My OCD would never allow me to use such setup techniques. I'd have to waste a lot of time getting everything even, perpendicular, parallel, and square. But at the same time I could easily be happy with how you did it. Perfection is the enemy of good enough.
Realy interesting watching you work sir,was a lifelong machinist on turning lathes and capstans and a little CNC work,never worked on mills so it's fascinating watching machining on them.Best wishes from across the pond,keep posting your videos sir,they keep me interested in my retirement years
Richard King has done scraping classes in Europe (Germany and the UK) - I believe Stefan Gotteswinter did a video on attending one. If you can get enough people interested/committed to attending one, there might be an opportunity for you. Are you on any machinist forums locally, to gauge interest?
Off topic Ive followed the stoker box and wondered why you could make a small router jig off the threaded bosses.and use a small end mill like a dato .
Keith, thank you for the great content. I enjoy every minute. I have noticed that your voice audio level drops off when no equipment is running. You speak up to be heard over the equipment when it is running. This causes the viewers to adjust their audio levels many times throughout a video. You can adjust the audio levels when you edit to keep the levels more consistent for the viewer or speak louder when the equipment isn't running. Thanks again for all of the great content.
Doesn't need to be very accurate. It just has to be a shallow enough angle to allow you to get into a 55 degree dovetail. As for the square sides, that's just for appearances. You could leave them un-machined, but machined looks nicer. If the owner wants to scrape them in square and true, they can, but there's probably not a good reason to do so.
I'm surprised there are nicks and irregularities where the 45d face meets the bottom face. I would have thought that that edge was the "straight edge" and would need to be very smooth and "straight" Also, I'm not a machinist just hooked on watching Keith do this work. I'm not sure what these straight edges are used for, obviously not scribing straight lines, that edge is way too rough for that. Thanks for any clarification.
Hey, you can go to Keith's older vids where he uses straight edge tools to 1 check flatness of machine surfaces and 45d part of tool to check dovetail wear on lathe cross slides all prior to scraping said machine surfaces for flatness and alignment to each other. I think it was his big monarch lathe, maybe 10 EE lathe, hbm and the big old planer. Interesting process of getting precision back into old or worn out machines.
I have one of your WHF 12" straight edges I got sometime ago. Machined it out on my Bridgeport and put it away. Your video made me think about it--thanks. BTW: its there an advantage to scraping over surface grinding?
It's good to see the old machines still working. Q: do these iron sand castings move much after you crack the skin? My experience has been with light metal-Alum and mag. Mag especially moves a bit once skin is machined.
I'd like to buy one of your straight edges. You are definitely to far away for me to make a trip to your class. But having a 3' and a small one like that would be perfect for me when checking heads and blocks. I could determine if I need to send off the part for servicing or not quickly. Great video, Keith.
Would also like to purchase one of your RUCKER straight edges. Very professional tool, also a nice tool that is handcast/made. Awesome work dude. Thank you for your dedication.😀
Man, switching around the tooling on that horizontal mill really exemplifies why CNC, specifically things like 5 axis machines are so dominant in fabrication work. That said, the old school stuff is perfectly fine, and still well suited for job shop applications, even if it's obsolete for serial production tasks.
Please excuse my ignorance, how would I purchase one of your 9 inch castings? As always great video thank you for all the work you put in putting out your videos.
Keith is always highly practical, and doesn't work to higher tolerance than needed. His focus is often on "well enough". If it was Abom79 doing this job, he would have indicated very angle, and then double-checked the result.
It is amazing how accurate fingers are for checking joints between milling machine passes from different directions. I haven't measured yet, but my guess is 2 thou -maybe better.
It will be scraped into matching a reference granite surface plate. Once it reflects the surface plate, you can take it to your piece of equipment your need to scrape. You will ink up the surface plate, scrape the straightedge over the ink, then rub that on the part to scrape. The transferred ink shows the high and low spots to begin scaping for level.
Woodworker here. It would be interesting to see a review of the use of this type of straight edge. I think I would be careful reminding myself that the machined end/long side corners are not necessarily 90 degrees
I am a woodworker. With that in mind I have two questions. What is this straight edge tool used for? What is scraping? Thank you for sharing. Have a great day and stay safe.🙂🙂
During milling of the straight edge how accurate do you want the faces to be to each other (90° and 45°)? Measured in minutes or seconds? How accurate was your setup?
