English Subtitles for Engraving a dial



Subtitles / Closed Captions - English

[Music]

<font color="#E5E5E5">hey welcome back to</font><font color="#CCCCCC"> shop</font> you might remember when<font color="#E5E5E5"> I</font><font color="#CCCCCC"> had to beat</font> you on my power<font color="#CCCCCC"> feed for the</font><font color="#E5E5E5"> quill of</font> the milling machine and back then<font color="#CCCCCC"> I said</font> that<font color="#E5E5E5"> i'm going to show you how I'm going</font> to do the engraving on the dial

because<font color="#CCCCCC"> i have to</font><font color="#E5E5E5"> machine the dial down</font> and diner to make it fit again<font color="#E5E5E5"> and that</font> way to original<font color="#E5E5E5"> engraving got lost and</font> <font color="#E5E5E5">here we are taking off the</font><font color="#CCCCCC"> handwheel the</font> knob<font color="#CCCCCC"> pull enough and we as you can see</font> the<font color="#E5E5E5"> hand wheel has a short soon grew</font>

portion and then<font color="#CCCCCC"> it's</font><font color="#E5E5E5"> taper engraving in</font> this case needs to be on the<font color="#CCCCCC"> tapered</font> part because we want a small index finger up here on the<font color="#CCCCCC"> bell housing</font><font color="#E5E5E5"> which</font> shows the<font color="#CCCCCC"> serum mark</font><font color="#E5E5E5"> and that was so or</font> <font color="#E5E5E5">point at the tapered section so we have</font>

to do<font color="#CCCCCC"> the</font><font color="#E5E5E5"> engraving graduations and the</font> numbers on an angle I thought<font color="#E5E5E5"> about it and normally</font><font color="#CCCCCC"> i do all</font> my graduation work on<font color="#CCCCCC"> then great</font> ambition but<font color="#E5E5E5"> not everybody has an</font> engraving machine<font color="#E5E5E5"> and the shop and today</font>

<font color="#CCCCCC">I want</font><font color="#E5E5E5"> to do it on a milling machine and</font> use the milling machine as an actual <font color="#E5E5E5">shaper</font><font color="#CCCCCC"> to to cut the graduations</font><font color="#E5E5E5"> then</font> we'll go over to the engraving machine <font color="#CCCCCC">too</font> numbers<font color="#CCCCCC"> you could also use stamps and</font>

with a simple fixture or jig to do<font color="#CCCCCC"> this</font> to do the numbers with<font color="#E5E5E5"> and</font><font color="#CCCCCC"> temps up i'm</font> not going to do that because<font color="#E5E5E5"> i have an</font> engraver<font color="#CCCCCC"> ok as i</font><font color="#E5E5E5"> said i'm going to shape</font> the graduations<font color="#E5E5E5"> on</font><font color="#CCCCCC"> the milling machine</font> and found the<font color="#E5E5E5"> thing that was boring bar</font>

<font color="#E5E5E5">my collection made a long time going to</font> have a<font color="#CCCCCC"> 12-minute shank</font><font color="#E5E5E5"> so this can go</font> and call it<font color="#CCCCCC"> off my machine</font><font color="#E5E5E5"> and</font><font color="#CCCCCC"> it's</font> <font color="#E5E5E5">cross-drilled up here for streaming</font><font color="#CCCCCC"> the</font> tool bit<font color="#E5E5E5"> and have some</font><font color="#CCCCCC"> three millimeter</font> <font color="#CCCCCC">high-speed</font><font color="#E5E5E5"> steel cobalt</font><font color="#CCCCCC"> 12</font><font color="#E5E5E5"> engraving</font>

<font color="#E5E5E5">blanks here</font><font color="#CCCCCC"> or</font><font color="#E5E5E5"> in great and kind of</font> <font color="#CCCCCC">blanks boring</font><font color="#E5E5E5"> ball</font><font color="#CCCCCC"> bangs or</font><font color="#E5E5E5"> whatever you</font> want to call them<font color="#E5E5E5"> and we're going to</font> grind simple paper tool<font color="#CCCCCC"> of them i'm</font> going<font color="#CCCCCC"> to use the small keep</font><font color="#E5E5E5"> grinder and</font> basically<font color="#CCCCCC"> we're</font><font color="#E5E5E5"> just grinding a reshaped</font>

