Transducers are sensors that convert biological signals into electrical analog signals. The analog signal is then digitized using a PowerLab DAQ. We offer a wide range of pressure and force transducers for research applications including blood pressure, telemetry, temperature and respiratory measurements.
Physiological Pressure Transducer
The Physiological Pressure Transducer is a highly accurate and robust piezo-resistive transducer. The dome is easy to fill and is
Teaching Force Transducers
Low-cost, strain force gauge based force transducers, suitable for measuring muscle contractions or similar forces such as in isolated tissue-organ bath experiments in teaching applications.
Goniometers
Our electronic goniometers are bipolar joint angle sensors for single degree of freedom joints, eg. the knee or elbow, used for a range of medical, anatomical & physiological applications.
Polar Transmitter with Chest Straps
Ideal for teaching applications, the transmitter has an ergonomic design and transmitter that transmits at a range of 1.2 m (4 ft).
Electrophysiology Catheters
Octapolar (8-electrode) catheters used to perform standard electrophysiology studies by applying pacing and recording protocols from inside the heart (intracardiac) or through the esophagus (transesophageal) to determine electrical properties of the atrium and the ventricle.
Non Invasive Pulse Tonometer
The Non Invasive Pulse Tonometer is a hand-held wand probe equipped with a Mikro-Tip pressure sensor at the tip, designed for non-invasive recording of pulse pressure wave contours.
Pulse Transducers
Finger Pulse Transducers use a piezo-electric element to convert force applied to the active surface of the transducer into an electrical analog signal.
Headstage EX
A cost-effective, AC-coupled differential headstage for recording extracellular neuronal signals.
Laser Doppler Surface Probes
Laser Doppler surface probes are designed for use with the Blood FlowMeter. They connect directly and are available in variety of
Laser Doppler Needle Probes
Laser Doppler needle probes are designed for use with the Blood FlowMeter. They connect directly and are available in variety of
Human NIBP Nano Height Correction Unit (HCU)
The Height Correction Unit allows the Human NIBP Nano to compensate for movement of the hand relative to the heart.
Miniature Glass Electrode for pH
The miniature glass electrode has many applications in general purpose analysis and in biochemical studies.
Radnoti Isolated Heart Pacing Electrodes
Pacing electrodes designed for performing surface pacing/stimulation of an isolated perfused rodent hearts in either a Langendorff or Working Heart system.
Radnoti Isolated Heart Monophasic Action Potential Electrode Sets
Electrode sets designed to be used together with any ADInstruments Bio Amp (purchased separately) for recording monophasic action potentials from isolated perfused rodent hearts in Radnoti Langendorff or Working Heart systems.
Mouse Biopotential Telemeter
Kaha Sciences mouse telemeters provide the ideal solution for research scientists looking to record high quality wireless biopotential signals (ECG, EEG, or EMG) and index of animal activity in mice over 22 grams.
Rat Telemeters
Kaha Sciences rat telemeters provide the ideal solution for research scientists looking to record high quality wireless telemetry signals.
Go Direct® Melt Station
The Go Direct® Melt Station is used in the “Synthesis and Analysis of Aspirin” lab in the Lt Chemistry Collection.
Mikro-Cath Pressure Catheter (5 pack)
The MIllar Mikro-Cath TM pressure catheter is a single-use solid-state catheter for use in regulated clinical pressure research.
Respiratory Belt Transducer
The Respiratory Belt Transducer is designed to measure changes in chest diameter resulting from breathing. The belt produces a
Radnoti Micro Pressure Sensor
The Radnoti Micro Pressure & Amplifier is designed to provide an alternative to the standard fluid-filled dome or flow through pressure transducers.
Spirometer Sensor
The Spirometer Sensor measures airflow and corresponding changes in lung volume. It does this via a pressure sensor that converts the differential pressure across a restriction into an electronic signal.
Perivascular Flowprobes
Measure acute and chronic in vivo flow in both small and large animal blood vessels.
