Life Science

>

Volumetric Drinking Monitor

NEW PRODUCT

Volumetric Drinking Monitor

Automated liquid delivery system with accurate, volumetric measurement for precise tracking of consumption.

Slide 1
No items found.

Product Description

The Columbus Instruments Volumetric Drinking Monitor (VDM) features a previously patented micro-pump for measuring precise liquid consumption in small animals. When the animal consumes a drop, the next is automatically dispensed. This is ideal for hydration studies, behavioral research, and pharmacological evaluations, providing valuable insights into drinking patterns and fluid intake in various experimental contexts.

Features and Benefits

High-Resolution Liquid Consumption Measurement

The Volumetric Drinking Monitor offers 20-microliter resolution, ensuring precise measurement of liquid intake. Each drop consumed by the animal triggers the pump to deliver the next, providing continuous, reliable data. This high level of precision makes it superior to traditional lick counters, which can vary in liquid delivery.

Leak-Free Design with Flexible Setup

Unlike other systems prone to leakage, the patented micro-pump technology ensures no fluid waste or dripping. The liquid reservoir can be placed above or below the cage, making it versatile for different lab environments. The monitor can accommodate multiple liquid dispensers in a single or multiple cages, making it scalable to monitor hundreds of animals simultaneously.

3 or 6 individual lanes for rats
Adjustable inclination
Electrical Stimulus with individual on/off switches per lane
Unique wide range of speed adjustable from 3 to 100 meters per minute.
Belt texture facilitates animal grip

Applications

Alcoholism - Alcohol Use and Health

Anorexia

Drug Abuse (NIDA only)

Kidney Disease

Nutrition

Urologic Diseases

Specifications

  • Resolution: 20 microliters
  • Liquid Delivery: Micro-pump
  • Reservoir: Can be positioned above or below the cage
  • Dispenser Capacity: Standard setup supports 8 dispensers; scalable to hundreds of animals

The Columbus Instruments Volumetric Drinking Monitor (VDM) features a previously patented micro-pump for measuring precise liquid consumption in small animals. When the animal consumes a drop, the next is automatically dispensed. This is ideal for hydration studies, behavioral research, and pharmacological evaluations, providing valuable insights into drinking patterns and fluid intake in various experimental contexts.

Citations

Papers coming soon, presently in peer review.

Downloads

No items found.

Request info

Contact us for ordering

Volumetric Drinking Monitor

Metabolism:
Environmental Enclosures (Freezer/Incubator for general housing)
Exercise:
Ergometric Running Wheel (Loaded wheel)
Exer 3/6 Treadmill
Metabolic & Telemetric Treadmill
Mouse Mag Wheel (Home cage wheel)
Running Wheels
Neuroscience:
Exer-Gait Treadmill (gait analysis)
Foot Misplacement Apparatus (Ladder Beam Test)
Grip Strength Meter
Hot Plate Analgesia Meter
Opto-M4 (activity meter)
Opto-Varimex-5 with Auto-Track (activity meter)
Responder-X (Startle Response)
Rota-Count (Rotations counter)
Rotamex-5 (Rotarod)
Tail Flick Analgesia Meter
Volumetric Drinking Monitor
Physiology:
NIBP (Blood Pressure)
Environmental:
Micro-Oxymax (Respirometer)
Pegas 4000 (Gas mixer)
Thank you!
Your submission has been received!
Oops! Something went wrong while submitting the form.
Preferences

Privacy is important to us, so you have the option of disabling certain types of storage that may not be necessary for the basic functioning of the website. Blocking categories may impact your experience on the website. More information

Accept all cookies

These items are required to enable basic website functionality.

Always active

These items are used to deliver advertising that is more relevant to you and your interests.

These items allow the website to remember choices you make (such as your user name, language, or the region you are in) and provide enhanced, more personal features.

These items help the website operator understand how its website performs, how visitors interact with the site, and whether there may be technical issues.

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.