Business type | Reasons for recommending acquisition of AM skills |
---|---|
Contract manufacturers | Mastering AM skills enables them to suggest products with higher added value to their customers. It can also bring new business opportunities that capitalize on AM technology. |
Those running design firms or belonging to design sections | Prototyping of designed parts can be done in-house, which leads to shorter development cycle and less cost |
Those designing/ manufacturing dies & molds |
Die/mold with higher added value such as one with a complex cooling pipe can be manufactured. (Conformal cooling pipe) |
Those running prototype firms or belonging to prototype sections | With no fixture or tool required, shorter production lead time can be achieved. |
Those planning and selling products by themselves | Unrestricted product design is possible. |
Workpiece | Business | Advantages of use of AM | Benefits brought by AM | Advantages |
---|---|---|---|---|
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Die & Mold | A piping shape that is not possible by conventional drilling achieved | Longer die/mold life achieved thanks to "conformal cooling," a process in which cooling pipes are arranged along the molded surfaces |
Less cost Special shape |
![]() racing cars |
Vehicle | Unrestricted design made possible by an analysis of unnecessary parts in a vehicle structure | 40% lighter weight as a result of design review by topology optimization |
Less cost Special shape Lightweight |
![]() machine tools |
Industrial equipment | Complex shapes which used to require machining of multiple workpieces achieved | Fewer parts and lighter weight achieved by redesigning of a structure |
Less cost Special shape Fewer parts Lightweight |
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Medical | Flexible production achieved with high-mix low-volume production | Products tailored to individual patients |
Less cost Special shape |
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Tool | Creation of hollow shapes which are difficult to cut by SM achieved. | 30% lighter weight through design optimization Coolant pipes arranged inside for higher cooling performance |
Special shape Lightweight High accuracy |
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Aerospace | Workpieces which needs to be divided into several pieces to avoid interference during cutting achieved | Fewer assembly processes achieved by creating a unit consisting of several components as a single workpiece. |
Special shape Fewer parts Lightweight |