<font color="#E5E5E5">grooving tool with about 30 degrees</font> <font color="#E5E5E5">included angle on tape</font><font color="#CCCCCC"> clearance</font><font color="#E5E5E5"> behind</font> so we can cut actually<font color="#CCCCCC"> robbed and we</font> will cut off a piece and then we'll put it in the boring<font color="#CCCCCC"> barn</font> <font color="#CCCCCC">ok row at the grinder and I</font><font color="#E5E5E5"> already have</font>

a<font color="#E5E5E5"> stream global they call it</font><font color="#CCCCCC"> the</font><font color="#E5E5E5"> work at</font> we are spinning the dividing<font color="#E5E5E5"> had</font><font color="#CCCCCC"> two</font> <font color="#CCCCCC">serious</font><font color="#E5E5E5"> degrees left</font><font color="#CCCCCC"> depart up and these</font> high-speed steel blanks are already <font color="#CCCCCC">pre-ground to almost half</font><font color="#E5E5E5"> off their</font> sickness silly<font color="#E5E5E5"> already have a flat and</font>

this<font color="#CCCCCC"> grinder has an alignment</font><font color="#E5E5E5"> tool but</font> <font color="#E5E5E5">this case</font><font color="#CCCCCC"> i don't</font><font color="#E5E5E5"> need</font><font color="#CCCCCC"> it and</font><font color="#E5E5E5"> just</font> <font color="#CCCCCC">eyeballing yet like this i have lower</font> joint down here at<font color="#E5E5E5"> zero degrees spin the</font> dividing<font color="#E5E5E5"> it by 90</font><font color="#CCCCCC"> degree suicide and</font> we're going to just<font color="#E5E5E5"> lightly touch the</font>

flat<font color="#CCCCCC"> that's</font><font color="#E5E5E5"> already ground on the</font><font color="#CCCCCC"> blank</font> <font color="#CCCCCC">just</font><font color="#E5E5E5"> give</font><font color="#CCCCCC"> it</font><font color="#E5E5E5"> a very light</font><font color="#CCCCCC"> touch-up</font> [Music] <font color="#CCCCCC">and now with one of course and shape so</font> we<font color="#CCCCCC"> open</font><font color="#E5E5E5"> our this joint here so we can</font> rotate<font color="#E5E5E5"> it and we said we want to have 30</font>

degrees included angle but<font color="#CCCCCC"> i'm going for</font> <font color="#E5E5E5">40 degrees just make</font><font color="#CCCCCC"> it a</font><font color="#E5E5E5"> bit more</font><font color="#CCCCCC"> TV</font> <font color="#CCCCCC">okay 40 degrees and we want about 5</font> degrees of clearance angle<font color="#CCCCCC"> we set down</font> here<font color="#CCCCCC"> over</font> <font color="#E5E5E5">and grind the first side of our tool</font>

<font color="#CCCCCC">ok</font><font color="#E5E5E5"> now as we ground the first</font><font color="#CCCCCC"> cutting</font> <font color="#CCCCCC">edge we can spin</font><font color="#E5E5E5"> our part hundred</font><font color="#CCCCCC"> and</font> eighty degrees around<font color="#CCCCCC"> now we can grind</font> <font color="#CCCCCC">cutting edge on the other side of course</font> <font color="#CCCCCC">is</font><font color="#E5E5E5"> the tool is now upside down</font> we have to change the clearance angle<font color="#E5E5E5"> in</font>

the other direction<font color="#CCCCCC"> we go</font> <font color="#CCCCCC">I'm just</font><font color="#E5E5E5"> grinding until</font><font color="#CCCCCC"> I</font><font color="#E5E5E5"> get a complete</font> <font color="#E5E5E5">to a nice sharp tip</font> <font color="#E5E5E5">there we go and there is our shaper tool</font> not just going to<font color="#E5E5E5"> Nick the high-speed</font> steel blank here on the bench grinder

and then<font color="#CCCCCC"> I'm going to break</font><font color="#E5E5E5"> it off</font> [Music] <font color="#CCCCCC">ok let's take our</font><font color="#E5E5E5"> paper tool get it</font> inside or<font color="#E5E5E5"> tool holder</font> <font color="#CCCCCC">ok</font><font color="#E5E5E5"> there is our cutting tool in the</font> boring bar and<font color="#E5E5E5"> I'm aligning the flat of</font>

the shaper tool<font color="#E5E5E5"> so it's somewhat square</font> <font color="#CCCCCC">too boring bar or should I say</font><font color="#E5E5E5"> shape a</font> bar then just cinch down on it <font color="#E5E5E5">there we go now we can go to</font><font color="#CCCCCC"> milling</font> <font color="#E5E5E5">machine and set it up</font><font color="#CCCCCC"> or what</font><font color="#E5E5E5"> the</font> milling machine and<font color="#E5E5E5"> setup is easy with</font>

just take the bar bar<font color="#CCCCCC"> and plant within</font><font color="#E5E5E5"> a</font> <font color="#E5E5E5">12 millimeter</font><font color="#CCCCCC"> koloth</font><font color="#E5E5E5"> problem is even</font> when<font color="#CCCCCC"> I put the machine back</font><font color="#E5E5E5"> your low</font> <font color="#CCCCCC">skeery I</font><font color="#E5E5E5"> can't turn the spindle</font><font color="#CCCCCC"> birth</font> <font color="#E5E5E5">have a minimum amount of backlash from</font> spline drive of the spindle and that

doesn't help us when we do our actual shaping so we need to lock the<font color="#E5E5E5"> spindle</font> in place and<font color="#CCCCCC"> i had i</font><font color="#E5E5E5"> was</font><font color="#CCCCCC"> i was thinking</font> <font color="#E5E5E5">about a solution for quite a bit and</font><font color="#CCCCCC"> I</font> didn't<font color="#E5E5E5"> put much work into it so</font><font color="#CCCCCC"> I called</font> <font color="#E5E5E5">something together</font>