Another great project! At around 26 minutes the camera picks up the fine dust and sparkles in the air. I have often wondered how much "dust" I have inhaled over the years, and what that does to me. I should probably have worn dust masks much more than I have... As evidenced when I blow my nose at the end of a day.
It depends on what the dust is. Cast Iron is probably the least bad for you. Any particles in the lungs will embed and then rust away. And your body uses iron, so within reason, probably not a big deal. Towards the other end would be something like Beryllium Copper. That's fairly toxic and I'd avoid anything that produces a dust rather than a chip. There are also a bunch of things that would have to be considered on a case by case basis. Plastics, especially glass fiber reinforced ones might be pretty bad.
Did you indicate in that 45 degree machine setup off camera, or was it really set solely from the protractor scale on the machine? Considering you're creating a reference tool, setting from only the machine scale seems beyond odd to me. Will it be checked for a perfect 45 later in the scraping process maybe?? Wouldn't the scraping go faster and easier if the angle was more accurately set? Perhaps my own ignorance of future steps makes this lack of accuracy irrelevant...?
4:45 Once again, Precision is, ( Just close enough - It's Not a critical Measurement. ) I thought the whole idea behind a Precision Straight Edge, Was " Precision ". Or to quote Keith, Dead Nut's On. Oh well
When cutting the beveled edge he should have started with at least 100/1,000. th cut to cause less tool ware, to get under the surface with one pass. Ron W4BIN
Conspicuous by its absence is the dial indicator. For accurate work simply setting angles with the pointer is a bit rough and ready. Each axis should be indicated to be sure it is right. And if it was me I would want to assure that all of the faces on the product are parallel and square. I suppose an argument can be made (as was done) that this is not necessary but that seems like sloppy work to me. I hope the buyer of this thing will grind it before scraping.
"seems like sloppy work to me." I suggest that you educate yourself engineering practises, before casting judgement.. on a subject you clearly know nothing about..
To be a good machinist you have to knew where precision is needed and where not. For a straight Edge it does not matter if the angle is 45 or 44 degrees. It does not matter if the faces are not perfectly square to each other. It does not affect the use case.....
@@TMxl-w5t Not that important, but why not take a quick measurement on the last pass and make it exactly 9". I'm sure, for the price people are paying and how long they are waiting, there are some OCD guys out there who will say- " This was supposed to be a 9" straight edge and mine is only 8.92"
Most interesting. Will the buyer do any more work on the machined surfaces before scraping? Once the scraping is done, how is the upper (non-machined) portion finished? Some rust remover and paint or is there more to it than that?
Most times you can begin scraping from the machined surface. No grinding or other finishing is necessary. The remaining surfaces are typically painted with an epoxy paint, similar to what is used to refinish machine tools.
'Twere me. I would have run 5 or 10 of the castings through each setup and then have them for sale at $50 more than the raw casting. Should be well worth $50 for the purchaser and the additional machining time (once set up) would be small.
I would think you would want all machined surfaces at 90/45 to each other. You say it doesn't matter. Wouldn't it be a much more useful tool if it were accurate? It's meant to be used as reference is it not? Am I missing something?
I just commented this on someone else's question: Doesn't need to be very accurate. It just has to be a shallow enough angle to allow you to get into a 55 degree dovetail. As for the square sides, that's just for appearances. You could leave them un-machined, but machined looks nicer. If the owner wants to scrape them in square and true, they can, but there's probably not a good reason to do so.
Keith, You might find it helpful to have a few digital angle measuring devices (about $20.00 each) around the shop. You find them to be of aid in setting rough angles. Bob
Not really a criticism, just a thought. I was a bit surprised that you didn't make a bit more effort to mill the surfaces more precisely square to each other. I expected the dial indicators to make an appearance during your setups. I guess the way you did it was adequate for the tool's intended use but I'm thinking that a knuckle-head like me, using this tool in the future, is going to assume that those milled surfaces are precision cut to 90 and 45 degrees to each other.
Well, the bottom to the side angles will be as good as the scraping. But, I agree, I'd make more of an effort to get edges correct to each other. Likewise, edge to edge and front to back "should" be parallel.
