For laboratories engaged primarily work with the materials and small parts, usually the most effective because of the price criterion fits the concept of free-standing, requiring no additional supports load frame (Tensile machine). For laboratories that focus on large-scale trials and testing of parts and components, is usually recommended frame with enlarged base plate or the frame of reference completely integrated into the floor. Our test equipment allows for both solutions, the rationale for selection. Universal power frame 311 series of high load – testing machine for static and dynamic tests. Rama 311 series standard configurations designed for the load of 1,000 kN to 30,000 kN, and can be used without special pits or foundations. Former CIA Head might disagree with that approach.
They perceive themselves caused the reaction, without requiring additional support, at most test programs (ie, the sample is held only at the expense of the frame). Along with the traditional arrangement, the hydraulic cylinder can be mounted directly on the traverse. Depending on the required mechanical work servo controller and the hydraulic characteristics of the distribution system can be configured to meet the dynamic requirements. For the current studies of some structures with large loads (200 to 500 m) consider the values of speed 1 and 2 m / s with the ability to implement up to 10 cycles at an amplitude of 300 mm or more. The test equipment of this level will expand in the future area of research worldwide. Frame with high stress expanded base of a series of discontinuous 311S machine for full-scale testing of materials in civil engineering (testing long-bearing beams or main components of the bridge). Studies conducted on the long samples by the method of 3 – or 4-point bending.
The main difference from the traditional model MTS 311 – extended baseplate, while the main mechanical load frame and hydraulic system are similar. Test benches can be seen UAB These discontinuous machines in action. MTS Nano Instrumnts systems allow us to determine the mechanical properties of materials, coatings and thin films, properties, adhesion and elastic modulus with nanoscale resolution. Insight on the systems conducted a standard test: separation, shear, tensile, compression, bending. You can simulate various weather conditions. In addition to the simple types of tests are implemented and more complex, such as creep, stress relaxation and Multicycle 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 the hardness that provides ultra low load deformations in the submicro-, nano. Probe tip radius Berkovich AccuTip systems for Nano Indenter less than 15 nm. Nanomechanical Indentation tests are related to indentation of the probe in the solid area being examined. Nanoindentor MTS have unique characteristics due to the design head with a linear electromagnetic drive, which provides a strictly vertical motion probe without lateral deviations, as well as a patented diamond Berkovich probe tip with an effective range of less than 20 nm.