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In this paper, the authors present the influence of cutting parameters, depth of cut, rotational speed and speed feed on the process temperature for milling of three types of aluminum alloys. In order to measure the temperature, an adequate experimental setup was used. This experimental setup consists in a noncontact infrared thermometer.

In this paper some experimental determinations on the temperature during the turning of the pure titanium are done, using different cutting conditions. The results are presented as graphical dependencies and also as a screen capture of the values obtained using an adequate technique for registered the temperature during the turning process. Some pictures of the chips shape was captured and presented in this paper

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