Hey Gary. Thanks for taking all the time to go over this. I find it very informative and love the way you point things out and suggest other ways maybe it could be done.
Cool, glad you enjoyed it, it was a quite lengthy video, not something everyone would like, but there are alot of guys watching that dont' have much expereince and want to see the detail, hard to make videos that suit everyone! Thanks for watching!
ok. so ive seen a bunch of people complaining about the backlash on the x and y. the big mills have backlash too. what you want to is either move it x+ or x- right up to your correct dimension. and if you're right up on it and you stopped before you got there and theres backlash you need to go in the opposite direction and then re-approach it and stop exactly on your mark. and then it will be accurate. thats how the backlash works. reference, i'm a mechanical/electrical engineer in an r&d department that uses cnc mills and regular knee mills. (bridgeport, grizzly, and WEN) bout every day. and i also have a heavy background in welding/metal fabrication/ machining/ cnc operation and programming. before i became an engineer. then you really need your vise properly indexed. it just helps keep your part square if you can get stock with square sides from the steel mill
If you drill the hole first you will save your end mills, machine, and nerves. I wanted to see if this mill would hold me over till I could figure out how to move a bit larger one home. Thanks for the video
This drill and mill is very versatile for general machining. Like the way you reverse mount the hex bolt for machining. Saw a bit of vibration of the spindle frame during a drilling process. You can reinforce it by adding some machined parts.
btw, the Sine vice refers to the trigonometric sine function (relation of the opposite over the hypotenuse) which would make sense since adjusting the angle lengthens the opposite side.. Great review by the way! Im going to buy one for a CNC conversion. great video thanks!!
Hold the bolt farther up in the collet for less stickout. This will increase rigidity and achieve as better cut. Also try using a steel v block instead of a soft jaw, for the same reason. Rigidity. Otherwise have fun.
you're right, and that's a very unorthodox way to take down the diameter of a bolt head, but it worked. I've never even seen that! We all always see lathes pressed into milling service. Now I just need to see turning on a shaper :o)
Great. I'm new to this also received a G0704 clone (KC-20VS) whit the stand and got guys to move itdown my basement. The problem is the weight of it. How do you unpack and install on the stand : 2 or maybe 3 guys or dismantling the Z with the motor?
Can't really see but if the chips are coming off blue that might indicate you are cutting too fast.looks like you are having fun! Love too see te flea market finds. Seems like u had good luck, makes me want to check the fleas more often!
Yea, you can definitely fine some good stuff at the flea markets for sure, seems like you have to go often to get the good stuff, some weeks there isn't much.
Ras Certainly looks a bit fast - I'd have (maybe mistakenly) thought you'd be looking around 200SFM for finishing that, with a cutter that diameter that's low hundreds of RPM?
Boring bar as a tool holder? Well, it does hold a cutting tool, so why not? He says that what he demonstrated was what a boring bar was used for (31:04 - "That is how that tool is used". But that is one way to do some turning in a pinch if no lathe is available. Nice honest assessment of the milling machine and related tools, clamps, etc. one might need.
When buying these mills, one of the best mods you can do is replace the plastic gears with a belt drive. system and install a 3 axis DRO. Other than that, these are fine machines and can produce quality work, so long as you understand their capabilities and don't try to exceed them.
+rdsii64 Yep, your right. I stripped the teeth off the drive gears not long after I got it and did a 3HP brushless motor upgrade and belt drive. I have beat the crap out of this machine since then and it's worked well.
+🔥Ramsey Customs - turbocobra I'm just joshing ya. I actually bought an R8 3-Jaw chuck for my mill to hold me over until I found a lathe. It worked quite well!
+Damien Gregory Dang, didn't know there was such a thing. I bought a larger bridgeport type machine that has R8 so may get one for that until i can get the real lathe.
When you were using the face mill the first and third pass you were feeding the material the wrong direction. On a manual you should feed the material so the cutter is trying to push the material away from it.The backlash could jerk the material in and break your inserts.
