3D System and method for manufacturing ship propeller using 3D printer

摘要

A system for producing a propeller using a 3D printer, wherein a fluid induction rail is formed on the surface of the wing of the propeller to generate a propulsion force while the fluid is introduced from the front end of the wing and discharged to the second half while maximizing propulsion efficiency The method is disclosed. Ship propeller manufacturing system using a 3D printer includes a data generation unit for generating 3D modeling data for the ship propeller; And a propeller generator configured to generate the ship propeller based on the 3D modeling data received from the data generator, wherein the 3D modeling data is connected to a driving shaft and is provided in a cylindrical shape to rotate the shaft. And a plurality of wings and fluids provided to be connected along the outer circumferential surface of the hub on the surfaces of the respective blades for advancing from the front end portion to the rear end portion, wherein the plurality of fluid induction rails are formed to guide the progress of the fluid. 3D modeling data for. As a result, the ship propeller may be manufactured by a simple process, thereby lowering the production cost, and the time required for the process may be shortened, thereby enabling mass production.