That was exactly what I thought when the little tab thingy popped up, He's Tilted the head !!!! Many thanks lyle. The finish looks beautiful if that's possible for metal?? Thanks from lancashire UK.
@@stanervin6108 I can tram my mill head in both directions in less then 10 mins. Since I got my starrett back plunge dial indicator it’s made this task much easier.
@@mrpete222 I've seen a rapid tram product that consists of 2 dial indicators mounted on a horizontal shaft which then mounts in the quill. Supposedly this greatly speeds up tramming. Do you have any experience with these? I too am reluctant to tilt my head.
Mr Pete, many people, even those that have one, forget the strength of a Bridgeport mill is it's ability to tilt and nod. Some will not use this feature due to a perceived difficulty in tramming the head back square. With the proper (easy to make) tool this is simple. Maybe you could show others how one can use these features more creatively. I have formed bowled shapes, rounded troughs, diamond facets and many others besides simple flat/square/round shapes. Remember, we are not simple highschool students anymore.
Mr Pete i discovered you on here back in 2009 or 10 i believe and i just have to say that you sir, are amazing! The content you share is so valuable for the people who love this as a hobby or career, and I just want to tip my hat and commend you for your mind blowing number of years spent sharing your knowledge with us all. My equipment is mediocre at best and ive tried to get myself the best tools i can rarely afford, but thanks to you i was able to make my own graduated dials, and they were even featured on Mr. Winkys 25k subscriber episode. To some it may be a rookie project but for me it was an accomplishment to make them. If not for your instructional video, it never would have been possible. Thank you so much for all you do. Josh, Ontario Canada.
My second job after graduation had 20 Bridgeports, 15 journey men tool and die makers with 5 apprentices. You appreciated the pain of traming the vise then the head knowing your finished product would be to print! My first job was 18 months in a machine shop of salvaged machines. Our horizontal slab milling machine had a vertical head adapted to one sliding column all aligned with a single hand scribe mark. Taking a second person from the rear to hold/rotate the off balance vertical head during traming with a brass hammer the operator would bump into the scribed lines. If a loud thud would be heard the head had gotten away from the team wacking the table. That was pain!
As a tool maker for the last 35 plus years I’ve retired happily but I do miss running the Bridgeport the Reid grinder and the Clausing lathe I love your vids they take me back to simpler days/nites your a good man
As soon as I saw the post for this video I thought there will be a follow-up on tramming the head, but I think you already did that. That pivoting jaw looks interesting and useful. Looking forward to seeing how well it works. Thanks for another instructional video.
Tilting the head is a no-no, but if it must be done here's a tool for getting the table back to perfect alignment without removing the heavy vise. photos.app.goo.gl/zKpdEDgdrLbNwTps5
In high school shop class one of our projects was a meat tenderizer hammer. We made 1/2" pyramids on both ends of a 2" square head. Later in life I made automotive frame machine clamp jaws using the same method...1/8" pyramids that came to a complete point... they gripped like crazy!
Even though I've been a machinist for many years I just love watching your videos. I know a lot of what you teach but there is always more to learn! I can't wait to see you angled vise jaw project!! 💪
I will be making that pivot jaw very soon. Wish I had seen that design 35 years ago. Very handy indeed. I have just used vertical round scrap similar to the pivot point on yours so I only get a small tangent point of contact. I will soon have another specialty tool in my Arsenal. Thanks for the idea !
Did this many years back before I owned a mill with the table saw! It was aluminum not steel, but came out very nice. Thanks for the video and looking forward to further videos on this project.
I have never seen a Bridgeport (or any other mill) mill in person. I am quite impressed with this machine. Wonder if I could use it in my woodworking shop, probably not!!
Hello Mr. Peterson, Nice work today... I am looking forward to the project you spoke about at the start of the video... seems to me that it would be great for holding irregular shaped parts. Take care. Paul,,
@mrpete222 with the head at 45° the serration is the shape of an isosceles triangle. Thanks to some geometry trickery, that means the width of the serration is always twice the depth, so spacing of the serrations can be calculated pretty easily.