No, The spindle has to spin clockwise for that tool. you would feed the material from the left side of cutter on all three passes like you did on second pass.I guess the best to help you understand is google climb cutting and conventional cutting.
I had to laugh when he showed his collet set, and said "set of 12 collets cost about $100, not exactly cheap". Try looking at just about any set of real collets in the MSC catalog and see if you think $100 is not cheap.
Hobby machinists and professionals exist in entirely separate worlds, just realize that. I've been in both camps, so while you are correct, realize he's talking to fellow hobbyists.
Nice review. Looks like a handy little mill. Love the big vise. For the home user and those with little money most Chinese goods are plenty good enough to learn and do small jobs with.. BUT I must say the music in the background is really annoying and distracting. best regards
Nice mill, lots of people have converted that unit to CNC, checkout cnczone , com, alot of great info there. And for tools try Shars for the cheaper stuff that's good enough quality, KBC tools has top quality tools (at high prices) and store branded tools that are pretty reasonably priced. Also there's Enco tools, but I've never bought anything from them, so no comment on them. Supporting the ends of the plate you were facemilling with machinist's jack may help with the chatter.
Thanks Ron, yea I have been on the cnczone forums, will get into it more once I convert to cnc. I have a couple of shard tools, the face mill cutter is shars, I also bought a couple things from enco, I don't like their website, but their customer service is awesome
+sc928porsche Thanks man, yea this video was over a year ago when i first bought the mill, I have bought several things for fixturing, etc including some machinist jacks, other clamping tools, etc. Thanks for watching!
Dude.... buy a lathe. It will change your life. Also, for your experimentation, check the tax code. You can deduct a lot of experimentation costs. I don't know why I'm telling you this via the intertubes but I have the impression that you would be able to take advantage.
As you might have figured out by now, you're running far too high RPM's. Lower RPM's will take out a lot of the chatter, and your inserts will last longer too. So, slow down there, Speed Demon! (p.s. as someone else mentioned , clamping straight to the table would most likely work a little better. just start with all the clamps on one side, mill the other, when you're done, just move the clamps over to the finished side, one at a time, then finish the side that was under the clamps. easy.)
+consaka1 Well it's possible, but I wouldn't recommend it. Usually milling a head is milled with a large fly cutter that can sweep the entire with of the head in a single pass. You can usually have heads milled for $150 or so, probably best to pay the money for that by a professional machine shop. Just my $.02
turbocobra Yeah but I like to play around with my own stuff. Id use the mill to clean all the old gasket off. lol and to just kiss the metal to see if anything is out of flat. Shops seem to just hog a big chunk out that then requires special gaskets.
another clueless youtube viewer who doesn't know how to control the playback speed or skip through a video to see whats of most interest to him. Please stop complaining and learn how to use technology. I didnt make this video for you
Luke Michalowski It's just a boring bar, yea I used it stationary like a lathe would do. it's really meant to be chucked up into the spindle and rotate to bore out a hole to an accurate dimension.
Nice video... Try putting the carbide bit in the vise itself. It would eliminate most of the chatter that you are getting from the boring bar... Just food for thought. Not trying to criticize just want to help you learn...
Having had to pull steel splinters out of my hands on more than one occasion, I cringed when you spread the oil out over the bar with your fingers. Acid brushes are cheap. Use those.
Yes you can mill steel and stainless with it. Just have to take slightly lighter passes. Of course stainless is very rough on your tooling, regardless of what kind of mill you have...
I have NEVER seen a used Bridgeport in decent condition anywhere near $1000. The cheapest Ive ever seen one, that is in good condition, is around $4000. If you know where I can get a Bridgeport that works well and not beat to hell for only $1000 Id be all over it!
