Seamless, flexible control of force and length, with the unique ability to measure one or both in a single and convenient lever system.

The 600A Digital Controller serves to integrate components and provide the researcher control of system operations, data collection and signal analysis.

The 400C series of force transducers is the next generation of our widely used 400A and 400B series. The 400C series enables contractile measurements from a variety of muscle types and sizes and are designed to meet the needs of muscle researchers.

The 200C miniPID photo-ionization detector combines small size, fast response, and high sensitivity in an easy-to-use, competitively priced package. Designed for olfaction experiments, the sensor has a true frequency response of 330 Hz with a rise time of 0.6 msec. The detection limit is 100 ppb (parts per billion) propylene in air and the full-scale measurement range is 500 ppm.

The 220A Olfactometer provides reliable odor generation for demanding olfaction experiments. The 220A can be configured with 4, 8, 12 or 16 odor vials for maximum flexibility. Careful fluid design ensures repeatable odor profiles generated with minimum delay time between activation and arrival of the odor at the subject.

The 1700A Myofibril System is the first commercially available myofibril system specifically designed to measure the nano Newton forces arising from activation of single myofibrils.

The 300E-I mechanical stimulator is an automated electronic von Frey device with the added capability to measure and control both force and length at a single application point. The 300E-I takes the variability and awkwardness out of applying force with a handheld von Frey filament or with other handheld mechanical stimulators.

The 1515A Intact Myocardial Slice System is a highly integrated, turnkey system providing cardiovascular and physiology researchers a simple and accurate way to create, control and measure living myocardial slice (LMS) samples.

The 1600A Permeabilized Myocyte Test System is designed to simplify the complex testing of contractile properties of skinned myocytes.

The 1415A Permeabilized Fiber ATPase Systems enable physiology researchers to seamlessly measure permeabilized fiber mechanics and ATP consumption using an absorbance technique in a single, user-friendly package.