Load cells convert the force experienced by the
specimen into an electrical signal that is used
by the electronic controller to precisely monitor,
report or control the force.
Extensometry provides a direct and accurate
method for measuring and controlling specimen
deformation by monitoring strain over a precisely
defined gauge length.
Environmental chambers and furnaces provide the capability
to study the mechanical properties of materials
and components over a wide range of
temperatures up to +1600 °C in air.
Various styles of tensile grips at different force capacities to hold a diverse range of materials such as thread, rope, rubber, plastic, composites, fasteners, steel and more.
Load frame accessories include items designed
to fit a specific model of testing frame, such as
support tables, protective shields, T-slot tables,
in-head wedge grips, in-head tension rods, and
similar items.
With major breakthroughs in the medical industries, it is becoming ever more essential to provide accurate test data
related to materials capabilities.
Bend or flexure testing provides a convenient method for characterizing the strength of the miniature components
and specimens typical of those found in microelectronics applications.
Fixtures for testing composite materials for tension, compression, flexure, shear and peel. Most of these fixtures are designed to meet specific materials testing standards.
Read more about accessories for Low Speed Rear, Side and Pole Impact Simulation. And how you can increase the productivity and efficiency of the development process.
Correct specimens and dimensional measuring are critical for accurate and repeatable test results. Solutions for specimen cutting, marking, and measuring.
View the digital version of our catalog, which features hundreds of our materials testing accessories, as well as tips and advice to help you get the most out of your testing system.