Here in CT 10 mins from were the Bridgeport factor was we find Bridgeport on craigslist in mint condition at scrap value. easily found for 500-1000. Your not looking hard enough. Heres my G0704 . 3hp dc motor, ballscrews, Digital probe, TTS tooling system. runs 400ipm rapids. Has a 8in phase II 4th axis and tail stock . Every piece from the cnc conversion kit built by me. My machine runs 12-14 hour days. Its made back its investment and enough to buy a newer larger mill from grizzly. s2.photobucket.com/user/MARK1234SARA/media/IMAG0840_zps900ab4ca.jpg.html
Hey Mark, send me a link to a Bridgeport machine for $500 in mint condition, I will buy it today! Looks like you have a sweet setup. I just upgraded to a 3HP 6000rpm Adlee brushless motor and driver, belt drive. I am going to do CNC conversion soon, so I would like to pick your brain some time on all the components you used, servo', ball screws, etc.
turbocobra This was in 60 seconds of searching. Here a Nice BP clone 5 mins from me asking 8 but has obo. Comes with tooling. There out there . 2nds 1600 obo but a sweet J head variable speed. I just bought a 6x26 Grizzly G3102 for 1000$ tooling Brown Sharpe vise r-8 collets chuck . The best part was he had the receipt to it under a year old was used as a drill press by a older man.Also had the manual in the manual it had all types of info run out backlash how well in tram the mill was. Keep look out up here and if you see something you like I would be more than willing to some how help you.\ The best deals are at the scrap yard. People dont know what they are or have no room. Ya IM email me what ever im always willing to help. If I find my cad drawing I could even send em. newhaven.craigslist.org/tls/4657901625.html BP J Head Varrible speed hartford.craigslist.org/for/4595907817.html
Mark Rich Cool man, those are good deals on those, You never see them around here that cheap, that's for sure. Once I convert over to CNC, I still want a larger industrial type mill for heavier duty work and drilling. I was trying to open up the inside diameter of some 1.25" DOM with the 704 using a 1" end mill, and it was a real struggle for it even with the new motor upgrade...
Mark Rich Thanks Mark. I have one. Its kind of a home made one that I bought at a flea market and it had a 1/4" piece of tool steel in it, so i put a grind on that, and used it to finish out the hole and it worked much better. I do want to get a nicer indexable boring head...
That's not the opposite of math: its exactly the same: .01 = .010 , which is easy to see is 10 thousandths .001 = .001 , or 1 thousandth .1= .100 = 100 thousandths
Fractions math Digits to the right of the decimal point represent the fractional part of the decimal number. Each place value has a value that is one tenth the value to the immediate left of it. Number Name Fraction .1 tenth 1/10 .01 hundredth 1/100 .001 thousandth 1/1000 .0001 ten thousandth 1/10000 .00001 hundred thousandth 1/100000 Machining .100 is a one hundred thousands .010 is ten thousands .001 is one thousands .00001 is one tenth of a thousands .000001 is fifty millionths.
For the love of Christ compels us, because we judge thus: that if One died for all, then all died; 15 and He died for all, that those who live should live no longer for themselves, but for Him who died for them and rose again. 16 Therefore, from now on, we regard no one according to the flesh. Even though we have known Christ according to the flesh, yet now we know Him thus no longer. 17 Therefore, if anyone is in Christ, he is a new creation; old things have passed away; behold, all things have become new. 18 Now all things are of God, who has reconciled us to Himself through Jesus Christ, and has given us the ministry of reconciliation, 19 that is, that God was in Christ reconciling the world to Himself, not imputing their trespasses to them, and has committed to us the word of reconciliation. 20 Now then, we are ambassadors for Christ, as though God were pleading through us: we implore you on Christ’s behalf, be reconciled to God. 21 For He made Him who knew no sin to be sin for us, that we might become the righteousness of God in Him. 2 Corinthians 5:14-21
Good video, you covered a lot of the questions I'm having looking at different mills right now and what will suit my needs. Thanks.
1st off thank you so much for sharing the information on your tool.
Hey Gary. Thanks for taking all the time to go over this. I find it very informative and love the way you point things out and suggest other ways maybe it could be done.