Thank you Mr Pete. I have a side job where I need to drill accurate holes on a pitch, I will angle the head, and use a flat bottom carbide drill, with downffeed
Just thinking about the case hardening with Kaseinit powder reminds me of watching the local blacksmith when I was a youngster. He would use pieces of horse hoof trimmings and small strips of leather placed in a tin with the steel pieces to be hardened. The tins were sealed up with clay and then placed into the forge until bright orange hot. The tins were opened and the orange hot steel parts quenched in brine or oil. The hoof trimmings were gathered and saved every time he shod a horse and trimmed the hooves.
I too had a neighbor that was a blacksmith but he would close up his shop when I would show up or shoo me away saying no children allowed that was in the 60's.
@@garthbutton699 my experiences of the smithy were also mid 1960s. I was fascinated by the processes and alchemy of fire and metal and how pieces of steel and wrought iron were transformed into tools and implements. The old boy was only too happy to explain the processes he was using to make a thing so long as I obeyed his rules to stay a safe distance from danger. The coal merchants yard was right next door,so a constant supply of oven coke for the forge was never far away. It was the same blacksmith who would help us kids out when we were building modified pushbikes or soap box go-carts. It was a very valuable early education in matters of engineering techniques and manufacturing methods. What does make me smile sometimes is when I hear a youngster fresh from university with a paper qualification being described as M.A. Master of Arts. By any real world definition the old blacksmith and his kind are truly deserving of the title claim of Master of the Arts.
Kasenit was taken off the market 3 or 4 years ago. There is a substitute “Cherry Red” or something like that. It is a different chemical but advertised to do the job. I have not tried it. There are also DIY combinations of powdered coal, charcoal, bone, leather and sugar that are used to add carbon to harden the surface. Probably better to start with a higher carbon steel that can be heated, quenched and drawn.
Hi Lyle, excellent demonstration, I was planning to do just this setup shortly on my next project which is a custom putter, although I will be using a rotary table instead of the swivel vice (only as I don't have one). Cheers, Jon
Great video Mr Pete. Would be interesting to see other ways to do this. As I do not have a shaper and my little milling machine does not have a tilting head. Guess I could set the part up at 45 degrees.
For a pointy pyramid: Assuming the base of the cutter is perpendicular to it's axis and the axis is 45° to the work, then the slope of the pyramid forms the hypotanuse of a right isosceles triangle whose right angle is at the center of the base of the pyramid. The depth of cut should equal half the spacing between cuts. Of course the ability to form a point depends on the accuracy of the cutter position and depth.
I've always enjoy your videos, but what do you think of a ball bearing instead of a round pin? And using a ball end mill for the round pocket in both half's of the plates, there would also have to be angles on the long edges?, So Grateful for all the videos it's such a wealth knowledge that people for years to come can use and benefit from
Hi Lyle, The pattern looks good. Could you use a 90° end mill and leave the mill head vertical and achieve the same result, asks someone without a mill. You and the family stay safe.
The problem with a 90° is they don't have any cutting action in the center. Grind a small flat on the end and things get somewhat better. But you won't get a true V, I don't think that would matter for this use. I'm not a fan of having to re-tram the head either. Nice project though.
Hi Mr Pete I've been searching through your 5 year old or so videos for the Quill light you have on the Bridgeport can you tell me what video it was and brand of light . Thanks JM
Which is faster between the mill & shaper considering setup time and restoring the head to vertical? More of a physics topic, but do serrations actually increase grip? I don't think they do unless you distort the surface of the work. It is a common misconception that surface area affects friction. This fact affects the design of your tool in that it would require hardening. Perhaps a toe on the end would work better to keep the tool or part from squirting out the side of the vise?
Hi Mr. Pete! Have you ever done a video on Bridgeport head rebuild? H&W Machine Repair out of Ft. Wayne, Indiana has rebuild kits including belts, bearings, etc. No offense intended but your step pulley head Bridgeport is very, very loud. A step pulley head should be whisper quiet. Mark
I dread tilting the head on my mill. It’s a old Vilhelm Pendersen and it is a pain in the ass to get the head square with the table again. Good morning from snowy Ontario.
