Individually Ventilated Cage System for Mice (Polycarbonate)
Individually ventilated cage system with SS304 rack construction and dual-stage HEPA filtration providing controlled microenvironments for laboratory mice with touchscreen AHU control.
| Cage Material | Polycarbonate (PC) |
| Rack Material | Stainless Steel SS304 |
| Cage Sizes Available | 294x190x130 mm, 330x205x180 mm |
| AHU Control | Touchscreen |
| Ventilation Type | Individual supply and exhaust per cage |
| Filtration | Primary + HEPA filters |
The Individually Ventilated Cage System delivers controlled microenvironments for laboratory mice through independent air supply and exhaust to each housing unit. The system features stainless steel SS304 rack construction (1760 x 530 x 1750 mm) with polycarbonate cages available in two sizes: 294x190x130 mm and 330x205x180 mm. Each cage receives dedicated airflow management through dual-stage filtration (primary + HEPA filters), preventing cross-contamination between units while maintaining consistent environmental parameters.
The touchscreen AHU control system enables precise management of ventilation parameters across the entire rack system, operating on universal voltage (110V-250V) with CE, ISO, and RoHS certifications. Individual ventilation prevents pathogen transmission between cages, supporting research reproducibility requirements and animal welfare compliance across diverse experimental protocols. The system accommodates varying housing densities while maintaining microenvironmental control critical for longitudinal studies and breeding programs.
How It Works
The system operates through independent air supply and exhaust to each cage unit, creating isolated microenvironments that prevent airborne cross-contamination. The touchscreen AHU (Air Handling Unit) controls centralized air processing, delivering filtered air through a dual-stage filtration system comprising primary filters for larger particulates and HEPA filters for sub-micron contaminants including bacteria and viruses.
Each polycarbonate cage receives dedicated airflow with individual supply and exhaust connections, maintaining positive pressure gradients that prevent contaminated air from entering adjacent cages. The stainless steel SS304 rack construction provides structural integrity and chemical resistance while facilitating decontamination procedures. Air change rates and pressure differentials are maintained consistently across all cage positions, ensuring uniform environmental conditions regardless of rack location.
The system's design prevents the 'bellows effect' common in static cages, where opening one cage can create pressure changes affecting neighboring units. Individual ventilation maintains stable temperature, humidity, and ammonia levels within each cage while preventing transmission of airborne pathogens, allergens, and olfactory cues between experimental groups.
Features & Benefits
Cage Material
- Polycarbonate (PC)
Rack Material
- Stainless Steel SS304
Cage Sizes Available
- 294x190x130 mm, 330x205x180 mm
AHU Control
- Touchscreen
Ventilation Type
- Individual supply and exhaust per cage
Filtration
- Primary + HEPA filters
Species
- Mouse
Rack Dimensions
- 1760 x 530 x 1750 mm
Warranty
- 1 Year
Automation Level
- semi-automated
Brand
- ConductScience
Power/Voltage
- 110V-250V
Certifications
- CE, ISO, RoHS
Research Domain
- Behavioral Pharmacology
- Cancer Research
- Developmental Biology
- Immunology
- Metabolic Research
- Neuroscience
- Pharmaceutical QC
- Toxicology
Weight
- 120.0 kg
Dimensions
- L: 65.0 mm
- W: 32.0 mm
- H: 82.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Ventilation Design | Individual supply and exhaust per cage | Shared plenum systems with common exhaust | Prevents cross-contamination between experimental groups and maintains isolated microenvironments for each housing unit. |
| Filtration System | Dual-stage (primary + HEPA) filtration | Single-stage filtration or no cage-level filtering | Removes both particulates and microbial contaminants from supply air while capturing cage-level emissions. |
| Control Interface | Touchscreen AHU control with parameter adjustment | Manual controls or basic digital displays | Enables precise real-time monitoring and adjustment of ventilation parameters across the entire rack system. |
| Construction Material | Stainless steel SS304 rack with polycarbonate cages | Powder-coated steel or aluminum construction | Provides superior chemical resistance and durability for repeated decontamination procedures. |
| Cage Size Options | Two configurations: 294x190x130 mm and 330x205x180 mm | Fixed cage dimensions or limited size options | Accommodates diverse experimental protocols from individual behavioral studies to breeding programs. |
| Voltage Compatibility | Universal voltage operation (110V-250V) | Single voltage requirements with regional variants | Supports installation in international facilities without voltage conversion requirements. |
This individually ventilated cage system provides comprehensive contamination control through dedicated airflow to each cage unit, dual-stage HEPA filtration, and touchscreen environmental management. The stainless steel SS304 construction and universal voltage operation support diverse facility requirements and international installations.
