The invention discloses an automobile bearing manufacturing device, and relates to ceramic bearing manufacturing equipment. The automobile bearing manufacturing device comprises a hot isostatic pressing device, wherein the hot isostatic pressing device comprises a pressurizing furnace; a pressurizing device and a heating device are arranged in the pressurizing furnace; a plurality of graphite wrapping sleeves capable of being repeatedly used are further arranged in the pressurizing furnace; each graphite wrapping sleeve comprises a lower wrapping sleeve cover and an upper wrapping sleeve cover; each lower wrapping sleeve cover is internally provided with a lower hemisphere cavity; each upper wrapping sleeve cover is internally provided with an upper hemisphere cavity matched with the corresponding lower hemisphere cavity; the bottom of each lower wrapping sleeve cover is provided with a detachable waste box; each waste box is internally provided with a waste groove communicating with the corresponding lower hemisphere cavity; and a material injection port is formed in the top of each upper hemisphere cavity. Compared with the prior art, a ceramic ball with a built-in framework can be produced through the device, so that the impact resistance of the ceramic ball is greatly enhanced, and the problem that the existing ceramic ball is made of pure ceramic powder and weak in impact resistance is solved.