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ARC Precision Ultimate Annealer

eric90503

Private
Minuteman
May 23, 2013
18
4
Im in the market for a whole new precision setup. I've only previously reloaded straight wall pistol on a 650 so this is process I've never had to implement.

An annealer is one piece of the puzzle that I am planning on getting. Particularly the AMP Anneler.

Just saw this being listed on a few reloading vendors.

ARC Precision Ultimate Annealer​



Anyone have any feedback on this unit? Exciting times these days.
 
My feedback is that (a) this thing looks slightly more complicated, and (b) I absolutely LOVE my AMP and couldn't imagine reloading without it. One sacrificial case and I've got my setting basically for the life of that class and brand of cases. Easy-Peezy-Lemon-Squeezy.
 
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Anyone have any feedback on this unit? Exciting times these days.
They've copied the best features of the Quick Anneal (which I use and like) and added temperature sensors, which is an unnecessary but good thing.

Interested in the price.

Edit: just found the price. Good grief. I'll stay with the Quick Anneal.
 
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Edit: just found the price. Good grief. I'll stay with the Quick Anneal.
So on reflection, putting the price of $1850 in perspective, equivalent functionality from AMP would require the AMP plus the AMP MATE plus a dillon/hornady case feeder. Since most of us already have a case feeder, look at $2124 + pilots. And the AMP MATE, while version II is claimed to be more reliable than V I, is still a Rube Goldberg machine I would not like to tune.

So my reaction may have been hasty.

Of course on the ARC one must put the cases in the feeder in the correct orientation rather than just pour them in like a dillon/hornady feeder. But the ARC feeder is simplicity itself and I would expect no tuning an excellent reliability, and the feeder has a small footprint.

Then there's the Quick Anneal at $1395. To automate it, setup a dillon/hornady case feeder, like most of us already have. I've never felt the need, but someone would.
 
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That doesn’t change what I have heard. That it will only have codes to work on ADG brass

Go to their YouTube site and learn how it works:

 
Go to their YouTube site and learn how it works:


Where does it say it can work on any manufacturers cartridge?

I genuinely hope it does. I’m just not seeing that anywhere
 
Where does it say it can work on any manufacturers cartridge?

I genuinely hope it does. I’m just not seeing that anywhere

One video shows how it automatically adjusts to the correct height. Another shows where you adjust the glow level of the neck, which corresponds to temperature. It anneals the neck to the same glow level, irrespective of the amount of brass in that area. A thick neck will be annealed longer than a thin neck. The thermal sensor monitors each annealing on each case and shuts off the power when the neck reaches the glow level you set. So every case is annealed to the same temperature.
 
One video shows how it automatically adjusts to the correct height. Another shows where you adjust the glow level of the neck, which corresponds to temperature. It anneals the neck to the same glow level, irrespective of the amount of brass in that area. A thick neck will be annealed longer than a thin neck. The thermal sensor monitors each annealing on each case and shuts off the power when the neck reaches the glow level you set. So every case is annealed to the same temperature.

I watched a few. It does look like you can set temperature and not some kind of erroneous code. That’s pretty nice so maybe it will be good for non-adg brass
 
Supposedly it works on the thermal sensors no codes/anyones brass should work. Not sure of reliability of the sensors to get everything right in the neck shoulder area but the feeder seems much more reliable. There are a few podcasts on how it works around. Unknown munitions etc.
 
If the temp sensor reaction/resolution timing is quick enough, meaning it can sense 0.1deg in 0.1sec or whatever, then also temperature based measurement would be awesome and insanely consistent from the start to the finish of a batch.

Having marginally different thickness of brass, but always bringing it to the same temp each time will be useful, I'd expect.

Still, too rich for me.