Depending on the required mechanical work performance servo controller and the hydraulic distribution system can be configured in accordance with the dynamic requirements. For the current studies of some structures with large loads (from 200 to 500 m) discusses the importance of speed 1 and 2 m / s with the ability to implement up to 10 cycles with an amplitude of 300 mm or more. The test equipment of this level in the future will expand research area worldwide. Ram Heavy Duty with expanded base of the series 311S breaking machine for full testing of materials in civil engineering (testing long-bearing beams or components of the main bridges). Studies are being conducted on long samples by the method of 3 - or 4-point bending. The main difference from the traditional model mts 311 - extended baseplate, while the basic mechanics of the load frame and hydraulic system are similar. Test benches company allow you to see These discontinuous machines in action. System mts Nano Instrumnts possible to determine the mechanical properties of materials, coatings and thin films, properties, adhesion and elastic modulus with nanoscale resolution.
On systems Insight conducted standard tests: detachment, shear, tensile, compression, bending. You can simulate various weather conditions. Along with the simple types of tests are implemented, more complicated, such as creep, stress relaxation and high-cycle loading. Analysis can be subjected to a wide range of materials including components, biomaterials, plastics, metals, elastomers, paper products, thin films, adhesives and foam. Nano Indenter - logical development of hardness, providing ultrasmall load strains in the submicron, nanoscale. Probe radius Berkovich AccuTip Nano Indenter systems for less than 15 nm. Nanomechanical indentation tests associated with indentation solid probe in the area being examined. Nanoindentor mts have unique characteristics due to head design with a linear electromagnetic drive, which provides a strictly vertical motion probe without lateral deviations, as well as a patented diamond Berkovich probe with an effective tip radius of less than 20 nm.