Cool, glad you enjoyed it, it was a quite lengthy video, not something everyone would like, but there are alot of guys watching that dont' have much expereince and want to see the detail, hard to make videos that suit everyone! Thanks for watching!
Just found your channel and subscribed. Very nice work
Loved your video! I'm about to make a decision on a mill so this was very useful. I'm gonna sub also. Thanks!
ok. so ive seen a bunch of people complaining about the backlash on the x and y. the big mills have backlash too. what you want to is either move it x+ or x- right up to your correct dimension. and if you're right up on it and you stopped before you got there and theres backlash you need to go in the opposite direction and then re-approach it and stop exactly on your mark. and then it will be accurate. thats how the backlash works.
reference, i'm a mechanical/electrical engineer in an r&d department that uses cnc mills and regular knee mills. (bridgeport, grizzly, and WEN) bout every day. and i also have a heavy background in welding/metal fabrication/ machining/ cnc operation and programming. before i became an engineer.
then you really need your vise properly indexed. it just helps keep your part square if you can get stock with square sides from the steel mill
Thanks for the in depth video on a very nice machine.
I know what to ask Santa for Christmas now . :-)
It has proven to be very handy, and alot of fun to operate!
If you drill the hole first you will save your end mills, machine, and nerves. I wanted to see if this mill would hold me over till I could figure out how to move a bit larger one home. Thanks for the video
jashbaug ditto man
Yup, I need a mill. Very nice.
This drill and mill is very versatile for general machining. Like the way you reverse mount the hex bolt for machining. Saw a bit of vibration of the spindle frame during a drilling process. You can reinforce it by adding some machined parts.
btw, the Sine vice refers to the trigonometric sine function (relation of the opposite over the hypotenuse) which would make sense since adjusting the angle lengthens the opposite side.. Great review by the way! Im going to buy one for a CNC conversion. great video thanks!!
very interesting tool,nice demo of it ,i can see spending hrs doing stuff with that,lol,good vid gary,tc
Hold the bolt farther up in the collet for less stickout. This will increase rigidity and achieve as better cut. Also try using a steel v block instead of a soft jaw, for the same reason. Rigidity. Otherwise have fun.
its the one im getting. on another note lol that orange nike tshirt makes you look like a inmate. thanks for the info
Gawd, this video came on when I was out of the room and I thought someone was killing something in my living room.
so cool awesome video's Gary
Hi good info thanx ,Is this the same mill as a BF20-LV ?
Good video. T, I'm a machinist over 40 years. Your bolt job needs a lathe, if any accuracy is needed.
you're right, and that's a very unorthodox way to take down the diameter of a bolt head, but it worked. I've never even seen that! We all always see lathes pressed into milling service. Now I just need to see turning on a shaper :o)
Cool demo, Gary-- maybe one day I will get one too
6:15 unprecedented precision in a hobby machine.
Great. I'm new to this also received a G0704 clone (KC-20VS) whit the stand and got guys to move itdown my basement. The problem is the weight of it. How do you unpack and install on the stand : 2 or maybe 3 guys or dismantling the Z with the motor?
I used an engine hoist and lift it with the Z locked
Can't really see but if the chips are coming off blue that might indicate you are cutting too fast.looks like you are having fun! Love too see te flea market finds. Seems like u had good luck, makes me want to check the fleas more often!
Yea, you can definitely fine some good stuff at the flea markets for sure, seems like you have to go often to get the good stuff, some weeks there isn't much.
Ras Certainly looks a bit fast - I'd have (maybe mistakenly) thought you'd be looking around 200SFM for finishing that, with a cutter that diameter that's low hundreds of RPM?
Good info. Thanks!
Boring bar as a tool holder? Well, it does hold a cutting tool, so why not? He says that what he demonstrated was what a boring bar was used for (31:04 - "That is how that tool is used". But that is one way to do some turning in a pinch if no lathe is available. Nice honest assessment of the milling machine and related tools, clamps, etc. one might need.