Maybe it's my age, but I am seeing "optical illusions" at time 9:52; where it looks like the grooves are pyramids. Also at the time 5:17 you cut off a piece of the metal and you do it on the third groove, but then nowhere else on the other grooves. Why? Lyle, please straighten up my old brain. Thanks kind Sir. And thanks for all you have done for us dear friend.
I am going to take the beating. I am milling a finger press bar and multiple vee block. I will only have to tram it back after about twenty hours of milling so I can live with the pain.
You sacrificed for our knowledge because you have stated you'd rather take a beating than tilt the Bridgeport head! Thank You, Mr. Pete.
You bet!
Tramming back to 90° is a royal pain. Usually takes me at least an hour, sometimes two!
That was exactly what I thought when the little tab thingy popped up, He's Tilted the head !!!! Many thanks lyle. The finish looks beautiful if that's possible for metal?? Thanks from lancashire UK.
@@stanervin6108 I can tram my mill head in both directions in less then 10 mins. Since I got my starrett back plunge dial indicator it’s made this task much easier.
@@mrpete222 I've seen a rapid tram product that consists of 2 dial indicators mounted on a horizontal shaft which then mounts in the quill. Supposedly this greatly speeds up tramming. Do you have any experience with these? I too am reluctant to tilt my head.
Mr Pete, many people, even those that have one, forget the strength of a Bridgeport mill is it's ability to tilt and nod. Some will not use this feature due to a perceived difficulty in tramming the head back square. With the proper (easy to make) tool this is simple. Maybe you could show others how one can use these features more creatively. I have formed bowled shapes, rounded troughs, diamond facets and many others besides simple flat/square/round shapes. Remember, we are not simple highschool students anymore.
I have planned a long time ago, a two Part video. Part 1 will be the poor man's method, and part 2 will be the rich man's method
I saw the thumbnail and thought, a 90 degree vee bit would have saved you a beating. Thanks for going all out for us.
Mr Pete i discovered you on here back in 2009 or 10 i believe and i just have to say that you sir, are amazing! The content you share is so valuable for the people who love this as a hobby or career, and I just want to tip my hat and commend you for your mind blowing number of years spent sharing your knowledge with us all. My equipment is mediocre at best and ive tried to get myself the best tools i can rarely afford, but thanks to you i was able to make my own graduated dials, and they were even featured on Mr. Winkys 25k subscriber episode. To some it may be a rookie project but for me it was an accomplishment to make them. If not for your instructional video, it never would have been possible. Thank you so much for all you do. Josh, Ontario Canada.
Thank you very much josh. You made my day
My second job after graduation had 20 Bridgeports, 15 journey men tool and die makers with 5 apprentices. You appreciated the pain of traming the vise then the head knowing your finished product would be to print!
My first job was 18 months in a machine shop of salvaged machines. Our horizontal slab milling machine had a vertical head adapted to one sliding column all aligned with a single hand scribe mark. Taking a second person from the rear to hold/rotate the off balance vertical head during traming with a brass hammer the operator would bump into the scribed lines. If a loud thud would be heard the head had gotten away from the team wacking the table. That was pain!
Great video...better than making breakfast is to sit down with a cup of coffee and watch the best in action. Thanks you sir.
Glad you enjoyed it
GREAT! Many machinists don't know that you can hand file serrations with a gunsmith's CHECKERING FILE, I did not know this until recently.
They are realy expensive
@@yak-machining Many machinists don't know how to make their own files but it's about the same process.
As a tool maker for the last 35 plus years I’ve retired happily but I do miss running the Bridgeport the Reid grinder and the Clausing lathe I love your vids they take me back to simpler days/nites your a good man
I have never moved the head of my Bridgeport from 90 degrees. This is a good project to make me experiment. Thanks for sharing!
Always a pleasure to see craftsmanship in action ! ❤️
My wife decorates cookies that way- makes them look real nice. The crumbs have clean worn out the mill’s dovetails though.
Good lord, man. Can't she blow down between batches!?
🍪🥛🍪
As soon as I saw the post for this video I thought there will be a follow-up on tramming the head, but I think you already did that. That pivoting jaw looks interesting and useful. Looking forward to seeing how well it works. Thanks for another instructional video.
I am planning a to part video On trimming. Part 1 will be the poor man's method. Part 2 will be the rich man's method
"I'd rather be dead, than tilt the head" Tubalcain's brother said!