<font color="#E5E5E5">first I just want to use this</font><font color="#CCCCCC"> each</font><font color="#E5E5E5"> lamp</font> <font color="#E5E5E5">on top of the spindle and</font><font color="#CCCCCC"> clamp some</font> stuff together to hold the spindle<font color="#E5E5E5"> done</font> it but then<font color="#CCCCCC"> i realized i have two</font><font color="#E5E5E5"> more</font> <font color="#CCCCCC">stable for 242</font><font color="#E5E5E5"> adaptive see</font> <font color="#CCCCCC">the spindle and it is right</font><font color="#E5E5E5"> on the end</font>

<font color="#E5E5E5">so this red is normally to pull the</font> sleeve<font color="#CCCCCC"> out of</font><font color="#E5E5E5"> spindle but in this case</font> <font color="#E5E5E5">I'm found a piece of aluminum pipe that</font> fits over the spindle and<font color="#CCCCCC"> breasts</font> against the<font color="#CCCCCC"> quill and i have two drawn</font> up<font color="#E5E5E5"> for</font><font color="#CCCCCC"> d for the sleeve and even when</font>

<font color="#E5E5E5">not just hand tighten this down</font><font color="#CCCCCC"> this</font> will hold the spindle perfectly fine in place without giving it<font color="#CCCCCC"> any movement we</font> can even take a spin around<font color="#CCCCCC"> ten little</font> <font color="#E5E5E5">bit done need a lot of torque there but</font> now<font color="#E5E5E5"> the</font><font color="#CCCCCC"> spindle is locked in place</font><font color="#E5E5E5"> of</font>

course<font color="#CCCCCC"> I have the main power switch of</font> the<font color="#CCCCCC"> Machine off and i have also</font><font color="#E5E5E5"> have</font><font color="#CCCCCC"> and</font> <font color="#CCCCCC">unplucked</font><font color="#E5E5E5"> just to be sure</font><font color="#CCCCCC"> I know you</font> don't want to turn off the machine right now this would be catastrophic now we can use the<font color="#E5E5E5"> machine has a</font><font color="#CCCCCC"> shape</font>

<font color="#CCCCCC">by using the quill</font><font color="#E5E5E5"> just like this next</font> thing is to mount the dial on the rotary table and<font color="#CCCCCC"> till the road</font><font color="#E5E5E5"> tables so this</font> tapered<font color="#CCCCCC"> sir</font><font color="#E5E5E5"> face is vertical so we have</font> to tilt<font color="#CCCCCC"> rotary table slightly that way</font> <font color="#CCCCCC">ok</font><font color="#E5E5E5"> that's the setup</font><font color="#CCCCCC"> i came up</font><font color="#E5E5E5"> with</font><font color="#CCCCCC"> I</font>

actually just took every piece of<font color="#CCCCCC"> setup</font> to the head shop<font color="#E5E5E5"> and bolted it together</font> until I had this adjustable angle<font color="#E5E5E5"> plate</font> <font color="#E5E5E5">down here</font><font color="#CCCCCC"> i have both of my burger table</font> to<font color="#E5E5E5"> it</font><font color="#CCCCCC"> i</font><font color="#E5E5E5"> fit of three</font><font color="#CCCCCC"> chopt Chuck 2d</font> river table and<font color="#CCCCCC"> I have an arbor in the</font>

<font color="#CCCCCC">street Chuck</font><font color="#E5E5E5"> which</font><font color="#CCCCCC"> hole</font> <font color="#E5E5E5">which holds the dial and</font><font color="#CCCCCC"> I</font><font color="#E5E5E5"> already</font> aligned<font color="#CCCCCC"> apart for</font><font color="#E5E5E5"> run out which is</font> roughly 200 of a<font color="#E5E5E5"> millimeter and now</font><font color="#CCCCCC"> i</font> have to align this tapered section to be perfectly vertical<font color="#CCCCCC"> for</font><font color="#E5E5E5"> first</font><font color="#CCCCCC"> raffle and</font>

<font color="#CCCCCC">adjusted</font><font color="#E5E5E5"> the boring bar turned at 90</font> degrees<font color="#E5E5E5"> so the the cutting tool is also</font> <font color="#E5E5E5">a and I brought the tool up close to the</font> <font color="#E5E5E5">taper and</font><font color="#CCCCCC"> I had a</font><font color="#E5E5E5"> flashlight behind it</font> checking the light<font color="#E5E5E5"> gap between the</font> tapered section here and my tool and<font color="#E5E5E5"> I'm</font>

already pretty<font color="#E5E5E5"> darn close</font> <font color="#CCCCCC">okay</font><font color="#E5E5E5"> there we go that's a that's a</font> pretty good fit already and if you<font color="#E5E5E5"> want</font> <font color="#E5E5E5">to hide the adjustment i have my own key</font> here to tighten the<font color="#CCCCCC"> clamps</font><font color="#E5E5E5"> the tilting</font> table<font color="#CCCCCC"> now i have</font><font color="#E5E5E5"> to strip checks which</font>