For what this is used for, the precise angle between the two faces basically doesn't matter. This isn't a square or an angle plate, where you're using it to judge squareness/angles. A straight edge like this is effectively a small surface plate, and as such you're only ever concerned about one face at a time, for which flatness is key above all else. As long as the angled face is scraped flat and able to fit into a dovetail, and as long as the bottom edge is scraped flat, it doesn't matter if they're in different planes.
The angled face won't fit into a 45.0 degree dovetail if the angle of the face is not 45.0 degrees. I am always surprised that machinists make a lot of effort to team the vice, an then to make an angled cut, the simple angle scale on the machine is used to set the spindle angle. The manufacturer could at least provide a vermeer scale on the angle ring to get the angle of the spindle where it needs to be. Same goes for tilting vices.
It doesn't matter on this project but don't forget when you're machining the 45 degree angle that raising the table 50 or 100 thousandths is not your actual cutting depth.
Can you please turn automatic title translation off, RUclips changed default settings some weeks ago. It is irritating to see german titles on Englisch videos
I don’t see what you’re stating. I guess my settings are off. As I see English and as I am American but currently in the Philippines for the winter. Don’t even see Tagalog. Things that make one go hum.
You have a very bad habit of talking with your hands and poking your fingers into running machines. Sooner or later you're gonna have a string catch or you'll misjudge your position and have your hand go through the machine! Every patient I ever worked with was confident it wouldn't happen until it did. I'll quote one when he said "the milling machine was designed to remove material quickly and it was good at its job" the material was his hand if you didn't pick up on that. QUIT POKING YOUR FINGERS IN A RUNNING MACHINE! And don't use pointer either. Had a young man poking a stick to clear a sawmill blade and it pulled his hand in faster than he could let go and cut his thimb off. Use your words! They only entrap your character 😉👍🏻
If that bothers you why do you watch? I don’t understand whinny little people. Grow some please. life is to short for hall monitors. We grew up and just let people be who they are.
@@davidt8438 I enjoy how he points at his tools. This is a good visual way to show as he explains. So for you that don’t like his presentation why do you watch? I say get a life and grow some. I laugh at those kind of people. They so potty can’t make it up just have to state what all see. I bad yes but I enjoy calling a spade a spade.
@@c.a.mcneil7599 If you are bothered by comments why do you read them? Keith could easily use a stick, pencil or other type pointer and show safe machinery practices but people like you probably wouldn’t benefit. Enjoy your own work and do things your way but safety is still important when illustrating how a job is done.
well judging by the comments absolutely none of you looked at the end product he was more interested in removing as much mettle as he could i a single pass he totally forgot he was milling a straight edge for someone to finally scrape it in look at the so called knife edge the casting is so pitted you will never get it straight and there is way to much mettle bin removed if i was the one receiving this from him i would not accept or pay for it it is totaled and as for the casting itself well i'll leave that one up to you lot Keath you are losing the plot also as an other has pointed out soon he will do him a major injury with his finger poking Cheers all
Seems to have all his digits. So what’s your point ? I guess your missing a few, one that may mindlessly pointed into a chainsaw. Just stating the obvious call me captain Madden.
The term "straight edge" is a little misleading. You didn't want a knife edge at the sharp corner. A better term could be small surface plate. The large flat on the bottom and the angled face become your reference surfaces for scraping in other machines. A knife edge would provide no benefit, and may cause harm as you're working.
I'm amazed by the number of derogatory/insulting comments, by people who have no idea what they are talking about.. I suggest that you educate yourself engineering practises etc etc, before casting judgement.. on a subject they clearly know nothing about..
Man, I love your videos. They are entertaining and soothing to watch.
Awesome!! Can't wait to get to scraping on this! Thanks Keith!
That is an amazing machine love watching how this stuff is done
23:25 .. I just LOVE these cutters with the multiple carbide inserts!! .. It seems like such a GREAT use of technology!!
Even simple machining operations can be made engaging and informational. Well done! Always good content here. Keep up the good work!
Good morning Keith! You are definitely staying busy with your channel since retiring! That’s good for us nerds😂
I beg your pardon, Sir. I am not a nerd, I'm a geek.
What’s the difference between a nerd and a geek?
@@ellieprice363 You must be a dork not to know that. A true nerd or geek would know to google the question.
My OCD would never allow me to use such setup techniques. I'd have to waste a lot of time getting everything even, perpendicular, parallel, and square. But at the same time I could easily be happy with how you did it.
