The invention relates to a double-face chamfering continuous
machining system for a gear sleeve of a vehicle
synchronizer. The double-face chamfering continuous
machining system is formed by two same double-cutter
machining chamfering machines and a linear feeding mechanism penetrating two chamfering
machine machining stations transversely; the two same double-cutter machining chamfering machines are arranged into a row in parallel, each chamfering
machine comprises a cutter for conducting chamfering machining, a workpiece driving
machine head and a tooth alignment mechanism, a center line where the two cutters are located is arranged to right face the workpiece driving machine heads, tooth alignment mechanisms are arranged at front end working procedure components of the workpiece driving machine heads, and the workpiece driving machine heads are installed on a machine head base; each chamfering machine is horizontally and fixedly provided with a linear type feeding mechanism at the position, in front of the workpiece driving machine heads and behind the two cutters, of the corresponding machine body, and each linear type feeding mechanism is driven by a driving motor to drive a
transmission belt in a material way to rotate; and a tooth sleeve turnover mechanism is installed between the two linear type feeding mechanisms, and pushing air cylinders are fixedly installed on the outer sides, corresponding to the tooth alignment mechanisms, of the material way. By means of the
machining system, double-face chamfering machining of an overall tooth sleeve can be completed at a time, the production efficiency is greatly improved, meanwhile, allocation of a feeding mechanical arm and a feeding mechanism is omitted, and the overall machining area is decreased.