This paper presents some comparative results obtained from a batch of tests in order to determine the optimal software algorithm implementation designed for the command of a multiapplication cobotic platform with remote control function. The application shown is a high precision measurement system for the movement of a high-precision touch probe manipulated with an intelligent cobotic platform (consisting of two robots series-parallel with 11 DOF) in order to obtain accurate measurement values. The movement of the touch probe is done with high precision using a hexapodal system.