Complete Active Anesthesia System
The experimental system is equipped with a gas recovery system to provide a safe experimental environment to maximize the protection of the operator; by replacing different types of anesthesia machines and masks to meet the needs of animal experiments, such as cerebral ischemia and myocardial ischem
Louise Corscadden, PhD
Neuroscience · ConductScience
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Description
The experimental system is equipped with a gas recovery system to provide a safe experimental environment to maximize the protection of the operator; by replacing different types of anesthesia machines and masks to meet the needs of animal experiments, such as cerebral ischemia and myocardial ischemia model, osteoporosis model, tail vein injection, abdominal aorta blood sampling, heart blood sampling, ventricular injection, tissue/organ removal, and other animal surgery experiments.
Specifications
Configuration for Mouse
|
SKU |
Product |
Description |
|---|---|---|
|
RWD-R510-30 |
Continuously compresses air through the power system, generating air pressure, and providing an air source for the anesthesia machine. |
|
|
RWD-TAIJI-IE, TAIJI-IP and TAIJI-SE |
Compact Small Animal Anesthesia Machine |
Animal surgical procedures in small laboratories. |
|
RWD-V100 |
Induction Chamber-Mouse (15cm*10cm*10cm) |
Used to confine the rodent in a closed space during anesthesia procedures. |
|
RWD-R546Pro |
Gas Evacuation Apparatus with Weight Monitoring |
Efficiently removes hazardous chemical fumes, odors and waste anesthetic gases (WAGs) vented during the anesthetization processes. |
|
RWD-R510-86 |
MRI Compatible Mask for Mouse (Single) |
Concentric Tubing design, made of non-metallic material suitable for MRI environments. |
|
RWD-66625 |
The height of the mask is adjustable, and it can also be fixed and placed in MRI, PET, and SPECT imaging systems. |
|
|
RWD-R510-31-6 |
Used to absorb isoflurane and sevoflurane in anesthetic waste gas to prevent the anesthetic contamination of the operating room to the veterinarian. |
Configuration for Rat
|
SKU |
Product |
Description |
|---|---|---|
|
RWD-R510-30 |
Continuously compresses air through the power system, generating air pressure, and providing an air source for the anesthesia machine. |
|
|
RWD-RWD-TAIJI-IE, TAIJI-IP and TAIJI-SE |
Compact Small Animal Anesthesia Machine |
Animal surgical procedures in small laboratories. |
|
RWD-V101 |
Induction Chamber Rat (24cm*12cm*18cm) |
Used to confine the rodent in a closed space during anesthesia procedures. |
|
RWD-R546Pro |
Gas Evacuation Apparatus with Weight Monitoring |
Efficiently removes hazardous chemical fumes, odors and waste anesthetic gases (WAGs) vented during the anesthetization processes. |
|
RWD-R510-87 |
Concentric Tubing design, made of non-metallic material suitable for MRI environments. |
|
|
RWD-66625 |
The height of the mask is adjustable, and it can also be fixed and placed in MRI, PET, and SPECT imaging systems. |
|
|
RWD-R510-31-6 |
Used to absorb isoflurane and sevoflurane in anesthetic waste gas to prevent the anesthetic contamination of the operating room to the veterinarian. |
Manufacturer Source: https://www.rwdstco.com/product-item/multi-function-anesthesia-solutions/
How It Works
The Complete Active Anesthesia System operates through controlled delivery of volatile anesthetic agents mixed with carrier gases. The air pump (RWD-R510-30) generates continuous compressed air flow, providing the primary gas source for anesthetic vaporization. The compact anesthesia machine regulates anesthetic concentration and flow rates through precision vaporizers and flow control valves.
Induction chambers confine animals in controlled environments during initial anesthesia administration, allowing safe handling transition to maintenance anesthesia via nose cone delivery. The gas evacuation apparatus captures waste anesthetic gases through active scavenging, preventing operator exposure while monitoring system performance through weight-based tracking mechanisms.
Species-specific components accommodate physiological differences between mice and rats, with appropriately sized induction chambers and mask configurations optimized for each species' respiratory parameters and body size requirements.