<font color="#E5E5E5">push up against the order table so when</font> I<font color="#CCCCCC"> lose this</font><font color="#E5E5E5"> all the weight</font><font color="#CCCCCC"> that's</font> <font color="#E5E5E5">already table wants to push down on</font><font color="#CCCCCC"> the</font> screw checks and by screwing them in and out and<font color="#CCCCCC"> i can adjust the angle</font> <font color="#CCCCCC">ok i'm</font><font color="#E5E5E5"> checking if</font><font color="#CCCCCC"> the tapered section</font>

of this<font color="#CCCCCC"> dial is in line with the quill</font> travel and<font color="#CCCCCC"> I have my</font><font color="#E5E5E5"> the</font><font color="#CCCCCC"> mac</font><font color="#E5E5E5"> base on the</font> quill<font color="#E5E5E5"> my indicator against the tapered</font> section<font color="#CCCCCC"> i</font><font color="#E5E5E5"> found the high spot in the</font> <font color="#CCCCCC">y-direction I'm</font><font color="#E5E5E5"> running an indicator</font><font color="#CCCCCC"> up</font> <font color="#CCCCCC">and</font><font color="#E5E5E5"> down it's important to find a high</font>

spot otherwise you will gather<font color="#E5E5E5"> false reading</font> and<font color="#CCCCCC"> i'm just using the quill handle to</font> move the indicator<font color="#CCCCCC"> up-and-down</font><font color="#E5E5E5"> start</font> here and<font color="#E5E5E5"> that's pretty much</font><font color="#CCCCCC"> won hundreds</font> of ammonia so we start up here at<font color="#CCCCCC"> eleven</font>

<font color="#CCCCCC">and</font><font color="#E5E5E5"> we go down to 12</font><font color="#CCCCCC"> so the whole</font><font color="#E5E5E5"> rotary</font> table needs to<font color="#CCCCCC"> fall down on</font><font color="#E5E5E5"> us a little</font> bit so<font color="#CCCCCC"> I open the clamp here</font><font color="#E5E5E5"> which holds</font> 40 table<font color="#CCCCCC"> and mess it up completely just</font> adjust my screw check down here slightly <font color="#CCCCCC">get</font><font color="#E5E5E5"> the clamps on tension back and check</font>

again and<font color="#E5E5E5"> it</font><font color="#CCCCCC"> is</font><font color="#E5E5E5"> probably weigh much more</font> adjustment on<font color="#CCCCCC"> the rotary table as we are</font> very far away from the actual<font color="#E5E5E5"> adjustment</font> <font color="#CCCCCC">okay that's</font><font color="#E5E5E5"> that's</font><font color="#CCCCCC"> that not so</font><font color="#E5E5E5"> long</font> <font color="#CCCCCC">lock the angle table</font><font color="#E5E5E5"> in place locked</font><font color="#CCCCCC"> and</font> <font color="#CCCCCC">the kicker</font><font color="#E5E5E5"> off</font>

<font color="#CCCCCC">ok i</font><font color="#E5E5E5"> loosen the clamp that whole</font><font color="#CCCCCC"> recruit</font> <font color="#E5E5E5">protects the spindle</font><font color="#CCCCCC"> from retaining</font> right now<font color="#CCCCCC"> i'm setting the tool in line</font> with the x axis of the<font color="#CCCCCC"> Machine</font><font color="#E5E5E5"> by</font> running my<font color="#E5E5E5"> indicated back and forth and</font> <font color="#E5E5E5">doesn't need to be perfect but</font><font color="#CCCCCC"> want to</font>

get it somewhat close right now we are at<font color="#CCCCCC"> ok</font><font color="#E5E5E5"> 400</font><font color="#CCCCCC"> millimeter let's pump it</font> slightly<font color="#CCCCCC"> I</font><font color="#E5E5E5"> would call that good</font> <font color="#E5E5E5">carefully tighten up my</font><font color="#CCCCCC"> lock not</font> <font color="#CCCCCC">okay that's perfect</font> <font color="#CCCCCC">ok let's do some machine table</font><font color="#E5E5E5"> mass here</font>

