Micromachining and precision machining cell for research of working conditions in the machining of small parts. The cell consists of a micro-milling machine and a micro-lathe. The cell is completed with equipment that evaluates the surface integrity conditions resulting from working parameters employed in turning, milling and broaching (off line/on line). Output parameters such as cutting forces, temperature, tool wear, roughness, residual stresses, and material damage can be measured. This determines the optimum process window parameters to be employed. It also has software for predicting process variables based on input parameters.
Precision and Micro Machining
Devices and sensors for monitoring and studying the micromachining process
Devices and sensors for monitoring and studying the micromachining process: force, vibrations, thermography, dimensions, surface roughness, etc.
Equipment for verification of surface integrity, residual stresses and roughness.
Equipment for verification of surface integrity, residual stresses and roughness.
Microlathe
Precision micro turning machine for diameters up to 0.5mm.
Micromilling Machine Kern Evo
Precision micro-milling machine. Machining with 0.1mm tools. 500-50000 rpm. 3.4 kW - 0.8 Nm.
Software for the prediction of process results
Software for the prediction of process results: vibrations/chatter, cutting forces and powers, temperatures, roughness, distortions, etc
Search for working conditions (cutting tools, cutting conditions, cooling, etc.) through experimental tests and modelling that guarantee the optimum surface integrity conditions in critical components. End users of machining components for aeronautics, railway, automotive, and energy sectors.
Training courses for professionals: entry level and experienced workers. - End users of machine tools. - Machine tool builders.