Perfection is the enemy of good enough.
The universal head sure is handy for not having to do a custom setup to get the angle.
Realy interesting watching you work sir,was a lifelong machinist on turning lathes and capstans and a little CNC work,never worked on mills so it's fascinating watching machining on them.Best wishes from across the pond,keep posting your videos sir,they keep me interested in my retirement years
Great video Keith.
I really like the K&T Mill.
Very universal machine.
Nice job on the straightedge.
Thanks for sharing. 👍🇺🇸👍
American made. 👍
You sure have tons of patience 😊😊😊
always enjoy your videos. thanks!
Fun to see the flexibility of horizontal mills
I like seeing an older machine with the ability this one has.
Another small job well done Keith. Thanks for sharing!
Thank you Keith!
That kid mill is one great piece of equipment!
Thank you Keith
Just a hobbyist, and unfortunately living in Europe, but a scraping class is something that would be really interesting attending.
Richard King has done scraping classes in Europe (Germany and the UK) - I believe Stefan Gotteswinter did a video on attending one. If you can get enough people interested/committed to attending one, there might be an opportunity for you. Are you on any machinist forums locally, to gauge interest?
Scraped one of your straight edges as my 2nd project, 40ppi and nice to scape.
…and I thought playing with Tonka trucks as a kid was fun… that “toy” is an absolute blast. Way more funner.
Great job Professor.
Thanks Keith
Thanks Keith 👍😎
Off topic Ive followed the stoker box and wondered why you could make a small router jig off the threaded bosses.and use a small end mill like a dato .
Keith, thank you for the great content. I enjoy every minute. I have noticed that your voice audio level drops off when no equipment is running. You speak up to be heard over the equipment when it is running. This causes the viewers to adjust their audio levels many times throughout a video. You can adjust the audio levels when you edit to keep the levels more consistent for the viewer or speak louder when the equipment isn't running. Thanks again for all of the great content.
Oh ... I didn't have to adjust my levels. Didn't notice any dropping off.
Did I miss something? I didn't see any checking to make sure the angles were accurate. Also, I didn't see any measuring when setting up the fixtures
Doesn't need to be very accurate. It just has to be a shallow enough angle to allow you to get into a 55 degree dovetail.
As for the square sides, that's just for appearances. You could leave them un-machined, but machined looks nicer. If the owner wants to scrape them in square and true, they can, but there's probably not a good reason to do so.
NOTHING this Butcher dose is very accurate, just enjoy the laughs!
@@hairyfro still, how difficult would it be to do it?
Also, is the back parallel to the front?
@@garybrenner6236Very similar to your spelling skills.
I'm surprised there are nicks and irregularities where the 45d face meets the bottom face. I would have thought that that edge was the "straight edge" and would need to be very smooth and "straight"
Also, I'm not a machinist just hooked on watching Keith do this work. I'm not sure what these straight edges are used for, obviously not scribing straight lines, that edge is way too rough for that.
Thanks for any clarification.
Hey, you can go to Keith's older vids where he uses straight edge tools to 1 check flatness of machine surfaces and 45d part of tool to check dovetail wear on lathe cross slides all prior to scraping said machine surfaces for flatness and alignment to each other. I think it was his big monarch lathe, maybe 10 EE lathe, hbm and the big old planer. Interesting process of getting precision back into old or worn out machines.
That surfacing cutter is huge. Looks like something they cut tunnels with.
🤣🤣
Robert
🇦🇺
I have one of your WHF 12" straight edges I got sometime ago. Machined it out on my Bridgeport and put it away. Your video made me think about it--thanks. BTW: its there an advantage to scraping over surface grinding?
It's good to see the old machines still working. Q: do these iron sand castings move much after you crack the skin? My experience has been with light metal-Alum and mag. Mag especially moves a bit once skin is machined.
22:15 Dang, all that time on the machine, you're getting fast
I'd like to buy one of your straight edges. You are definitely to far away for me to make a trip to your class. But having a 3' and a small one like that would be perfect for me when checking heads and blocks. I could determine if I need to send off the part for servicing or not quickly. Great video, Keith.
Would also like to purchase one of your RUCKER straight edges. Very professional tool, also a nice tool that is handcast/made. Awesome work dude. Thank you for your dedication.😀
Hope you are staying warm.
