Gotcha, maybe their machines are made by King Canada.. lol
Actually Ive build some pretty high end furniture with King Canada tools. So its the monkey operating the machine thats to blame.
Gotcha, maybe their machines are made by King Canada.. lol
Actually Ive build some pretty high end furniture with King Canada tools. So its the monkey operating the machine thats to blame.
Maybe they’re good for casual use but they won’t last long using them often.
I work in an actual shop and the #### gets used everyday. But thanks for assuming that im a casual carpenter...lol...
Anyone who blames tools is either a ####ty tradesmen, Or is actually using Mastercrap.
I work in an actual shop and the #### gets used everyday. But thanks for assuming that im a casual carpenter...lol...
Anyone who blames tools is either a ####ty tradesmen, Or is actually using Mastercrap.
I seen your work and it’s very nice, but I got to disagree about the tools,
I’ve been doing carpentry work for 35 yrs and good tools do matter.
I’ve seen King Kanada chop saws that couldn’t cut a piece of 2x6 square.
So ya , King Kanada can eat a bowl of #### soup.
As for CNC machinery, I don’t get how there can be so many different issues , is all.
Is it more of a sh!tty tool issue? Or inexpensived apprentices ?
It is a sign of the times of self entitlement for sure. Personally I would rather wait a bit and get quality that does not require being re-worked to be useful rather than the lies as to when and then have to fix a bunch of defects.
I understand it’s more complicated, all I’m asking is, if it’s outdated machinery or lack of knowledgeable machinists?the machine doesn't do "everything"
the operator is responsible for setups, including fixturing work and indicating and zeroing tools. There is plenty of room for error here.
before that, the operator is responsible for maintaining the machine. Making sure the mill is trammed and square. Making sure the vice is trammed and square. Zeroing tool heights. Maintaining tools, measuring wear, etc.
The CAM programmer also needs to be good at his job. He needs to set feeds & speeds, making sure he is cutting within the constraints of his tooling and machine to ensure sufficient surface finish. He needs to use appropriate toolpaths for appropriate cuts, in the appropriate order, with realistic setups.
All of these considerations are subject to human error, and are exacerbated by trying to manufacture faster than you staff and machines are capable of.
i don't know what your understanding of CNC is, but it's nowhere near as simple as clamping stock in a machine and pressing go.
I’ve owned an MV and an MS, I was on the Mac def bandwagon but as soon as rick announced the MS , I quickly dropped the Mac def.
It would be beneficial to us if they succeed, keeps everyone in check.
So, if you put ATRS machine side by side with Macdef machine and used the same operater, would you get the same results?
So why the fuc wouldn’t Mac def hire a couple of good machists? It’s got to be costing them more $$$ for return work, than it would to pay better wages.the actual machine used is probably one of the least important considerations. An expensive machine might add features that can increase the expediency of manufacturing or flexibility of the machine, but it won't necessarily make better parts.
as i described, the CNC manufacturing process has a lot of actors and moving parts. ATRS machinists could easily make their product on the Macdef machine to their standard, and vice versa.
It really likes 50 gr. V Max.
It really likes 50 gr. V Max.
It is the fixed 3.5 # Trigger Tech, and yes, 100 yds.
If the pupose of the post is to simply show the diff between the two products, why post in ATRS forum?Owning both I thought I'd post a few pictures here to show some differences for those trying to make a decision.
Just received this set a couple days ago and am still waiting on some parts so it's not yet assembled but here it is:
Initially it looks pretty well done. Anodizing is dull but consistent. Still looks good though.
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But then I noticed a couple issues with the machining:
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Hole in upper isn't large enough to insert the gas tube. Not really a big deal though.
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And then there's this ^^^ Not quite sure what happened here
Now a few pics of the MS receiver. This ones assembled but you can still see what it's like:
Fit and finish is nice. Anodizing is a nice deep colored smooth hard finish. Doesn't mark easily.
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^^^ Magwell is cut perfectly
I could not find a single machining issue anywhere on the MS receiver.
I'm glad there are companies building these products and we have options that until recently didn't exist. That being said I'm extremely impressed with the level of build quality and attention to detail that ATRS puts into their product. The MS is by far my favorite.
*please note, the purpose of this post is simply to show the difference between the two products and let you decide for yourself.