DebosDave
04-17-2010, 12:40 PM
Well, if anyone was following the progress on that resize die that I botched up, I have a slight bit of redemption.
After sulking for a considerable time, thinking my ability as a machinist was entirely captured in my epic failure during my second attempt at a reloading die, I started to contemplate what I would do next. After discussion in the shoutbox had turned to making hydraulic forming dies, I thought that my botched resize die might make the perfect starting platform for this purpose. Regaining a desire to create, I decided I would go for it. I chucked the POS back into the 4-jaw, and indicated the stem end. I then bored it out enough to clean the threads, and drove the hole in deeper. I then measured to the neck and drilled a small hole into the side of the die right at the brass shoulder (this should relieve any air out of the die during the forming). I then turned down a anvil. The stem of the anvil fits tightly in the freshly bored stem end of the die. Finally, I needed to create a plug of sorts to put in the shell holder, so it would keep the primer in the pocket, allowing the hydraulic pressure to focus on the shoulder instead of decapping the die. Pictures below show what I have attempted to describe here:
Freshly Bored Stem End:
http://i42.tinypic.com/15845dc.jpg
Air port to evacuate air while forming, is right at the top of the shoulder neck junction:
http://i39.tinypic.com/1zfqus6.jpg
Anvil or blunt force activated ram:
http://i43.tinypic.com/1zcmm3s.jpg
After sulking for a considerable time, thinking my ability as a machinist was entirely captured in my epic failure during my second attempt at a reloading die, I started to contemplate what I would do next. After discussion in the shoutbox had turned to making hydraulic forming dies, I thought that my botched resize die might make the perfect starting platform for this purpose. Regaining a desire to create, I decided I would go for it. I chucked the POS back into the 4-jaw, and indicated the stem end. I then bored it out enough to clean the threads, and drove the hole in deeper. I then measured to the neck and drilled a small hole into the side of the die right at the brass shoulder (this should relieve any air out of the die during the forming). I then turned down a anvil. The stem of the anvil fits tightly in the freshly bored stem end of the die. Finally, I needed to create a plug of sorts to put in the shell holder, so it would keep the primer in the pocket, allowing the hydraulic pressure to focus on the shoulder instead of decapping the die. Pictures below show what I have attempted to describe here:
Freshly Bored Stem End:
http://i42.tinypic.com/15845dc.jpg
Air port to evacuate air while forming, is right at the top of the shoulder neck junction:
http://i39.tinypic.com/1zfqus6.jpg
Anvil or blunt force activated ram:
http://i43.tinypic.com/1zcmm3s.jpg