Good video, thanks.
When buying these mills, one of the best mods you can do is replace the plastic gears with a belt drive. system and install a 3 axis DRO. Other than that, these are fine machines and can produce quality work, so long as you understand their capabilities and don't try to exceed them.
+rdsii64 Yep, your right. I stripped the teeth off the drive gears not long after I got it and did a 3HP brushless motor upgrade and belt drive. I have beat the crap out of this machine since then and it's worked well.
rdsii64
Ramsey Customs - turbocobra post a video of the 3hp and belt drive set up you switched
That machine would be fun to mess around with!!! I think most bridgeports are three phase probably better to go with the one you got.
older bridgeports are single phase, and most of those still except the very popular R8 collet.
you can add a mister unit pretty cheap to use coolant basically a plastic holding tank an a pump 30yr cnc programer/machinist
That's a nice lathe!
+Damien Gregory lol i had no clue what i was doing back then... still don't
+🔥Ramsey Customs - turbocobra I'm just joshing ya. I actually bought an R8 3-Jaw chuck for my mill to hold me over until I found a lathe. It worked quite well!
+Damien Gregory Dang, didn't know there was such a thing. I bought a larger bridgeport type machine that has R8 so may get one for that until i can get the real lathe.
When you were using the face mill the first and third pass you were feeding the material the wrong direction. On a manual you should feed the material so the cutter is trying to push the material away from it.The backlash could jerk the material in and break your inserts.
So do you reverse spindle direction on each pass ?
No, The spindle has to spin clockwise for that tool. you would feed the material from the left side of cutter on all three passes like you did on second pass.I guess the best to help you understand is google climb cutting and conventional cutting.
turbocobra www.cnccookbook.com/CCCNCMillFeedsSpeedsClimbConventional.htm
I had to laugh when he showed his collet set, and said "set of 12 collets cost about $100, not exactly cheap". Try looking at just about any set of real collets in the MSC catalog and see if you think $100 is not cheap.
Hobby machinists and professionals exist in entirely separate worlds, just realize that. I've been in both camps, so while you are correct, realize he's talking to fellow hobbyists.
I'd clamp those steel plates directly to the table during face milling
Cool ass video. Thanks
Nice review. Looks like a handy little mill. Love the big vise. For the home user and those with little money most Chinese goods are plenty good enough to learn and do small jobs with.. BUT I must say the music in the background is really annoying and distracting. best regards
Agreed on the background noise
Nice mill, lots of people have converted that unit to CNC, checkout cnczone , com, alot of great info there. And for tools try Shars for the cheaper stuff that's good enough quality, KBC tools has top quality tools (at high prices) and store branded tools that are pretty reasonably priced. Also there's Enco tools, but I've never bought anything from them, so no comment on them. Supporting the ends of the plate you were facemilling with machinist's jack may help with the chatter.
Thanks Ron, yea I have been on the cnczone forums, will get into it more once I convert to cnc. I have a couple of shard tools, the face mill cutter is shars, I also bought a couple things from enco, I don't like their website, but their customer service is awesome
Nice lathe!
That is good for all neat thangs..CJ
screw jacks would help support the plate you were milling would be a good investment for you.
+sc928porsche Thanks man, yea this video was over a year ago when i first bought the mill, I have bought several things for fixturing, etc including some machinist jacks, other clamping tools, etc. Thanks for watching!
Dude.... buy a lathe. It will change your life. Also, for your experimentation, check the tax code. You can deduct a lot of experimentation costs. I don't know why I'm telling you this via the intertubes but I have the impression that you would be able to take advantage.
Sine: the trigonometric function that is equal to the ratio of the other side opposite a given angle to the hypotenuse. SOH in function.