I hope you realized that you just cracked me up
Why?
Well if I tilt the head then I will have to tram the bed.
Tilting the head is a no-no, but if it must be done here's a tool for getting the table back to perfect alignment without removing the heavy vise. photos.app.goo.gl/zKpdEDgdrLbNwTps5
I thought you would "rather take a beating"
You beat me to it!!!!!!!! Lol! I think he said “I rather be dead than tram the head”! Lol
In high school shop class one of our projects was a meat tenderizer hammer. We made 1/2" pyramids on both ends of a 2" square head. Later in life I made automotive frame machine clamp jaws using the same method...1/8" pyramids that came to a complete point... they gripped like crazy!
Even though I've been a machinist for many years I just love watching your videos. I know a lot of what you teach but there is always more to learn! I can't wait to see you angled vise jaw project!! 💪
Thanks
Finally! I don't have to buy a Shaper! Thanks, Lyle!!!!!
Thank you Mr Pete. It looks great.
Its funny how when you look at it, one time the pattern looks concave and sometimes convex.
I thought the same thing!
GM Mr Pete, always love that you show different ways to "skin a cat"
Good to see ya back at it, Mr. Pete
Another excellent shop tip. Thanks, Mr. Pete!
This is awesome that you are doing this video. Perfect timing because I still have vise jaws that I need to resurface for my Columbian
I like the looks of the new project. Good video.
I will be making that pivot jaw very soon. Wish I had seen that design 35 years ago. Very handy indeed. I have just used vertical round scrap similar to the pivot point on yours so I only get a small tangent point of contact. I will soon have another specialty tool in my Arsenal. Thanks for the idea !
Sir, you are an absolute pleasure to watch work.
😄😄
Interesting to hear how much smoother the cut sounded when climb milling versus conventional.
Nice job on removing those Broken off bolts. Always a tough chore
Broken hardware happens more often than I would like! Thanks for watching me do the tiny jobs. 😎
Great lesson, thanks! Yes that's me. 73 years ago!
Did this many years back before I owned a mill with the table saw! It was aluminum not steel, but came out very nice. Thanks for the video and looking forward to further videos on this project.
You got a shot of both of my unfavorite things to do, tilting the head and cleaning up the chips, I don’t like either one. Great job!
I have never seen a Bridgeport (or any other mill) mill in person. I am quite impressed with this machine. Wonder if I could use it in my woodworking shop, probably not!!
Mr Pete nods his Bridgeport. A once in a lifetime experience.
I put this video Off for over a year because of that
That was not a nod, it was a rotate. Nodding is front to back which a Bridgeport will also do.
Can't wait to see the finished project Mr Pete, what a clever idea
It makes me appreciate my Bridgeport Rigid-Ram CNC mill from about 1980. A few lines of G-code and watch it go.
Hello Mr. Peterson,
Nice work today... I am looking forward to the project you spoke about at the start of the video... seems to me that it would be great for holding irregular shaped parts.
Take care.
Paul,,
THANK YOU...for sharing. Yes.
Good idea to put the x2. x3. captions on, it's not always obvious. Thanks
Great job sir, today I learned something new and useful. thank you very much for your dedication to teaching
@mrpete222 with the head at 45° the serration is the shape of an isosceles triangle.
Thanks to some geometry trickery, that means the width of the serration is always twice the depth, so spacing of the serrations can be calculated pretty easily.
Thank you Mr Pete. I have a side job where I need to drill accurate holes on a pitch, I will angle the head, and use a flat bottom carbide drill, with downffeed
This is a good technic to improvise... Surely I'll give it a try. You can also try to use a single cutting edge, V-shaped endmill.
Sweet. Like those mill vids.
Great job with the dreaded head nod. Well done, came out perfect.
this is tilt, not nod, no?
@@derschwartzadder True. but the same.
Thanks kind sir rather hypnotic and inspiring.
Nice work Lyle, many thanks for sharing
First thing I thought was 30 lashings and salt water beaten at the stake. A few others beat me to it Mr Pete. Thank you
Ooohhhh noooo! You tilted the head, who´s gonna tram it now?
Great video Lyle, always love to get edutained.