<font color="#CCCCCC">that</font><font color="#E5E5E5"> the coil has</font><font color="#CCCCCC"> travel</font><font color="#E5E5E5"> of 2.5</font> millimeters<font color="#E5E5E5"> travel 2.5 millimeters</font> I want a graduation on the dial graduation of<font color="#E5E5E5"> one point of</font><font color="#CCCCCC"> 200</font> <font color="#CCCCCC">millimeter per line</font><font color="#E5E5E5"> so that's 2.5 / to</font> hundreds of<font color="#CCCCCC"> alumina and we get hundred</font>

and<font color="#E5E5E5"> twenty-five lines</font><font color="#CCCCCC"> salts and</font> <font color="#CCCCCC">hundred-twenty-five</font><font color="#E5E5E5"> lines that means we</font> have<font color="#E5E5E5"> surrounded</font><font color="#CCCCCC"> 60</font><font color="#E5E5E5"> degrees divided by a</font> hundred and twenty-five<font color="#E5E5E5"> lines equals 360</font> <font color="#CCCCCC">/ founder &</font><font color="#E5E5E5"> 25</font><font color="#CCCCCC"> two-degree 2.88</font><font color="#E5E5E5"> degrees</font> <font color="#E5E5E5">now I got my reference book out again</font>

which<font color="#CCCCCC"> I got a lot of questions on the</font> last video<font color="#E5E5E5"> and yes this is a</font><font color="#CCCCCC"> weibull in</font> <font color="#E5E5E5">English of course it's still metric but</font> <font color="#E5E5E5">it you can get this in</font><font color="#CCCCCC"> English and will</font> drop<font color="#CCCCCC"> amazon link down in</font><font color="#E5E5E5"> the description</font> and<font color="#E5E5E5"> I</font><font color="#CCCCCC"> had looked</font><font color="#E5E5E5"> up</font><font color="#CCCCCC"> indirect dividing</font>

dividing plate<font color="#E5E5E5"> and here's the formula</font> becomes<font color="#CCCCCC"> a part of</font><font color="#E5E5E5"> figure out this</font><font color="#CCCCCC"> at</font> this<font color="#E5E5E5"> time we take</font><font color="#CCCCCC"> are gearing</font><font color="#E5E5E5"> ratio</font> <font color="#E5E5E5">that's</font><font color="#CCCCCC"> always a reason why I brought the</font> fancy<font color="#E5E5E5"> calculated</font><font color="#CCCCCC"> are we take are gearing</font> <font color="#E5E5E5">ratio of 90210 x 2.8 degrees which is</font>

<font color="#E5E5E5">our spacing between each line and / 360</font> <font color="#CCCCCC">and that gives us 18</font><font color="#E5E5E5"> 25th or something</font> like that<font color="#E5E5E5"> that's</font><font color="#CCCCCC"> are actually</font><font color="#E5E5E5"> that's</font> what we have to do on the index plate we take a<font color="#E5E5E5"> 25 hold index plate and we move</font> and the spacing between<font color="#E5E5E5"> we have to go on</font>

this 18<font color="#CCCCCC"> holes between each line that we</font> engrave<font color="#CCCCCC"> that's why i like the</font><font color="#E5E5E5"> casio</font> calculator<font color="#CCCCCC"> university how do they call</font> it a natural display<font color="#E5E5E5"> because they show</font> <font color="#E5E5E5">fraction properly 1825</font><font color="#CCCCCC"> so we we need a</font> <font color="#E5E5E5">25</font><font color="#CCCCCC"> hole</font><font color="#E5E5E5"> and</font><font color="#CCCCCC"> X plate and we go on 18</font>

holes for each line <font color="#E5E5E5">ok</font><font color="#CCCCCC"> let's index</font><font color="#E5E5E5"> like that set that came</font> with my<font color="#E5E5E5"> rotary table and we have 15 to</font> 20 here and just want to start<font color="#E5E5E5"> a 21 23</font> 27 holes so this rotary table has no<font color="#E5E5E5"> 25</font> <font color="#E5E5E5">whole index plate and no</font><font color="#CCCCCC"> 50 holes before</font>

you say something there is no<font color="#E5E5E5"> 25 or multiple of 25 whole</font> <font color="#E5E5E5">index</font><font color="#CCCCCC"> discs and the</font><font color="#E5E5E5"> set</font><font color="#CCCCCC"> I wouldn't be</font> <font color="#E5E5E5">Who and</font><font color="#CCCCCC"> manufacturer and</font><font color="#E5E5E5"> hadn't just</font> <font color="#E5E5E5">made my own indexing plate and</font><font color="#CCCCCC"> I can</font> <font color="#E5E5E5">remember it as it was yesterday</font>

[Music] <font color="#CCCCCC">okay let's stop daydreaming</font> <font color="#E5E5E5">that's the index plate 25 holds and i</font> set the sector arms you're already up to have 18<font color="#CCCCCC"> holes plus one that's the one</font> where the<font color="#E5E5E5"> pin is already in and then we</font>

go<font color="#CCCCCC"> 1</font><font color="#E5E5E5"> 2</font><font color="#CCCCCC"> 3</font><font color="#E5E5E5"> 4 6 8 9 10 11 12 13 14 15 16 17</font> <font color="#E5E5E5">18 holes on like this we flip the sector</font> arms over we go next taking<font color="#E5E5E5"> holes sector</font> <font color="#E5E5E5">arms never forget the sector arms or you</font> <font color="#E5E5E5">will mess it up</font><font color="#CCCCCC"> and so on and that's</font> basically the indexing for this division