As you might have figured out by now, you're running far too high RPM's. Lower RPM's will take out a lot of the chatter, and your inserts will last longer too. So, slow down there, Speed Demon! (p.s. as someone else mentioned , clamping straight to the table would most likely work a little better. just start with all the clamps on one side, mill the other, when you're done, just move the clamps over to the finished side, one at a time, then finish the side that was under the clamps. easy.)
Can this mill a head off a light truck?
+consaka1 Well it's possible, but I wouldn't recommend it. Usually milling a head is milled with a large fly cutter that can sweep the entire with of the head in a single pass. You can usually have heads milled for $150 or so, probably best to pay the money for that by a professional machine shop. Just my $.02
turbocobra Yeah but I like to play around with my own stuff. Id use the mill to clean all the old gasket off. lol and to just kiss the metal to see if anything is out of flat. Shops seem to just hog a big chunk out that then requires special gaskets.
Another guy on youtube who loves to hear himself talk. Please keep it short and to the point. 5 minutes before we get to see anything on the mill.
another clueless youtube viewer who doesn't know how to control the playback speed or skip through a video to see whats of most interest to him. Please stop complaining and learn how to use technology. I didnt make this video for you
what is that boring bit called? that you used like a lathe.
Luke Michalowski It's just a boring bar, yea I used it stationary like a lathe would do. it's really meant to be chucked up into the spindle and rotate to bore out a hole to an accurate dimension.
your local grind shop can resharpen your cutters
Yikes! Think you need to watch some of those RUclips videos on milling!
Nice video... Try putting the carbide bit in the vise itself. It would eliminate most of the chatter that you are getting from the boring bar... Just food for thought. Not trying to criticize just want to help you learn...
Today (July 6th, 2024) This mill is $1795 plus $249 shipping...
You can find Bridgeports in good condition for less than 3k.
Lose that Kurt vice knockoff, it's absurd! Other than that, great video, thanks RC
Big day at the fleamarket@@!
thanks
Thanks for watching!
There is a stupid plastic gear in transmission keeps stripping!
Having had to pull steel splinters out of my hands on more than one occasion, I cringed when you spread the oil out over the bar with your fingers. Acid brushes are cheap. Use those.
Experiencing interruptions? blame ads.
Does G0704 works good for mill steel? what about stainless?
Yes you can mill steel and stainless with it. Just have to take slightly lighter passes. Of course stainless is very rough on your tooling, regardless of what kind of mill you have...
I have NEVER seen a used Bridgeport in decent condition anywhere near $1000. The cheapest Ive ever seen one, that is in good condition, is around $4000.
If you know where I can get a Bridgeport that works well and not beat to hell for only $1000 Id be all over it!
come to New york, Conn. Philly, Detroit, San Francisco, Chicago
corn cob side cutting emill
AUDIO?
Nice mill...Now you have it I'm sure you'll find all kinds of excuses to use it.
More rpm on the 2 flut end mill
the axis kan fixt directly
Dark blue chips and shavings = too much heat. Something not right. Feed, speed, relief of cutting tool.
Brother, you should learn the subject before teaching others.
Dude! That boring bar is NOT held properly in the vice! This is a terrible demonstration of the mill!!!
Here in CT 10 mins from were the Bridgeport factor was we find Bridgeport on craigslist in mint condition at scrap value. easily found for 500-1000. Your not looking hard enough.
Heres my G0704 . 3hp dc motor, ballscrews, Digital probe, TTS tooling system. runs 400ipm rapids. Has a 8in phase II 4th axis and tail stock . Every piece from the cnc conversion kit built by me. My machine runs 12-14 hour days. Its made back its investment and enough to buy a newer larger mill from grizzly.
s2.photobucket.com/user/MARK1234SARA/media/IMAG0840_zps900ab4ca.jpg.html
Hey Mark, send me a link to a Bridgeport machine for $500 in mint condition, I will buy it today! Looks like you have a sweet setup. I just upgraded to a 3HP 6000rpm Adlee brushless motor and driver, belt drive. I am going to do CNC conversion soon, so I would like to pick your brain some time on all the components you used, servo', ball screws, etc.
turbocobra
This was in 60 seconds of searching. Here a Nice BP clone 5 mins from me asking 8 but has obo. Comes with tooling. There out there .
