BOGIMAC Trademark

Machines for testing tension, torsion, compression, shear, bending, impact and wear on wire, cord, belt or rope; material testing instruments and machines for dynamic testing of mechanical fatigue of solids; endurance testing machines for dynamic testing of mechanical fatigue of solids; computer controlled automatic testing apparatus for dynamic testing of mechanical fatigue of solids; test apparatus for scientific use for dynamic testing of mechanical fatigue of solids; portable test apparatus for dynamic testing of mechanical fatigue of solids; non-destructive testing apparatus for dynamic testing of mechanical fatigue of solids; material testing apparatus for dynamic testing of mechanical fatigue of solids; test apparatus for industrial use for dynamic testing of mechanical fatigue of solids; automatic test apparatus other than for medical use for dynamic testing of mechanical fatigue of solids; vibration generators, or shakers, for the purpose of introducing forces into solids test samples; vibration generators, or shakers, for the purpose of shaking solids test samples; electronic equipment for testing temperature and humidity conditions of the testing environment of the above machines and apparatus; portable test instruments for dynamic testing of mechanical fatigue of solids; environmental test chamber integrated in the above dynamic testing equipment, for simulating temperature and humidity conditions and corrosive substances and their effect on the solid test samples; apparatus for dynamic testing of the wear characteristics of solids submitted to mechanical fatigue conditions; electronic sensors for measuring mechanical fatigue resistance of solids; measurement sensors, other than for medical use, for measuring mechanical fatigue resistance of solids; sensor apparatus for the determination of physical parameters other than medical use, for measuring mechanical fatigue resistance of solids; sensors for measuring mechanical fatigue resistance of solids, for real time data input apparatus; sensors used in plant control for measuring mechanical fatigue resistance of solids; textile testing machines; electronic and computer control incorporating microprocessors for process monitoring and control of complex multi-movement industrial machines; microprocessor based diagnostic instruments for testing of mechanical fatigue resistance of solids; computer software for use in controlling complex multi-movement industrial machines; computer control units for controlling complex multi-movement industrial machines; industrial automation controls incorporating software for process monitoring and control of complex multi-movement industrial machines; industrial automation controls incorporating computer apparatus for process monitoring and control of complex multi-movement industrial machines; industrial automation controls for process monitoring and control of complex multi-movement industrial machines, engines or motors; computer controlled apparatus for analysing samples for use in equipment for dynamic testing of mechanical fatigue resistance of solids; specimen manipulators for automatic replacement of test samples for use in equipment for dynamic testing of mechanical fatigue resistance of solids; specimen treatment equipment for preparing samples suitable for testing through vulcanisation in mold, cutting on length, straightening, conditioning of the ends, heat treatment, or drying and moistening, for use in equipment for dynamic testing of mechanical fatigue resistance of solids; calculating machines and data processing equipment for dynamic testing of mechanical fatigue resistance of solids; computer programs for analysis of scientific data relating to dynamic testing of mechanical fatigue resistance of solids; * all of the aforementioned relating to material testing equipment or to control of industrial machines *