The invention relates to a six-DOF (
degrees of freedom) three-dimensional-manipulation
robot. The six-DOF three-dimensional-manipulation
robot comprises a pedestal bearing, a horizontal sliding table, a vertical moving arm, an upper arm lever, a
forearm lever, a swing
flange and an output shaft; the pedestal bearing consists of vertical upright columns and horizontal crossbeams supported on the upright columns; the horizontal sliding table is arranged on the crossbeams and does
horizontal translation through
pinion and rack transmission, so as to form a horizontal movement degree of freedom; the vertical moving arm is connected with the horizontal sliding table and does vertical movement through
pinion and rack transmission, so as to form a vertical movement degree of freedom; the upper arm lever is connected to the lower end of the vertical moving arm and does rotational movement, so as to form a first rotational degree of freedom; the
forearm lever is connected to the front end of the upper arm lever and does rotational movement, so as to form a second rotational degree of freedom; the swing
flange is connected to the front end of the
forearm lever and does rotational movement, so as to form a third rotational degree of freedom; the output shaft is connected to the side end of the swing
flange and does rotational movement, so as to form a fourth rotational degree of freedom; the output shaft achieves operation of a predetermined trajectory in a three-dimensional space through the combined action of the
six degrees of freedom. The six-DOF three-dimensional-manipulation
robot has the advantages of simple structure, high reliability, large
working space and the like.