I know, I have a severe beating coming
@@mrpete222 sometime I could do it in 5 mins and other times it took 2 hrs. Its just how your luck goes. Best of luck and stay safe.
Thanks for another great edutainment video.
Thanks again Mr. Pete.
This is an absolutely wonderful video, thank you so very, very much for posting. WOW!
Very fun to watch, thanks pete!
Just thinking about the case hardening with Kaseinit powder reminds me of watching the local blacksmith when I was a youngster. He would use pieces of horse hoof trimmings and small strips of leather placed in a tin with the steel pieces to be hardened. The tins were sealed up with clay and then placed into the forge until bright orange hot. The tins were opened and the orange hot steel parts quenched in brine or oil. The hoof trimmings were gathered and saved every time he shod a horse and trimmed the hooves.
That is great, never heard of that
I too had a neighbor that was a blacksmith but he would close up his shop when I would show up or shoo me away saying no children allowed that was in the 60's.
@@garthbutton699 my experiences of the smithy were also mid 1960s. I was fascinated by the processes and alchemy of fire and metal and how pieces of steel and wrought iron were transformed into tools and implements. The old boy was only too happy to explain the processes he was using to make a thing so long as I obeyed his rules to stay a safe distance from danger.
The coal merchants yard was right next door,so a constant supply of oven coke for the forge was never far away. It was the same blacksmith who would help us kids out when we were building modified pushbikes or soap box go-carts.
It was a very valuable early education in matters of engineering techniques and manufacturing methods. What does make me smile sometimes is when I hear a youngster fresh from university with a paper qualification being described as M.A. Master of Arts. By any real world definition the old blacksmith and his kind are truly deserving of the title claim of Master of the Arts.
Kasenit was taken off the market 3 or 4 years ago. There is a substitute “Cherry Red” or something like that. It is a different chemical but advertised to do the job. I have not tried it. There are also DIY combinations of powdered coal, charcoal, bone, leather and sugar that are used to add carbon to harden the surface. Probably better to start with a higher carbon steel that can be heated, quenched and drawn.
I have a feeling you waited until the head on your mill needed tramming anyways before you took this on. That is a nice project you have coming up.
The last time I did this was during my Student Teaching. A student was making a Meat tenderizing mallet, time sure does fly, LONG RETIRED!!!!!!!!
Hi Lyle, excellent demonstration, I was planning to do just this setup shortly on my next project which is a custom putter, although I will be using a rotary table instead of the swivel vice (only as I don't have one). Cheers, Jon
Great video Mr Pete. Would be interesting to see other ways to do this. As I do not have a shaper and my little milling machine does not have a tilting head. Guess I could set the part up at 45 degrees.
Hi Buddy. Nice to see you here.
Look up a 90 deg carbide mill drill. That should do it without having to tilt the head.
For a pointy pyramid:
Assuming the base of the cutter is perpendicular to it's axis and the axis is 45° to the work, then the slope of the pyramid forms the hypotanuse of a right isosceles triangle whose right angle is at the center of the base of the pyramid. The depth of cut should equal half the spacing between cuts.
Of course the ability to form a point depends on the accuracy of the cutter position and depth.
Awesome . Going to make me several sets ! Love it !
Thank you Mr Pete
The grooves are certainly straighter in the mill han the shaper provided.
Thanks for sharing!
Thanks for teaching us something new.
well done , thank you for making videos.
Nice. I'm looking forward to the pivot for the vice.
I see a Tramming the Bridgeport Mill video coming up!
Exactly, It will be a double header. For man's method and rich man's method
Nicely done!
Thanks.
I've always enjoy your videos, but what do you think of a ball bearing instead of a round pin? And using a ball end mill for the round pocket in both half's of the plates, there would also have to be angles on the long edges?, So Grateful for all the videos it's such a wealth knowledge that people for years to come can use and benefit from
Really enjoyed this and am looking forward to seeing you make those swivel vise jaws.
Hi Lyle,
The pattern looks good. Could you use a 90° end mill and leave the mill head vertical and achieve the same result, asks someone without a mill. You and the family stay safe.