or this<font color="#CCCCCC"> division okay i moved in five</font> hundreds of<font color="#E5E5E5"> an</font><font color="#CCCCCC"> aluminum might cut my</font> first line just by going down with<font color="#E5E5E5"> the</font> quill<font color="#E5E5E5"> like this and</font><font color="#CCCCCC"> i'm not sure of</font> <font color="#E5E5E5">hundreds of</font><font color="#CCCCCC"> the moment is enough and i'm</font> using my precision depth<font color="#E5E5E5"> stop</font><font color="#CCCCCC"> so</font><font color="#E5E5E5"> I get</font>

all lines to the same length <font color="#E5E5E5">ok let's index 18 holes and cut the next</font> one <font color="#CCCCCC">there we go</font><font color="#E5E5E5"> and next</font> <font color="#E5E5E5">event all around</font><font color="#CCCCCC"> 125 times</font><font color="#E5E5E5"> then</font><font color="#CCCCCC"> I came</font> back and<font color="#CCCCCC"> I</font><font color="#E5E5E5"> extended every</font><font color="#CCCCCC"> fifth line</font><font color="#E5E5E5"> so</font>

<font color="#E5E5E5">the longer lines</font><font color="#CCCCCC"> for assembled point 1</font> <font color="#E5E5E5">millimeter short lines</font><font color="#CCCCCC"> resembled point 0</font> <font color="#CCCCCC">2</font><font color="#E5E5E5"> millimeters and every 50 lines</font><font color="#CCCCCC"> i made</font> an even longer line which resembles point five million<font color="#CCCCCC"> the wall so you have</font> <font color="#E5E5E5">0.5</font><font color="#CCCCCC"> 1</font><font color="#E5E5E5"> 1.5 2 and 0 which is also 2.5</font>

because<font color="#CCCCCC"> starts all over you might see</font> this nice<font color="#E5E5E5"> chip that got pushed down from</font> the shaping tool and next step will be to take this over to the engraving machine<font color="#CCCCCC"> flip</font><font color="#E5E5E5"> it up and do the engraving</font> <font color="#CCCCCC">for numbers i will take this whole</font><font color="#E5E5E5"> setup</font>

<font color="#E5E5E5">a</font><font color="#CCCCCC"> plea and carried over to engraving</font> machine business <font color="#CCCCCC">ok</font><font color="#E5E5E5"> i carry the whole setup over</font><font color="#CCCCCC"> sin</font> <font color="#CCCCCC">grading machine and i</font><font color="#E5E5E5"> had to tilt the</font> angle table in the other direction because<font color="#CCCCCC"> now I'm engraving from above</font>

<font color="#CCCCCC">onto the tapered surface that's</font><font color="#E5E5E5"> reason</font> why<font color="#E5E5E5"> it's not now standing upright tilted</font> forward and not lying on its back I<font color="#E5E5E5"> around</font><font color="#CCCCCC"> indicator</font><font color="#E5E5E5"> over the tapered</font> surface to check<font color="#CCCCCC"> when I'm level with</font><font color="#E5E5E5"> the</font> <font color="#CCCCCC">surface to migrating like this and as</font>

you can see<font color="#E5E5E5"> that's pretty good for</font> <font color="#CCCCCC">braving</font><font color="#E5E5E5"> this is when</font><font color="#CCCCCC"> I cut</font><font color="#E5E5E5"> is when</font><font color="#CCCCCC"> i</font> move off<font color="#CCCCCC"> apart</font><font color="#E5E5E5"> but here in the tapered</font> section<font color="#E5E5E5"> perfectly fine</font><font color="#CCCCCC"> i set it</font><font color="#E5E5E5"> up to</font> engrave the first number which will be<font color="#E5E5E5"> a</font> <font color="#CCCCCC">0</font><font color="#E5E5E5"> and</font><font color="#CCCCCC"> i'm using a point the point eight</font>

<font color="#E5E5E5">millimeter ball and</font><font color="#CCCCCC"> mill for engraving</font> this time and we'll see how this comes up <font color="#E5E5E5">that came out beautiful</font> <font color="#CCCCCC">ok</font> [Music]

<font color="#CCCCCC">okay</font><font color="#E5E5E5"> robot the</font><font color="#CCCCCC"> late i</font><font color="#E5E5E5"> took the</font><font color="#CCCCCC"> arbor</font><font color="#E5E5E5"> out</font> of the dividing head and<font color="#CCCCCC"> move the dough</font> <font color="#CCCCCC">too late into</font><font color="#E5E5E5"> the</font><font color="#CCCCCC"> college on</font><font color="#E5E5E5"> i'm using a</font> <font color="#E5E5E5">life file to clean off the</font><font color="#CCCCCC"> burr</font><font color="#E5E5E5"> from</font> shaping the graduations<font color="#CCCCCC"> if you don't</font> know<font color="#CCCCCC"> a late file has is</font><font color="#E5E5E5"> cut at an angle</font>

