Hey John... Mill your protos with this...

snipped-for-privacy@highlandsniptechnology.com wrote in news: snipped-for-privacy@4ax.com:

WTF do you do when you do a board with your Dremel tool?

You act like you have never seen a NON-plated thru hole build before in your entire life.

I don't think you're a real engineer.

Not for a hand assembled prototype. And your precioud Dremel result boards didn't have any of that either.

Right. And you being blind to what this can and cannot be used for is why you get the non-engineer moniker.

snip

I have done quick turn boards before John. Don't need a primer.

You've got to show your stupidity eventually. That's why you make stupid posts here.

Whatever. This was not about creating a full bore product. D'Oh!

But you sure are fooly boring.

Rick C snipped-for-privacy@gmail.com wrote in news: snipped-for-privacy@googlegroups.com:

Yes. It measures several contact point depths. Because the PCB is not planar down at the 3 mil cladding level. So it wants to make clean cuts along the entire face.

There are people who believe the Moon landings were faked on Earth which is total nonsense, they were obviously filmed on Mars the shadows are all wrong for the Moon.

Spehro Pefhany snipped-for-privacy@interlogDOTyou.knowwhat wrote in news: snipped-for-privacy@4ax.com:

Worse than that would be getting a shard of Beryllium from a heat sink in a cut or under the skin. Have fun getting cancer!

snipped-for-privacy@highlandsniptechnology.com wrote in news: snipped-for-privacy@4ax.com:

You are an idiot.

That's a hint at you being a single niche fake engineer.

Otherwise you would not go off all stupid like this.

You posted plenty of picks of your hand soldered, hand grovved PCB protos, and you go off on this because I posted it.

You are a real piece of work... errr... s*it, Johnny.

All I can say is that my experience is that it's definitely a problem with my cheapie (~$1.5K USD) CNC router and MDF sacrificial backing over the aluminum T-slots.

Could I bugger about with a DTI and shims and get rid of it for a smallish (say 3 x 3" pcb?) probably. Will I? No way.

It's hard to dremel 2 oz.

Come on, look at the board and try. Instead of inventing people to sneeer at.

That's what you always say when you're wrong. You do that a lot.

The board is obviously fake.

Imagine all the solder bridges on that board! Luckily, it was probably never soldered.

What a waste of time.

snipped-for-privacy@highlandsniptechnology.com wrote in news: snipped-for-privacy@4ax.com:

You are an idiot. You are obviously still blinded by the TrumpShitSmear covering your eyes and face due to your failure to extract your head from being a mile up his lying fat ass.

I have single sided PCBs that incorporated 0402 parts and micro-bga op amps. Did not have any problem and could have made it with this tool.

Your claimed grasp of engineering is what is fake.

Your standard reply to being wrong. It's obviously fake.

Show us.

You like the idea of milling boards because you have never done it.

A lot of people learned about milling the hard way.

I design stuff and sell it. Sometimes we get awards.

tirsdag den 20. april 2021 kl. 16.44.57 UTC+2 skrev snipped-for-privacy@highlandsniptechnology.com:

for only few more hours you can get something that is still much worse than what you can get made for $2

Gold plated 1 oz is better. It solders great and doesn't tarnish.

I think we all know cost is not the issue. The issue is schedule. If you are a shop that frequently needs protos the same day this is a viable method. But that's not so many shops I'm sure. The rivets seem to limit the density a lot. I don't know how large they are, but a lot larger than 10 mil drills I expect.

That's great if your time is worth 40 cents per hour.

I wonder why they seem to never connect to the big copper areas on either side. I use the bottom as ground plane on my dremel boards.

I think he's a technician who works around electronics. He resents engineers who do magic that he doesn't understand.

That's a pretty common syndrome. The techs get all macho, wear cowboy hats and drive trucks and have lunch at strip joints.

Not too sure what you mean but it is difficult to solder to large copper areas. If you look at connections you will often see a small copper circle where the wire goes through and it is connected to larger areas of copper by small traces on 4 places. This lets the solder heat up the copper enough for a good connection.

yeh finicky slow process more suited to part sizes used 30 years ago and if you frequently needs protos the same day you are probably doing something wrong

still needs to do a schematic and a layout and since it needs to be done with the limitations of the milling you probably have to redo it later