The invention discloses a winding manufacturing technology. A strip head of a strip is guided into a strip inlet assembly of a winding machine, and then the strip arrives at a port of a winding assembly through a transmission assembly and a cropping assembly. A winding needle assembly stretches out of the port of the winding assembly for winding, a thickness measuring assembly is located on one side of the winding needle assembly at the time, and the distance between the thickness measuring assembly and the winding needle assembly is the thickness needed for winding. After the winding needle assembly conducts winding and the set winding thickness is achieved, the thickness measuring assembly retreats, and the cropping assembly cuts off the strip when the winding assembly stops rotating. The winding needle assembly contracts inwards into a winding part, and a flattening assembly flattens the section of the winding part. A rear welding assembly welds an inner ring and an outer ring of the winding part. Then, the winding needle assembly completely contracts into the winding assembly, and the winding part automatically disengages. According to the winding manufacturing technology, thefull-automatic winding procedure, welding procedure and other procedures are achieved, and the product quality is guaranteed while the production efficiency is improved, and the production cost is reduced.