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This tooling produced four (4) ware pads at a time. The material used is propritary, the small pads were bonded to an area to increase the surface ware. |
![]() The die filled with Zirconia powder. |
![]() Tooling compression using a hydralic press. |
![]() Compressed rollers being extruded from the die. |
![]() Rollers ready to be removed from tooling. |
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Prototype mold tooling used to produce four (4) small rollers with a center hole. |
![]() Components of the molding machine. |
![]() A prototype molding machine built to mold perforator punches. |
![]() Prototype molding machine set up in a milling machine. The knee of the milling machine was used to compress and remove the molded parts. |
![]() Prototype molding machine |
Prototype molded parts from this machine are used as perforators with superior ware functions. |
![]() A molded part to be used for a perforating die. |
![]() A molded part before and after sintering. |
![]() Molded parts to improve surface ware. |
Molded prototype perforating dies and parts to improve surface ware. |
The following parts were molded using a powder metal cold press. The coin in the photos is a dime.
![]() Cold pressed zirconia ceramic parts. |
![]() Cold pressed zirconia ceramic gear. |
![]() Cold pressed zirconia ceramic part. |
![]() Cold pressed zirconia ceramic ring. |