finally took some pictures and video of the shotmaker actually working. I bought a littleton with number 7.5 drippers, did a lot of reading and ironed out most of the bugs for perfect shot. Using just straight wheel weights melted into ingots, and Dot 3 brake fluid for coolant in the drop tank. Decided on the Brake fluid after reading about the changes in viscocity of anti freeze, even the pet freindly brand sierra. As the coolant heats up the viscosity changes and the lead pellets deform, some add corn startch to get the viscosity back up, the whole process is a art in itself whereas brake fluid is brake fluid and it requires little if any maintenance during the shot making process.
This string of pictures is from last Sunday, I ran the machine for 4 hours and yielded 125 pounds of usable shot, I culled out probably ten percent of blobs from clogged drippers. Using spray graphite lube on the dripper tray rather then the soap stone littleton reocomends again takes out a lot of the quess work. When a dripper is leaving a trail on the tray rather then a pellet rolling down a quick blast of graphite gets it back on track. Of course it is flamable and not highly recomended from a safety standpoint
The drop height is also a major factor, they say a quarter inch, i found 3/16 of an inch works better. to high and you get pancakes, to low and the fumes from the coolant make the lead stick to the drip tray. Again this was something that had to be experimented with. Coolant temperature is also important, to hot and the shot will not solidify right away giving you out of round shot, to cold and you get dimples in the lead. I am now circulating two and a half gallons of brake fluid with a outdoor fish pond pump, after four hours of hot lead dropping in the fluid I could still stick my finger in the fluid.
Because brake fluid is water soluable a quick rinse with warm soapy water and it is ready to dry. One dried one teaspoon of dry graphite powder is stirred into 25 pounds of lead and it is ready to load.
The littleton shotmaker
My ammo can coolant tank, a small hole in bottom allows the shot to flow out and collect in my strainer.
A modified parts washer that holds my extra coolant and houses my pump.
A stainless steel bowl i filled with 3/64 inch holes to sieve out the 7.5 shot from the blobs and oversized shot.
the 125 pounds of lead I made in four hours
now to wash and graphite it.
And finally a video of it in action, enjoy
[youtube]dq3jzxTJWkE[/youtube]
I left a few things out I am sure, but I am more then glad to answer questions
This string of pictures is from last Sunday, I ran the machine for 4 hours and yielded 125 pounds of usable shot, I culled out probably ten percent of blobs from clogged drippers. Using spray graphite lube on the dripper tray rather then the soap stone littleton reocomends again takes out a lot of the quess work. When a dripper is leaving a trail on the tray rather then a pellet rolling down a quick blast of graphite gets it back on track. Of course it is flamable and not highly recomended from a safety standpoint
The drop height is also a major factor, they say a quarter inch, i found 3/16 of an inch works better. to high and you get pancakes, to low and the fumes from the coolant make the lead stick to the drip tray. Again this was something that had to be experimented with. Coolant temperature is also important, to hot and the shot will not solidify right away giving you out of round shot, to cold and you get dimples in the lead. I am now circulating two and a half gallons of brake fluid with a outdoor fish pond pump, after four hours of hot lead dropping in the fluid I could still stick my finger in the fluid.
Because brake fluid is water soluable a quick rinse with warm soapy water and it is ready to dry. One dried one teaspoon of dry graphite powder is stirred into 25 pounds of lead and it is ready to load.
The littleton shotmaker

My ammo can coolant tank, a small hole in bottom allows the shot to flow out and collect in my strainer.

A modified parts washer that holds my extra coolant and houses my pump.

A stainless steel bowl i filled with 3/64 inch holes to sieve out the 7.5 shot from the blobs and oversized shot.

the 125 pounds of lead I made in four hours

And finally a video of it in action, enjoy
[youtube]dq3jzxTJWkE[/youtube]
I left a few things out I am sure, but I am more then glad to answer questions
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