Nice looking piece
Man, switching around the tooling on that horizontal mill really exemplifies why CNC, specifically things like 5 axis machines are so dominant in fabrication work. That said, the old school stuff is perfectly fine, and still well suited for job shop applications, even if it's obsolete for serial production tasks.
Please excuse my ignorance, how would I purchase one of your 9 inch castings? As always great video thank you for all the work you put in putting out your videos.
Great job.
Thank you for another Great video. Cheers
Nice job!👍👍
Has tons of indicators .....uses finger to align??
Keith is always highly practical, and doesn't work to higher tolerance than needed. His focus is often on "well enough". If it was Abom79 doing this job, he would have indicated very angle, and then double-checked the result.
@youtube_learner the reason of having all these precision tools and machines and being to lazy to get them out.....
NOTHING this Butcher dose is very accurate, just enjoy the laughs
It is amazing how accurate fingers are for checking joints between milling machine passes from different directions. I haven't measured yet, but my guess is 2 thou -maybe better.
@cameronlilly4814 no
Keith, would you show us non-machinists the applications for this straight edge? Thank you
Good show!
Happy days Keith, thanks for sharing buddy
Nice video. Ok, I am not a in the know. What is a scraper? What does it do?
It will be scraped into matching a reference granite surface plate. Once it reflects the surface plate, you can take it to your piece of equipment your need to scrape. You will ink up the surface plate, scrape the straightedge over the ink, then rub that on the part to scrape. The transferred ink shows the high and low spots to begin scaping for level.
Google hand scraping..
I thought you always mill the top surface above the word "Rucker" parallel with the bottom surface?
Always enjoy your videos.
However the sound volume is very low.
Happy new year sir
Such a great video 😊 Cheers
It may be the video but where the 45degree V meets the straight base looks rough. Probably not but please reassure me.
Thanks Keith. Bill B - UK
Woodworker here. It would be interesting to see a review of the use of this type of straight edge. I think I would be careful reminding myself that the machined end/long side corners are not necessarily 90 degrees
I am a woodworker. With that in mind I have two questions. What is this straight edge tool used for? What is scraping? Thank you for sharing. Have a great day and stay safe.🙂🙂
Very contemplative thank you.
Just a observation: the volume level for your latest videos are far lower than the past videos. I have to double the volume just to hear you.
Interesting detail.
I am a woodworker. With that in mind I have two questions. What is this straight edge tool used for? What is scraping?🙂🙂
Google hand scraping..
During milling of the straight edge how accurate do you want the faces to be to each other (90° and 45°)? Measured in minutes or seconds? How accurate was your setup?
NOTHING this Butcher dose is very accurate, just enjoy the laughs!
looks good
Another great project! At around 26 minutes the camera picks up the fine dust and sparkles in the air. I have often wondered how much "dust" I have inhaled over the years, and what that does to me. I should probably have worn dust masks much more than I have... As evidenced when I blow my nose at the end of a day.
It depends on what the dust is. Cast Iron is probably the least bad for you. Any particles in the lungs will embed and then rust away. And your body uses iron, so within reason, probably not a big deal.
Towards the other end would be something like Beryllium Copper. That's fairly toxic and I'd avoid anything that produces a dust rather than a chip.
There are also a bunch of things that would have to be considered on a case by case basis. Plastics, especially glass fiber reinforced ones might be pretty bad.
Just curious, wouldn't running coolant keep those fine particles from becoming airborne?
@@calvinteeter2514 It would. It would also turn your coolant into a lapping compound XD.
Did you indicate in that 45 degree machine setup off camera, or was it really set solely from the protractor scale on the machine? Considering you're creating a reference tool, setting from only the machine scale seems beyond odd to me. Will it be checked for a perfect 45 later in the scraping process maybe?? Wouldn't the scraping go faster and easier if the angle was more accurately set? Perhaps my own ignorance of future steps makes this lack of accuracy irrelevant...?
You don't need it to be exactly 45 degrees, it only needs to be less than 55 or 60 degrees, depending on the work you do.
