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Tecniplast Digital Ventilated Caging (DVC)

Tecniplast Digital Ventilated Caging (DVC) offers the optimal combination of technology and individually ventilated cages.  This scalable solution uses 24/7 home cage monitoring to improve animal welfare, increase vivarium efficiency, and enhanced biomedical research data.  This tried-and-true solution utilizes washable and autoclavable non-invasive sensor plates mounted below the cage to detect animal behavior and cage conditions.  No chipping or tagging required for this scalable solution to modernizing research vivariums.

Key Features & Benefits:

  • Real-Time Digital Monitoring – Tracks key behavioral and environmental parameters like animal locomotion, bedding condition, flooding, animal welfare, temperature, humidity, light, human presence, sound, and vibration.
  • Process Simplification - Detect low food, missing water bottles, and animal health issues and be alerted to these issues with the LED driven workflow. 
  • Enhanced Biosecurity – Limit interaction using remote monitoring technology and cage change notifications. 
  • Automated Data Collection – Collect and analyze real-time data such as animal locomotion, running wheel activity, and urination. 
  • Scalable and Energy Efficient – AI driven algorithm use data from the low power sensor array to determine animal and cage conditions. 

Tecniplast Digital Ventilated Caging ensures optimal conditions for laboratory animals, enhancing research quality while streamlining facility operations.

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Join the Smart Cage Revolution

The DVC® (Digital Ventilated Cage) system transforms traditional rodent housing into a powerful data-driven research tool. With continuous 24/7 monitoring of animal activity, flooding detection, bedding condition detection, food/water detection, welfare sensing capability and environmental conditions, DVC enables researchers and animal care staff to make informed decisions without disturbing the animals. Its non-intrusive design, real-time alerts, and seamless integration with facility workflows promote both animal welfare and operational efficiency. By joining the DVC revolution, institutions gain a scalable, smart infrastructure that supports reproducible science, enhanced welfare, and next-generation vivarium management.

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Feature Description
Product Name DVC Digital Ventilated Cage
Compatible Caging Tecniplast Green Line / Emerald Line / Iso Line
Monitoring Type Non-intrusive 24-7 cage-level activity monitoring
Animal Welfare Reduces animal handling supports 3Rs principles
Installation Installed on new IVC Racks or Retrofittable to existing Tecniplast IVC systems
Facility Requirements 115VAC & Ethernet w/ Proper Firewall Configuration
Welfare Detection Cage Flooding / Fighting / Stress Behavior / Hypoactivity / Hyperactivity / and More!
Environment Detection Temperature / Humidity / Noise / Vibration / Light Level / Human Presence at the Rack Level
Food / Water Detection Yes low food detection and presence/absence of water detection.
Software Available Operational and Analytics
Bedding Dirtiness Detection Tunable algorithmic driven cage change capability reducing cage changes by >50%
Running Wheel Detects speed and distance traveled in real time
Analytics Capabilities Compare Cages / Align Timeframes / Heat Maps / Line Graphs / Histograms / Cage Visualizations
Real Time Alerts Yes and Configurable

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How Does DVC Work?

Advanced Scalable Technology

The DVC system utilizes a washable, autoclavable, capacitive sensor array that can detect animal locomotion and cage conditions. The sensor array is non-invasive and rests just below the cage. The system does not require chipping or tagging of animals and can interpret data at the cage level. Cages are RFID tracked so that data stays with the cage enhancing research and improving animal welfare and operational efficiency.

FAQs

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Frequently Asked Questions

How does the DVC® system support animal welfare?

DVC® helps detect signs of distress or illness such as hypoactivity, hyperactivity, fighting, stress behavior and more. The system can also detect cage floods of less than 100ml and out of range environmental conditions like temperature, humidity, noise, etc. This allows animal care staff to respond quickly, reduce unnecessary handling, and focus on animals that need attention.

Can DVC® help reduce facility workload?

Absolutely. DVC® automates many monitoring tasks, reducing repetitive checks and helping staff prioritize care. It also tracks cage usage and inventory, saving time on manual recordkeeping.

Can DVC® reduce the amount of cages changes in our facility?

The DVC® can detect bedding dirtiness through the sensor array. This allows facilities to change cages in a just in time method rather than a batch method on a 7- or 14-day schedule. This reduces the amount of cage changes in some cases by 50%. This save considerable cost in bedding material, energy usage, and labor. The reduction in bedding changes also decreases the amount of stress on the animals improving research outcomes.

Does the system require any chipping or tagging of animals?

No, the system is non-invasive. It is designed to be scalable from a cost and usability standpoint so there is no need to tag animals.

What type of research is the DVC system used for?

There are many studies and publications available in the areas of neuroscience research, metabolic and endocrine studies, pharmacology and toxicology, behavioral science and ethology, aging and longevity research, genetic and transgenic models, reproductive and breeding studies, welfare and refinement studies, infectious disease and immunology, facility operations research.

Can the system be used for Diabetes research?

Yes, the system can detect excessive urination as well as animal locomotion, which can be useful for researching diabetes.

How does the LED guided workflow work?

Each DVC board has an LED capable of displaying different colors. When an animal caretaker touches the user interface they can select to view the alarms and tasks. If they would like to see which cages had welfare alarms, low food, or which cages required a cage change they can easily see what cages require service with the LED light.

How can the DVC system reduce the amount of animals used in research?

There are many ways the system can reduce the number of animals in use. Control group sharing, better data, more data, unbiased data, quicker clinical endpoints, early intervention potentially saving experimental data.