<font color="#E5E5E5">of</font><font color="#CCCCCC"> 45 degree and its single cut</font><font color="#E5E5E5"> so it</font> doesn't clog up with chips<font color="#E5E5E5"> at least a</font> very fine surface finish if you don't have<font color="#E5E5E5"> one</font><font color="#CCCCCC"> I would recommend you rush out</font> and<font color="#E5E5E5"> buy one now</font> [Music]

<font color="#CCCCCC">I don't want to take up off</font><font color="#E5E5E5"> crazy amount</font> of material just to clean up the surface and make the individual lines stay out perfectly fine<font color="#E5E5E5"> now we follow up with a</font> piece of very<font color="#CCCCCC"> bored on Emery cloth you</font> don't know these guys these are holders

for<font color="#E5E5E5"> emery cloth</font><font color="#CCCCCC"> to you</font> <font color="#CCCCCC">rebus</font><font color="#E5E5E5"> trip</font><font color="#CCCCCC"> and very</font><font color="#E5E5E5"> close to length and</font> you get into this clamp tightened down and then you have a<font color="#E5E5E5"> sanding strip of</font> course in<font color="#CCCCCC"> Germany</font> <font color="#E5E5E5">there you go and of course when you</font>

stand cover the<font color="#CCCCCC"> bad</font><font color="#E5E5E5"> of your life with</font> something<font color="#CCCCCC"> preferable</font><font color="#E5E5E5"> a claw piece of</font> cloth<font color="#E5E5E5"> for aluminum foil or whatever you</font> have<font color="#E5E5E5"> just to keep the grid</font><font color="#CCCCCC"> off</font><font color="#E5E5E5"> the</font><font color="#CCCCCC"> bad</font> <font color="#CCCCCC">witch will wear it on your machine and</font> we don't like that

as you can see<font color="#CCCCCC"> in</font><font color="#E5E5E5"> great lines and in</font> great numbers come out pretty nice even without having black color in the <font color="#E5E5E5">divisions right now that's next thing</font> we're going to do<font color="#E5E5E5"> and as this is a dial</font> that's not going to be used<font color="#CCCCCC"> to be</font>

heavily<font color="#CCCCCC"> I'm using</font><font color="#E5E5E5"> a very simple trick</font> for that <font color="#CCCCCC">ok we start</font><font color="#E5E5E5"> by cleaning it with some</font><font color="#CCCCCC"> as</font> <font color="#E5E5E5">a propane alcohol</font> <font color="#E5E5E5">just get rid of any schmutz on there</font> <font color="#E5E5E5">under</font><font color="#CCCCCC"> lot</font>

<font color="#CCCCCC">ok</font><font color="#E5E5E5"> should be somewhat clean now i'm</font> taking a permanent marker<font color="#E5E5E5"> and I just</font> <font color="#CCCCCC">wrapped down recreations with it if this</font> was<font color="#CCCCCC"> a more massive and grazing engraving</font> if the lines were deeper<font color="#CCCCCC"> i would use</font> some black epoxy<font color="#E5E5E5"> you some five-minute</font>

epoxy<font color="#E5E5E5"> use some black pigment to get a</font> black and then fill the lines of<font color="#CCCCCC"> machine</font> excess off<font color="#E5E5E5"> but these lines are very not</font> very deep<font color="#E5E5E5"> graduations are</font><font color="#CCCCCC"> seven that</font> have hundreds of<font color="#E5E5E5"> a</font><font color="#CCCCCC"> millimeter you can't</font> get a epoxy or thick paint into them the

<font color="#E5E5E5">the felt</font><font color="#CCCCCC"> pen</font><font color="#E5E5E5"> worked my experience the</font> best for something like this you can also just<font color="#E5E5E5"> rub in dirt from your</font> fingers into the graduations but<font color="#E5E5E5"> that's</font> not<font color="#E5E5E5"> a professional so now let it let the</font> solvent<font color="#E5E5E5"> flesh off and once the solvent</font>

is off you we have to remove the<font color="#CCCCCC"> access</font><font color="#E5E5E5"> paint and</font> most people would use<font color="#CCCCCC"> Emery cloth</font><font color="#E5E5E5"> right</font> away but that doesn't work at all<font color="#CCCCCC"> you</font> will get a break<font color="#E5E5E5"> the steel and the</font> defined steel dust gets into the

engraving that makes the black<font color="#E5E5E5"> paint</font> somewhat<font color="#E5E5E5"> slow version that</font><font color="#CCCCCC"> looks stupid</font> another trick<font color="#E5E5E5"> is to use an alcohol a rag</font> with some alcohol<font color="#CCCCCC"> on</font><font color="#E5E5E5"> it to wipe off the</font> excess and that way you remove most of the pain<font color="#E5E5E5"> dogs think ratings</font><font color="#CCCCCC"> too</font><font color="#E5E5E5"> but i</font>

found out works the past<font color="#CCCCCC"> is</font><font color="#E5E5E5"> just a piece</font> of normal 80 grand<font color="#E5E5E5"> per square</font><font color="#CCCCCC"> meter</font><font color="#E5E5E5"> copy</font> paper <font color="#E5E5E5">dry without anything on it</font><font color="#CCCCCC"> is</font><font color="#E5E5E5"> just like</font> <font color="#E5E5E5">a mild abrasive for super mild abrasive</font> and we just drop it on<font color="#E5E5E5"> the engraving and</font>

