The Tissue Puller - 560TP is an economical tensometer that allows quick and easy determination of tensile strength in tissues.

DMT has redesigned the Tissue Organ Bath System for the new millennium using the latest developments in material and computer and tissue engineering.

The Tissue Organ Bath System - 751mT mini-TOBS is an affordable system that is recommended for a large variety of studies in the teaching environment, where contractile force measurement (isometric or isotonic) is required.

The 4-channel Tissue Bath System - 720MO is a highly sophisticated, robust, easy-to-use research instrument for the in vitro study of larger blood vessels (>500 μm) and other tubular tissues mounted as ring preparations of up to 10 mm in diameter, such as trachea or gut.

The multi channel organ bath system is the hallmark of the drive for productivity and result in academic and in industry research labs.

The Multi Wire Myograph System - 620M is the successor to our very popular 610M myograph system. This 4-channel multi myograph system is a highly sophisticated yet robust research instrument.

Making it easier... the newly developed 4-channel system adds the ease of automating the normalization procedures so that calculations and preload tension is easily set.

The Muscle Strip Myograph System - 820MS represents a state-of-the-art 4-channel myograph system for muscle strips of up to 19 mm in length. The system was originally developed to give the skeletal muscle physiologist a highly sophisticated, easy-to-use, robust, high-throughput muscle myograph.

The MyoDynamics Muscle Strip Myograph System - 840MDrepresents a state-of-the-art 4-channel myograph system for muscle strips of up to 30 mm in length.

The isolated heart system is a versatile solution for pharmacological researchers investigating mice, rats, guinea-pigs or rabbits hearts, following drug challenges.

The measurement of isolated tissue contractility following drug administration is widely used in preclinical research.

Mesenteric beds perfusion allows the study the effect of vasoactive substances and electrical stimulation on the mesenteric beds of small animals.

The SI-LANGWH isolated working heart system was developed for in vitro measurements of the mechanical activity and work performed by hearts from small animals according to the methods devised by J. R. Neely, et al.

The SI-IPOKIDNEY system is designed for in vitro investigations of the perfused kidney of small laboratory animals like mice, rats, hamsters, guinea pigs and rabbits.

The Isolated Organ Baths have been designed for accurate recording of isometric or isotonic tissue contraction/release.