Multi-station rotary support special for rotary washing device

The invention relates to a multi-station rotary support special for a rotary washing device. The multi-station rotary support comprises a front disc and a back disc, three station structures for containing chip boxes are formed between the front disc and the back disc by welding three sets of inner and outer left supporting rods, inner and outer right supporting rods and pressing rods. The pressing rods are sleeved with damping sleeves in a connected mode to be used for limiting movement of chips under the centrifugal force effect. The position, below the damping sleeves, of the inner side of the back disc is provided with small cushion blocks in a welding mode for limiting the positions of the chip boxes, and the position, at the position of a center hole, of the outer side of the back disc is provided with a hollow driven shaft and a transmission key in a welded mode to be used for being connected with a motor output shaft. The station structures are circumferentially and evenly distributed around the center of the rotary support, the problem that the chip washing effect is influenced by microparticles generated when the dynamic equilibrium value is high is solved, and the chip washing quality is remarkably improved. The multi-station rotary support is driven by a motor to be capable of simultaneously carrying the chips in the three chip boxes to conduct rotary washing, the chips are far away from the rotating center of the multi-station rotary support special for the rotary washing device, spin-drying is easily carried out in one work procedure, the production efficiency is greatly improved, and the production cost is reduced.