2nds 1600 obo but a sweet J head variable speed.
I just bought a 6x26 Grizzly G3102 for 1000$ tooling Brown Sharpe vise r-8 collets chuck . The best part was he had the receipt to it under a year old was used as a drill press by a older man.Also had the manual in the manual it had all types of info run out backlash how well in tram the mill was.
Keep look out up here and if you see something you like I would be more than willing to some how help you.\
The best deals are at the scrap yard. People dont know what they are or have no room.
Ya IM email me what ever im always willing to help. If I find my cad drawing I could even send em.
newhaven.craigslist.org/tls/4657901625.html
BP J Head Varrible speed
hartford.craigslist.org/for/4595907817.html
Mark Rich Cool man, those are good deals on those, You never see them around here that cheap, that's for sure. Once I convert over to CNC, I still want a larger industrial type mill for heavier duty work and drilling. I was trying to open up the inside diameter of some 1.25" DOM with the 704 using a 1" end mill, and it was a real struggle for it even with the new motor upgrade...
turbocobra
You need a boring head , bar.
Email me if you would like.
Its Mrich0908@gmail.com
Mark
Mark Rich Thanks Mark. I have one. Its kind of a home made one that I bought at a flea market and it had a 1/4" piece of tool steel in it, so i put a grind on that, and used it to finish out the hole and it worked much better. I do want to get a nicer indexable boring head...
.100= one hundred thousandths .01= ten thousandths .001= one thousandths, this is for machining not sure why it is the opposite of math.
Yea I still have to work on getting that straight
That's not the opposite of math: its exactly the same:
.01 = .010 , which is easy to see is 10 thousandths
.001 = .001 , or 1 thousandth
.1= .100 = 100 thousandths
Fractions math
Digits to the right of the decimal point represent the fractional part of the decimal number. Each place value has a value that is one tenth the value to the immediate left of it.
Number Name Fraction
.1 tenth 1/10
.01 hundredth 1/100
.001 thousandth 1/1000
.0001 ten thousandth 1/10000
.00001 hundred thousandth 1/100000
Machining
.100 is a one hundred thousands
.010 is ten thousands
.001 is one thousands
.00001 is one tenth of a thousands
.000001 is fifty millionths.
+Tkj Tkj an .0001= tenths
+BigJsgarage correct
For the love of Christ compels us, because we judge thus: that if One died for all, then all died; 15 and He died for all, that those who live should live no longer for themselves, but for Him who died for them and rose again.
16 Therefore, from now on, we regard no one according to the flesh. Even though we have known Christ according to the flesh, yet now we know Him thus no longer. 17 Therefore, if anyone is in Christ, he is a new creation; old things have passed away; behold, all things have become new. 18 Now all things are of God, who has reconciled us to Himself through Jesus Christ, and has given us the ministry of reconciliation, 19 that is, that God was in Christ reconciling the world to Himself, not imputing their trespasses to them, and has committed to us the word of reconciliation.
20 Now then, we are ambassadors for Christ, as though God were pleading through us: we implore you on Christ’s behalf, be reconciled to God. 21 For He made Him who knew no sin to be sin for us, that we might become the righteousness of God in Him. 2 Corinthians 5:14-21
A bottom cutting endmill is made for plunging to the apex of the grind....(about .020). It is NOT a drill. Why not...center drill, drill, ream?
Some people should not be allowed to use power tools. You are an accident waiting to happen. And btw, 0 to 75 degrees is not "infinitely adjustable."
he probably meant infinite adjustments between points, like on a welder dial.
Tons of chatter in this video ;)
yeah, and the machine made alot of noise also.
Uh....
lol
Gawd, this video came on when I was out of the room and I thought someone was killing something in my living room.