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  • Cell for research on high precision parts

    Cell for research and development of high precision grinding processes in small dimension parts from industrial sectors with high dimensional and surface quality requirements, in sectors such as automotive, optics, medicine, energy, aeronautics and aerospace. The cell is composed by an horizontal cylindrical grinding machine equipped with a double rotating head, with the possibility of incorporating conventional and superabrasive wheels, which work at high cutting speed. The versatility of the machine allows to perform processes of plongeƩ, grinding of faces, and peel grinding. A second equipment of the cell is a cylindrical grinding machine for grinding external, internal diamters and face grinding, with high precision and stability. The cell is completed with a centerless grinding machine of high grinding capacity that allows work in plongeƩ and throughfeed, for an extensive variety of parts geometries. The three machines, connected to each other, can work independently or in combination, having a specific software interface (HMI), which allows intuitive and simple programming of the different cycles mentioned above, in addition to special cycles such as grinding of shapes (cams, eccentric). The cell is completely monitored for the measurement of vibrations, forces, temperatures, in addition to the working parameters. This monitoring is transferred to the cloud platform from which the monitoring parameters are processed and analyzed, and is complemented by simulation models of the behavior of the three units that compose it. The cell also has systems for non-destructive inspection (NDT) through ultrasonic, eddy current and active thermography. It has the ability to design specific sensors for applications and parts of interest, so that in addition to standard verification of the results of the processes studied and the rectified parts, customized solutions can be developed and tested. The three units are connected to each other in addition to connecting to IDE.004 assets.


    • Danobat Estarta 650 centerless grinding machine
    • DANOBAT LG 1200 cylindrical grinding machine
    • Danobat Overbeck IRD grinding machine
    • Non Destructive Testing
    • V3 proprietary algorithms for optimising grinding cycles

    Fields of application

    Improvement of Industrial grinding processes

    Research in new grinding processes

    Support Proceses


    Research on new grinding processes and special grinding cycles

    Design and testing of new special grinding cycles for parts of high value and complexity: new materials, process conditions, lubrication. Testing of special grinding cycles: non round shapes, curvics, thread elimination, smooth cycles, hard materials, ceramics

    Research on the behavior of new advanced components: grinding wheels, cooling systems, measurement systems, special heads, dressing systems

    Testing, evaluation and validation of components of grinding machines: new wheel compositions (superabrasive, carbon fiber bodies, conventional high speed wheels), cooling systems and elements, machine-integrated measurement and inspection systems, dressing systems.

    Tests on special production conditions for particular parts

    Definition and design of new cycles that provide productive advantages to parts of special complexity

    Training and updating of specialists

    Specialized training courses for new professionals and for updating professionals to new technologies.


    IDEKO S.C.
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