This paper is devoted to the development of CINDY software system
for kinematical analysis of Industrial Robots (IR) using analytical
transformations tools. The analytical model of an IR is defined and
corresponding data structures are described. The means for
analytical modeling of robot kinematics are based on SYANA system
for analytical transformations. A hybrid, numerical-analytical
algorithm for kinematical analysis of robots is developed. The
experimental investigations of the programmers realized show the
accelerations of up 1.3 to 1.8 times in comparison with numerical
solution. The possibilities for parallel processing of the
kinematical analysis and simulation of IR are investigated.