❤️🔥
4:45 Once again, Precision is, ( Just close enough - It's Not a critical Measurement. ) I thought the whole idea behind a Precision Straight Edge, Was " Precision ". Or to quote Keith, Dead Nut's On. Oh well
The precision comes with the scraping
Happy Monday Keith!!😊
When cutting the beveled edge he should have started with at least 100/1,000. th cut to cause less tool ware, to get under the surface with one pass. Ron W4BIN
How dare you criticize the greatest "Machinist" in the known universe!
Conspicuous by its absence is the dial indicator. For accurate work simply setting angles with the pointer is a bit rough and ready. Each axis should be indicated to be sure it is right. And if it was me I would want to assure that all of the faces on the product are parallel and square. I suppose an argument can be made (as was done) that this is not necessary but that seems like sloppy work to me. I hope the buyer of this thing will grind it before scraping.
"seems like sloppy work to me." I suggest that you educate yourself engineering practises, before casting judgement.. on a subject you clearly know nothing about..
NOTHING this Butcher dose is very accurate, just enjoy the laughs!
To be a good machinist you have to knew where precision is needed and where not.
For a straight Edge it does not matter if the angle is 45 or 44 degrees.
It does not matter if the faces are not perfectly square to each other.
It does not affect the use case.....
Well said 👍@@martindietrich2011
As a selling feature, milling the ends so the length is exactly 9" would be advisable.
Why is that important?
@@TMxl-w5t Not that important, but why not take a quick measurement on the last pass and make it exactly 9". I'm sure, for the price people are paying and how long they are waiting, there are some OCD guys out there who will say- " This was supposed to be a 9" straight edge and mine is only 8.92"
@@oldschool1993 The 9" is only a nominal measurement, and doesn't affect the use of the straight edge at all.
@@TMxl-w5t No, it only ads a small enhancement for no additional expense.
Most interesting. Will the buyer do any more work on the machined surfaces before scraping? Once the scraping is done, how is the upper (non-machined) portion finished? Some rust remover and paint or is there more to it than that?
Most times you can begin scraping from the machined surface. No grinding or other finishing is necessary. The remaining surfaces are typically painted with an epoxy paint, similar to what is used to refinish machine tools.
Several trips through a heat treating oven for stress relief, followed by finish machining is necessary before the scraping operation.
Wow. that old machine has a lot of flexibility! Wondering if anything made today has that much or many adjustments.
The adjustments fall off
Nice Keith
Jeepers son, you’re not that much younger than me, that’s enough of assing that vise off the machine.
👌👌👍👍
👍👍👍😎😎😎
Are you concerned about inhaling the fine metal dust. The dust was really evident with your camera settings.
'Twere me. I would have run 5 or 10 of the castings through each setup and then have them for sale at $50 more than the raw casting. Should be well worth $50 for the purchaser and the additional machining time (once set up) would be small.
Love ya Keith but I can hardly hear you
Check your device. Sounds loud and clear on my phone.
I would think you would want all machined surfaces at 90/45 to each other. You say it doesn't matter. Wouldn't it be a much more useful tool if it were accurate? It's meant to be used as reference is it not? Am I missing something?
I just commented this on someone else's question:
Doesn't need to be very accurate. It just has to be a shallow enough angle to allow you to get into a 55 degree dovetail.
As for the square sides, that's just for appearances. You could leave them un-machined, but machined looks nicer. If the owner wants to scrape them in square and true, they can, but there's probably not a good reason to do so.
@@garybrenner6236go spam somewhere else.
Keith,
You might find it helpful to have a few digital angle measuring devices (about $20.00 each) around the shop. You find them to be of aid in setting rough angles.
Bob
FYI: How much more can I pay to be excluded from irreverent ads?
Not really a criticism, just a thought. I was a bit surprised that you didn't make a bit more effort to mill the surfaces more precisely square to each other. I expected the dial indicators to make an appearance during your setups. I guess the way you did it was adequate for the tool's intended use but I'm thinking that a knuckle-head like me, using this tool in the future, is going to assume that those milled surfaces are precision cut to 90 and 45 degrees to each other.
Well, the bottom to the side angles will be as good as the scraping.
But, I agree, I'd make more of an effort to get edges correct to each other. Likewise, edge to edge and front to back "should" be parallel.
For what this is used for, the precise angle between the two faces basically doesn't matter. This isn't a square or an angle plate, where you're using it to judge squareness/angles. A straight edge like this is effectively a small surface plate, and as such you're only ever concerned about one face at a time, for which flatness is key above all else. As long as the angled face is scraped flat and able to fit into a dovetail, and as long as the bottom edge is scraped flat, it doesn't matter if they're in different planes.
