Free Force-Measurement Engineering Consultation Available From Tedea-Huntleigh

17 June 1999

Free Force-Measurement Engineering Consultation Available From Tedea-Huntleigh

    CANOGA PARK, Calif.--June 16, 1999--Tedea- Huntleigh Inc. (THI), the world's leading manufacturer of force- measurement products and precision load cells, has just announced that its design engineering unit will provide consulting service at no charge to designers and equipment manufacturers of any products that involve force or mass measurement for robotics and other industrial automation applications.
    To take advantage of the THI engineering team's more than 130 years of combined experience in the force-measurement industry, call 800/626-2616 and ask for THI Vice President Tony Smalarz (tony@tedea-huntleigh.com).
    Sensor-based, advanced products such as in medical equipment, automotive parts, sports equipment, robotics equipment and packaging products often require innovative custom force-measurement solutions. These applications demand not only the highest quality but also sensors engineered specifically to fit their stringent specifications.
    Tedea-Huntleigh is known worldwide for designing and manufacturing the highest-quality leading-edge load cells and force- measurement solutions. The company is now making this design expertise easily accessible to manufacturers' engineering teams looking for innovative force-measurement solutions to fit their unique product blueprints.
    THI is the world's largest manufacturer of precision load cells, with manufacturing plants in Los Angeles; Cardiff, Wales; Chartres, France; and Beijing, China, and two facilities in Israel. THI load cells are used throughout the globe in applications that require highly accurate, cost-effective load cells in capacities ranging from 1 pound to 100 tons.
    THI manufactures single-point, tension/compression, shear beam, double-ended shear beam, "S" beam and bending beam load cells, signal conditioners and related instrumentation in a wide variety of materials, with an array of features and performance specifications.