesia protocols specific to your animal model and procedure requirements.
Q
How often should the gas filter canister be replaced?
A
Filter replacement frequency depends on usage volume and anesthetic agent exposure levels. Monitor filter saturation indicators if present, or replace according to manufacturer recommendations.
Q
Can this system be used for recovery procedures?
A
Yes, the system can deliver oxygen without anesthetic for recovery support. Ensure proper ventilation and monitoring during transition from anesthetic to recovery phases.
Q
What maintenance is required for consistent operation?
A
Regular maintenance includes leak testing, vaporizer cleaning, filter replacement, and calibration verification. Follow manufacturer protocols for preventive maintenance schedules.
Q
How does this compare to injectable anesthesia protocols?
A
Inhalation anesthesia provides rapid onset/offset, better depth control, and easier monitoring compared to injectable agents, though requires more equipment setup and gas handling protocols.
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