A positive pressure pump (according to Starling’s Ventilator method) for small animals. Assists with breathing during anesthesia and surgery or when an animal has an injury or illness that requires respiratory support.

A positive pressure pump (according to Starling's Ventilator method) for mice. Assists with breathing during anesthesia and surgery or when an animal has an injury or illness that requires respiratory support.

Highly accurate, rate displayed digitally, quiet, durable, high quality, long lifetime. Up to 300 strokes/min. Optimizes oxygenation by minimizing dead space. Range of...

A positive pressure pump (according to Starling's Ventilator method) for cats, rabbits and small animals of similar size. Assists with breathing during anesthesia and surgery or when an animal has an injury or illness that requires respiratory support.

Highly accurate rate displayed digitally, choice of cylinder/piston assemblies (50, 100 ml), quiet, robust, high quality, and long...

A powerful complement to any stimulator. Delivers pulses for up to four preparations simultaneously. Adjustable polarity and intensity for each channel.

Provides and easy to use means of immobilizing an animal for surgery or procedures such as imaging. Gas Anesthesia (compared to injections) is a very quick way to induce total unconsciousness and also assists fast recovery.

High quality compact, modular and virtually unbreakable system. Reliable and precise delivery of the anesthetic gas to animals. Expandable system providing...

Provides accurate recording of isometric or isotonic tissue contraction/release. For studying effects of drugs or electrical stimuli on isolated smooth muscles (including uterus, trachea, gastrointestinal tract, vessel strips, auricle etc) under optimum conditions.

Classic pharmacology tool for research and teaching. Maintains the integrity of live muscle tissue for several hours in...

Provides accurate recording of isometric or isotonic tissue contraction/release. For studying effects of drugs or electrical stimuli on isolated smooth muscles (including uterus, trachea, gastrointestinal tract, vessel strips, auricle etc) under optimum conditions.

Classic pharmacology tool for research and teaching. Maintains the integrity of live muscle tissue for several hours in...

For investigating isotonic contractions (changes in tissue length) of isolated muscles and measuring small displacements in physiological preparations. Typically used to study the contractile/relaxation effects of drugs.

Perfect for studies using extremely small and fast muscle fibers. Set up a comprehensive system by adding our data acquisition system, organ baths, electrodes and...

A warmer to provide external heat to animals undergoing surgery. Helps to maintain near-normal body temperature for improved surgical outcomes (such as fewer adverse cardiac events and reduced blood loss).

Preprogrammed animal temperatures, easy-to-use control, lightweight with small footprint. Select Rodent Warmer X2 for simultaneous control of 2 independent heating pads.

Measures the force (or tension) of isolated tissue when its length is constant. Pharmacological responses can be characterized by the contractile/relaxant properties.

Four models available covering range from 0 to 50g. Highest-sensitivity model covers the range 0-800mg. Sturdy construction. Connects to popular data acquisition systems.

Evaluates the spasm-inducing effect of drugs. Typically assesses the effect of bronchodilation agents. Also used for screening substances inducing opposite effects.

Simple, reliable and fast method to assess airflow resistance. High precision recording of volume. Available as a complete set up with a rodent ventilator and data acquisition system.

Convenient, cost-effective solution to confine rodents and small animals for anesthesia procedures.

Models available in 2 sizes – smaller model for rodents and larger model for rabbits and similarly sized animals. Clear Perspex with a sliding lid. Quick connection to anesthesia or euthanasia systems using the 2 tubing connectors.