To provide a space-saved manufacturing device for a cylindrical battery capable of reducing the cost and improving the rate of operation of the manufacturing line.
This manufacturing device of cylindrical battery has a transfer mechanism 6 for changing the carrying direction of a cylindrical battery facing can or cylindrical battery, and a carrying mechanism for transferring the facing can or battery supplied through the transfer mechanism 6. The transfer mechanism 6 is provided with thunder-like guide surfaces 6a, 6b forming relative curved surfaces 6a, 6b with a substantially constant opposed space, and constituted in such a manner that the cylindrical facing can or battery is carried down by the gravity between the guide surfaces 6a, 6b and transferred.