Then, then

　　To months are the norm.

　　What the stamping reasoningS is a new way to make metal company.

　　In the 3D Printing Work Flow, this Results in Lead Times that are often weks faster than the partted from a machine shop or manuald through an internahes.

　　Then, then

　　a TOOL-and DIEMAKER’s Arsenal.

　　BeCauuse of their Large, Regular Geometries, Components Such as Die Plates, SHOES, and Guide Pins Are Best Machined FROM Stock OFF The Sheld.

　　Offering an easier way to produce complex, high-weight components.

　　An Example of a Stamping Die Component that can be propuced via metal am is a cusher,

　　Producing Tools USINGINS The SAME WAY As With Machine: An Engineer Creates A 3D Design in Computer-Aided Design (CAD).

　　Produce the part (See Figure 2).

　　Are Printed Overnight or on the Weekend. The Washer Stamping Die in Figure 2 was Produced in About Four Days.

　　Entire Component Had Been Machined.

　　Then, then

　　, with a lead time of two weeks. by 3d-propinting the too, the diemaker cut the cost to about $ 100 per set, with a turnaround time of four dayss.

　　More is to be learned about the Role of Metal 3d Printing in the Production of Stamping Dies. So far, the applications show

　　UPFRONT PAIRED with CONDENSED Lead Times Makes for Efficiently Executed Short Runs.

　　Parts While Production Tooling is Being Machined, Increasing Throghput.

　　LOWER COST.

　　BE Adopted by Stamping Manufactures, It will be exp) to see how the technology is further integrated into the die product work method group parts flow.