<font color="#E5E5E5">the</font><font color="#CCCCCC"> works magic</font> [Music] <font color="#CCCCCC">we</font><font color="#E5E5E5"> are</font><font color="#CCCCCC"> that looks like a</font><font color="#E5E5E5"> second-class</font> job to me<font color="#CCCCCC"> i like</font><font color="#E5E5E5"> it and don't get into</font> the idea that you could just spray some clear lacquer over it

<font color="#CCCCCC">the solvent and clear lego will make the</font> black paint reactivated and it <font color="#CCCCCC">yeah it messes everything up</font><font color="#E5E5E5"> don't do it</font> <font color="#CCCCCC">ok we're</font><font color="#E5E5E5"> over</font><font color="#CCCCCC"> the</font><font color="#E5E5E5"> milling machine and</font><font color="#CCCCCC"> I</font> have<font color="#CCCCCC"> the dial back in place and also</font> made a 0-degree<font color="#E5E5E5"> marker which</font><font color="#CCCCCC"> I</font><font color="#E5E5E5"> will show</font>

<font color="#E5E5E5">you in a second but first</font><font color="#CCCCCC"> i want to show</font> you the dial and how we mounted to the shaft<font color="#E5E5E5"> of course you want to be able to</font> spin it really<font color="#E5E5E5"> but it should also stay</font> in place when you need to stay in place <font color="#CCCCCC">so I drilled and tapped the whole here</font>

<font color="#CCCCCC">four millimeters threat and I got a very</font> short piece of<font color="#E5E5E5"> three millimeter oring</font> stock which is a some kind of rubber and this goes into<font color="#E5E5E5"> four millimeters threat</font> <font color="#CCCCCC">then</font><font color="#E5E5E5"> I follow up with a</font><font color="#CCCCCC"> four millimeter</font> <font color="#CCCCCC">setscrew just like this and i</font><font color="#E5E5E5"> give it</font>

<font color="#E5E5E5">some tension and that way the the dial</font> is moving together with the shaft<font color="#E5E5E5"> firmly</font> in place but due to friction of the rubber and its elasticity<font color="#CCCCCC"> it's</font><font color="#E5E5E5"> very easy</font> and very nice to change the position of the dial<font color="#CCCCCC"> I wouldn't do this on something</font>

birds<font color="#E5E5E5"> and extremely important that the</font> <font color="#CCCCCC">doll state</font><font color="#E5E5E5"> plays like</font><font color="#CCCCCC"> on the cross light</font> <font color="#E5E5E5">of a slave</font><font color="#CCCCCC"> but</font><font color="#E5E5E5"> in this case and</font><font color="#CCCCCC"> I don't</font> <font color="#E5E5E5">intend to use the style</font><font color="#CCCCCC"> a whole lot but</font> if<font color="#CCCCCC"> I need to I have one there further</font> <font color="#CCCCCC">for this purpose the rubber brake and</font>

<font color="#CCCCCC">the set scroll works perfectly fine and</font> <font color="#CCCCCC">i</font><font color="#E5E5E5"> don't think that i will get in trouble</font> with this but<font color="#CCCCCC"> I would</font><font color="#E5E5E5"> not use</font><font color="#CCCCCC"> it on the</font> leaf on the cross<font color="#E5E5E5"> slide for example and</font> here you can see again the dial and the <font color="#CCCCCC">sero marker above this is just a piece</font>

of tool steel machine to the shape<font color="#E5E5E5"> engrave</font> a<font color="#CCCCCC"> zero line and a serial number and</font><font color="#E5E5E5"> it's</font> <font color="#E5E5E5">mounted with</font><font color="#CCCCCC"> the</font><font color="#E5E5E5"> screws that hold</font> discover in place<font color="#CCCCCC"> that's perfectly</font><font color="#E5E5E5"> fine</font> and<font color="#CCCCCC"> I made sure</font><font color="#E5E5E5"> that there is about</font><font color="#CCCCCC"> 110</font>

<font color="#CCCCCC">for the moment</font><font color="#E5E5E5"> gap between the</font><font color="#CCCCCC"> see</font> <font color="#CCCCCC">remark</font><font color="#E5E5E5"> and the actual</font><font color="#CCCCCC"> battles</font><font color="#E5E5E5"> that</font> doesn't drop <font color="#E5E5E5">so</font><font color="#CCCCCC"> I hope</font><font color="#E5E5E5"> this project dialed you in on</font> the topic of<font color="#CCCCCC"> styles</font> thank you all for watching and see you

next time [Music]



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