Features & Benefits
Device Type
- Five Cone Masks
- Single Cone Mask
gas_recovery_system
- Yes
mask_configurations
- Mouse and Rat configurations available
experimental_applications
- Cerebral ischemia, myocardial ischemia model, osteoporosis model, tail vein injection, abdominal aorta blood sampling, heart blood sampling, ventricular injection, tissue/organ removal
Automation Level
- semi-automated
Species
- Mouse
- Rat
Brand
- RWD
Research Domain
- Addiction Research
- Aging Research
- Behavioral Pharmacology
- Cancer Research
- Cardiovascular
- Developmental Biology
- Metabolic Research
- Neurodegeneration
- Neuroscience
- Pain Research
Weight
- 8.27 kg
Dimensions
- L: 34.0 mm
- W: 39.0 mm
- H: 33.0 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Gas Recovery Integration | Integrated waste gas evacuation with weight monitoring | Separate scavenging systems requiring additional setup | Streamlines laboratory safety compliance through unified system design and monitoring. |
| Species Configuration | Dedicated mouse and rat components with specific chamber dimensions | Universal components requiring manual adjustments | Optimizes anesthesia delivery parameters for each species' physiological requirements. |
| System Modularity | Interchangeable masks and chambers for diverse experimental protocols | Fixed configurations limiting experimental flexibility | Accommodates multiple research applications without requiring separate equipment purchases. |
| Component Integration | Complete system with air pump, anesthesia machine, and evacuation apparatus | Individual components requiring separate sourcing and compatibility verification | Ensures component compatibility and simplifies procurement and setup procedures. |
The system provides comprehensive anesthesia management through integrated components optimized for small animal research applications. Key strengths include waste gas recovery, species-specific configurations, and modular design supporting diverse experimental protocols.
Practical Tips
Verify anesthetic concentration accuracy weekly using calibrated gas analyzers to ensure consistent experimental conditions.
Why: Concentration drift affects experimental reproducibility and animal welfare outcomes.
Inspect all tubing connections monthly for wear and gas leaks using leak detection solution.
Why: Gas leaks compromise both anesthetic delivery precision and operator safety through waste gas exposure.
Pre-charge induction chambers with anesthetic gas before animal introduction to minimize induction time variability.
Why: Consistent induction conditions reduce stress response variation and improve experimental standardization.
Monitor scavenging system weight indicators continuously during procedures to verify proper waste gas capture.
Why: Active monitoring prevents accumulation of waste gases in laboratory environment.
If anesthetic delivery appears inconsistent, check vaporizer liquid levels and flow meter accuracy before adjusting concentrations.
Why: System performance issues often originate from basic maintenance rather than calibration problems.
Document anesthetic concentrations, flow rates, and induction times for each procedure to identify protocol optimization opportunities.
Why: Systematic record keeping enables refinement of anesthetic protocols for improved experimental consistency.
Setup Guide
What’s in the Box
- Air pump (RWD-R510-30)
- Compact anesthesia machine
- Species-specific induction chambers
- Gas evacuation apparatus with weight monitoring
- Cone mask sets (five cone and single cone configurations)
- Gas delivery tubing
- Scavenging system tubing
- User manual and setup guide
- Safety operation protocols (typical)
Warranty
ConductScience provides standard manufacturer warranty coverage with technical support for system components and troubleshooting assistance for proper operation and maintenance procedures.
Compliance
What anesthetic agents are compatible with this system?
The system accommodates standard volatile anesthetics including isoflurane, sevoflurane, and halothane through precision vaporizers integrated in the compact anesthesia machines.
How does the gas recovery system ensure operator safety?
The RWD-R546Pro evacuation apparatus actively captures waste gases through controlled suction with weight monitoring to verify proper scavenging performance and prevent occupational exposure.
Can the system handle multiple animals simultaneously?
The system is designed for single animal procedures, with species-specific components optimized for individual mouse or rat anesthesia protocols.
What maintenance is required for optimal performance?
Regular maintenance includes vaporizer calibration, tubing inspection for leaks, filter replacement in gas evacuation systems, and periodic flow rate verification.
How precise is anesthetic concentration control?
Compact anesthesia machines provide precision vaporization with adjustable concentration settings, though specific accuracy specifications require consultation of individual component datasheets.
What backup safety features are included?
Safety features include emergency gas shutoff capability, leak detection through system monitoring, and redundant scavenging to prevent gas accumulation.
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