Practical Tips
Verify airflow distribution across all cage positions during initial setup using flow indicators or smoke tests.
Why: Ensures uniform environmental conditions and identifies potential blockages in ventilation connections.
Monitor pressure differentials across filter stages to determine optimal replacement intervals based on facility conditions.
Why: Prevents system performance degradation and maintains consistent air quality standards.
Establish cage rotation procedures to distribute any positional variations across experimental groups over time.
Why: Minimizes potential confounding factors from rack position effects in longitudinal studies.
Check ventilation connection seals if individual cages show environmental parameter deviations from rack averages.
Why: Loose connections can compromise microenvironmental isolation and affect experimental reproducibility.
Document environmental parameters and filter change dates in study records for regulatory compliance.
Why: Provides traceability of environmental conditions that may influence experimental outcomes.
Ensure adequate facility exhaust capacity before connecting system to prevent negative pressure conditions.
Why: Inadequate exhaust can cause air recirculation and compromise contamination control effectiveness.
Allow 24-48 hours for environmental stabilization after system startup or parameter changes before introducing animals.
Why: Ensures steady-state conditions and prevents environmental stress from parameter fluctuations.
Clean polycarbonate cages with compatible disinfectants to prevent stress cracking and maintain optical clarity.
Why: Preserves cage integrity and visibility for behavioral observation while maintaining sterility.
Setup Guide
What’s in the Box
- Stainless steel SS304 rack system (1760 x 530 x 1750 mm)
- Air handling unit with touchscreen control
- Primary and HEPA filter sets
- Polycarbonate cages (quantity varies by configuration)
- Individual ventilation connections and seals
- Installation hardware and mounting brackets
- User manual and operational guidelines
- Certification documentation (CE, ISO, RoHS)
- 1-year warranty registration materials
Warranty
ConductScience provides a 1-year manufacturer warranty covering system components and technical support for installation and operational guidance. Extended service contracts are available for facilities requiring ongoing maintenance support.
Compliance
References
Background reading relevant to this product:
What air change rates does the system maintain per cage?
Specific air change rates depend on AHU configuration and facility requirements. The touchscreen control system allows adjustment of ventilation parameters. Consult product datasheet for detailed airflow specifications and pressure differential ranges.
How does the system prevent ammonia buildup in individual cages?
Individual exhaust connections remove cage-level contaminants including ammonia, while fresh filtered air supply maintains air quality. The system prevents accumulation of metabolic byproducts that occur in static cage systems.
Can the system accommodate different bedding types and cage accessories?
The polycarbonate cages accept standard bedding materials and enrichment devices. Ensure accessories do not obstruct ventilation ports or compromise air circulation patterns within the microenvironment.
What filter replacement schedule is recommended?
Filter replacement frequency depends on facility air quality and system usage. Primary filters typically require more frequent replacement than HEPA filters. Monitor pressure differentials to determine optimal replacement intervals.
Is the system compatible with existing facility infrastructure?
The system requires connection to building air supply and exhaust systems. Universal voltage operation (110V-250V) accommodates international installations. Verify adequate static pressure and airflow capacity in facility systems.
How does cage positioning affect environmental uniformity?
Individual ventilation connections ensure consistent environmental parameters regardless of rack position. The system eliminates positional effects common in passive ventilation systems where upper and lower cages experience different conditions.
Can environmental parameters be monitored and recorded?
The touchscreen AHU control provides system monitoring capabilities. For detailed environmental logging and data recording, integration with facility monitoring systems may be required.
What decontamination procedures are compatible with the system?
Stainless steel SS304 construction and polycarbonate cages support standard laboratory disinfection procedures. Individual cage ventilation allows decontamination of specific units without affecting the entire rack system.
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