THE DIFFERENCE IS MEASURABLE

Industrial robots, namely, robotic devices for automatically feeding test specimens in material measurement and testing systems

Material measurement and testing systems, namely, electromechanical testing systems consisting primarily of testers for tensile, compression, fatigue, reverse stress, shear, flexure, peel, tear, cyclic, torsion, and bend testing; servohydraulic fatigue and static hydraulic testing systems consisting primarily of testers for tensile, compression, fatigue, fracture, shear, and bend testing; hardness testing equipment, namely, testers for measuring resistance of materials to indentation, scratching, abrasion, or cutting; impact testing equipment, namely, servohydraulic testers for measuring impact forces and material deformation; computer software for set-up and control of material measurement and testing systems, and acquisition, storage, analysis and reporting data and results of materials testing; strain gauge transducers for measuring load and strain; optical and video extensometers for contact-free measurement of material deformation; handheld and portable mechanical testing machines for tensile, compression, torsion, reverse stress, shear, flexure, peel, tear, cyclic and bend testing; torsion testing instruments, namely, testers for measuring twisting deformation of a solid body; spring testing instruments, namely, spring testers for testing coil and leaf springs in tension and compression; asphalt testing instruments, namely, direct and indirect tension testers for measuring the physical properties of asphalt binders and mixes; microelectronic testing instruments for measuring the mechanical properties and failure mechanisms of microelectronic components and devices; structural testing systems consisting primarily of testing rigs for determining the durability and integrity of sub-assemblies and complete structures in the automotive and aerospace industries; and environmental test chambers, namely, temperature controlled enclosures for temperature simulation

Furnaces; environmental systems and heating systems, namely, high temperature furnaces, calibration furnaces, tube furnaces, radiant furnaces, vacuum furnaces, split furnaces, and elevating hearth furnaces; and specialized heating cabinets for commercial and industrial research of material properties and component behavior

educational services, namely, conducting seminars, workshops and on-site education programs in the field of training others in the use of material measurement and testing systems, structural testing systems and high temperature and environmental systems