Real-life conditions in the ultra high-force range
The new Netzsch Gabo Eplexor 500N is an easy-to-use, modular testing instrument for the thermomechanical characterization of various materials such as plastics, rubbers, composites, metals and ceramics.
The electrodynamic oscillator generates defined deformations across a wide frequency and temperature range. This allows for predictions about a material’s behaviour without any need to test it in the field.
The independent drive for the static force always ensures good sample positioning and enables high static deformations of the material - just as are achieved by, for example, universal testing devices. The modular design and easy exchangeability of different force sensors make the Eplexor well equipped to handle both today’s measurement tasks and future needs. The unique MPAS automatic sample changer allows for efficient measure-ments in the tensile, compression, bending and shearing modes in any order. New tech-nology, new design, completely revised, easy-to-use software.
All these Eplexor’s features are on show at Netzsch Gabo’s booth E17, in hall 10, at the K 2016 fair in Düsseldorf.
The electrodynamic oscillator generates defined deformations across a wide frequency and temperature range. This allows for predictions about a material’s behaviour without any need to test it in the field.
The independent drive for the static force always ensures good sample positioning and enables high static deformations of the material - just as are achieved by, for example, universal testing devices. The modular design and easy exchangeability of different force sensors make the Eplexor well equipped to handle both today’s measurement tasks and future needs. The unique MPAS automatic sample changer allows for efficient measure-ments in the tensile, compression, bending and shearing modes in any order. New tech-nology, new design, completely revised, easy-to-use software.
All these Eplexor’s features are on show at Netzsch Gabo’s booth E17, in hall 10, at the K 2016 fair in Düsseldorf.
Most read news
