AM Application Examples Here are reasons for recommending AM
by business type,
and examples of
additive-manufactured workpieces.

Reasons for recommendation
by business type

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 examples

Workpiece Business Advantages of use of AM Benefits brought by AM Advantages
Die & Mold 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

Wheel carrier for
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

Grinding nozzle for
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

Artificial bone Medical Flexible production achieved with high-mix low-volume production Products tailored to individual patients

Less cost

Special shape

Tool holder 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

Aircraft parts 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

Environment for AM introduction