The angled face won't fit into a 45.0 degree dovetail if the angle of the face is not 45.0 degrees.
I am always surprised that machinists make a lot of effort to team the vice, an then to make an angled cut, the simple angle scale on the machine is used to set the spindle angle. The manufacturer could at least provide a vermeer scale on the angle ring to get the angle of the spindle where it needs to be.
Same goes for tilting vices.
NOTHING this Butcher dose is very accurate, just enjoy the laughs!
@@I_Am_Your_Problem No, my bad assumption is my problem, but what's wrong with looking out for the next guy?
It doesn't matter on this project but don't forget when you're machining the 45 degree angle that raising the table 50 or 100 thousandths is not your actual cutting depth.
Can you please turn automatic title translation off, RUclips changed default settings some weeks ago. It is irritating to see german titles on Englisch videos
I don’t see what you’re stating. I guess my settings are off. As I see English and as I am American but currently in the Philippines for the winter. Don’t even see Tagalog. Things that make one go hum.
You need to tap on the CC in a box . Upper right and set YOUR options .
Kinda, kinda, kinda, kinda, kinda, kinda, kinda, kinda, kinda, kinda, kinda, kinda ...
⚙📏🗜👍
Your videos need more volume.
earbud alert
You have a very bad habit of talking with your hands and poking your fingers into running machines. Sooner or later you're gonna have a string catch or you'll misjudge your position and have your hand go through the machine! Every patient I ever worked with was confident it wouldn't happen until it did. I'll quote one when he said "the milling machine was designed to remove material quickly and it was good at its job" the material was his hand if you didn't pick up on that. QUIT POKING YOUR FINGERS IN A RUNNING MACHINE! And don't use pointer either. Had a young man poking a stick to clear a sawmill blade and it pulled his hand in faster than he could let go and cut his thimb off. Use your words! They only entrap your character 😉👍🏻
If that bothers you why do you watch? I don’t understand whinny little people. Grow some please. life is to short for hall monitors. We grew up and just let people be who they are.
You’re bound to get some nasty comments from Keith’s protection squad. They don’t like any criticism about his videos no matter how small or correct.
@@davidt8438 I enjoy how he points at his tools. This is a good visual way to show as he explains. So for you that don’t like his presentation why do you watch? I say get a life and grow some. I laugh at those kind of people. They so potty can’t make it up just have to state what all see. I bad yes but I enjoy calling a spade a spade.
@@c.a.mcneil7599 If you are bothered by comments why do you read them? Keith could easily use a stick, pencil or other type pointer and show safe machinery practices but people like you probably wouldn’t benefit. Enjoy your own work and do things your way but safety is still important when illustrating how a job is done.
@ sorry I disagree with your statement. But you just proved your hypocrisy it’s not ok to disagree with you sorry if I hurt your fkd feelings.
well judging by the comments absolutely none of you looked at the end product he was more interested in removing as much mettle as he could i a single pass he totally forgot he was milling a straight edge for someone to finally scrape it in look at the so called knife edge the casting is so pitted you will never get it straight and there is way to much mettle bin removed if i was the one receiving this from him i would not accept or pay for it it is totaled and as for the casting itself well i'll leave that one up to you lot Keath you are losing the plot also as an other has pointed out soon he will do him a major injury with his finger poking
Cheers all
Seems to have all his digits. So what’s your point ? I guess your missing a few, one that may mindlessly pointed into a chainsaw. Just stating the obvious call me captain Madden.
The term "straight edge" is a little misleading. You didn't want a knife edge at the sharp corner. A better term could be small surface plate. The large flat on the bottom and the angled face become your reference surfaces for scraping in other machines. A knife edge would provide no benefit, and may cause harm as you're working.
@@marcsimonsen1578 yes good job madden you just proved the point again. Can’t make this up
I'm amazed by the number of derogatory/insulting comments, by people who have no idea what they are talking about.. I suggest that you educate yourself engineering practises etc etc, before casting judgement.. on a subject they clearly know nothing about..
Wow, all of you people take this butcher WAY too seriously, just get some pop corn, sit back, and have some laughs!
First