The problem with a 90° is they don't have any cutting action in the center. Grind a small flat on the end and things get somewhat better. But you won't get a true V, I don't think that would matter for this use. I'm not a fan of having to re-tram the head either. Nice project though.
You could use a 90 degree head like this - ua-cam.com/video/VZHn36LcKmE/v-deo.html
Very good video !! Tilting the head grrrr lol great work
Wow just think of the different materials you could make vise jaws from Brass Copper Plastic
Well Done Lyle. Looks like another great project coming along about holding tapered workpieces. Might have to make one of those for myself.
Good morning Mr. Pete, Good instructional video. Glad to see you back in the shop after a field trip. Did you make the coffee?
Good Morning, Sir!
Hi mrpete great clip
Have you done any projects that required case hardening.? Would like to see that. We did it in school but forget most of the info.
Go to UA-cam channel Tom’s Techniques he has an example of how to do it there.
I would like to see Mr. Pete's take on it. But we have to wait for his fairweather foundry to open for the season.
Code 3 Response Videos thanks for the info I checked it out and a couple others thanks!
Very nice work!
Good video as always, darn didn't even finish my coffee. O well I guess I'll make some bacon and eggs to go with it. Good day Sir.
Nothing is tastier than a Bridgeport vid with Bacon!
I must be the only one who doesn't hate tramming the head. I actually enjoy the challenge.
You are 1 in a 1,000,000
@@mrpete222 maybe? Or I'm just crazy. But then aren't we all?
Hi Mr Pete I've been searching through your 5 year old or so videos for the Quill light you have on the Bridgeport can you tell me what video it was and brand of light . Thanks JM
Definitely a much faster attack of the work over the shaper.
Which is faster between the mill & shaper considering setup time and restoring the head to vertical?
More of a physics topic, but do serrations actually increase grip? I don't think they do unless you distort the surface of the work. It is a common misconception that surface area affects friction. This fact affects the design of your tool in that it would require hardening. Perhaps a toe on the end would work better to keep the tool or part from squirting out the side of the vise?
👍NICE work!
Thanks
Hi Mr. Pete! Have you ever done a video on Bridgeport head rebuild? H&W Machine Repair out of Ft. Wayne, Indiana has rebuild kits including belts, bearings, etc. No offense intended but your step pulley head Bridgeport is very, very loud. A step pulley head should be whisper quiet. Mark
Many times it is just the belt at fault.
JIM
Thanks for another way to skin the cat.
Could i use a 90 degree D-bit without tilting the head? ( My mini mill cannot tilt)
was that a screw-up at the begining but still looks great
You make a job that would seem a faff and time consuming, seem very strait forward and easy.
I can’t believe you tilted the head.
30 lashes And then salt water. There will be 1⁄4 coming Video Ion
straightening it back up
Nice!
I dread tilting the head on my mill. It’s a old Vilhelm Pendersen and it is a pain in the ass to get the head square with the table again. Good morning from snowy Ontario.
I was hoping to see this on a curved surface, like an extra deep knurl.
awesome
Thank you sir 🫡
Maybe it's my age, but I am seeing "optical illusions" at time 9:52; where it looks like the grooves are pyramids. Also at the time 5:17 you cut off a piece of the metal and you do it on the third groove, but then nowhere else on the other grooves. Why?
Lyle, please straighten up my old brain. Thanks kind Sir. And thanks for all you have done for us dear friend.
Looks like he made a simple mistake and did not feed out the saddle far enough before moving the table over.
what kind of cutter do use on worn out hardened vise jaws?
Carbide
You would need to use carbide to face off the old serrations first.
Grinding stone would be the best. Carbide or CBN might do the job, depending on the jaws.
Surface grinder on a mag table? About 5 minutes total setup and grinding time total. Easy, peasy.
@@stanervin6108 the jaws are not removable
is there any difference between a serration and a knurl? Stupid question I know
In my mind, A knurl is round
Morning sir
Would it make a smaller slot using a smaller end mill?
No. The depth controls the width.
@@RambozoClown thank you
I am going to take the beating. I am milling a finger press bar and multiple vee block. I will only have to tram it back after about twenty hours of milling so I can live with the pain.
Wow. You tilted the head! Thought you hated doing that?
“I would rather take a lashing than tilt the head”. Hmmm