8 Months, 20 videos and already 63k subscribers and mostly way above 75k views. You are the perfect example for how to grow a channel and making you a name, just with high quality content. No asking for likes and subscription every 5 seconds, paid promotions or the other annoying stuff. Just you, having fun, sharing your knowledge and even your failures. Awesome. Don't change a thing, I love your content and I always share it with all my friends since I found your channel.
@@InheritanceMachining I had a vocational training in mechatronics, including working with a lathe and mill and honestly, I learned more from your few videos as in the 8 weeks of machine training. Every small explanation is priceless if you want to understand the basics better. Keep it up, can't wait to see more. Greetings from Germany.
Can't agree more with the note about begging for engagement. If the content is good, people will follow. But if I have to see a popup telling me to "like, subscribe, turn on notifications" 8 times in one video (in addition to the creator constantly reminding me), I'll ignore that channel no matter how good it is.
*CORRECTION!! The main bodies are actually low carbon cold rolled steel, not 4140 as I mention in the video and some other comments. Got my McMaster order history mixed up! Also for those wondering raw material, hardware and tooling cost was around $350 USD plus $30 shipping. Not including the die that was ultimately not used. With a battalion of tool holders ready and waiting I think lathe heavy project is in order. Tune in Friday October 14th at 10am EST for the next build!
Yeah! Right on my birthday I really enjoyed your video, like all of them before! I also had this problem with a seriously wonky thread, after cutting it with a die, even though I precut the threads on a CNC lathe with a insert tool. I planned on finishing them with a die. Learned to not trust thread dies at all 😂
I think you have an incredible channel there’s a serenity to it, maybe it’s your voice. Happy birthday to Dodo Jesus rex🎉. Keep up the awesome work……….. Your shop is pretty neat( the bomb)
@@dodojesusrex5380 wow really? I had someone else suggest doing just that, but apparently may not be a good idea either. One other person recommended holding the die in the 3jaw and the shaft in the tailstock chuck. At least this way you could guarantee the die is straight. Happy Birthday!!! Hope it’s a good one!
@@InheritanceMachining Die in the chuck doesn't sound like a bad idea, tbh, never thought about that. And yeah, I gotta say it was only an M10 thread in some very gnarly tool steel over 12xD 😅 So I could've seen that coming tbh. At least i learned from it 😂
This has easily become my favorite TH-cam channel about machining. The presentation is perfect (excellent lighting, camera angles, graphics, humor, and just plain easy-going warmth); the projects are interesting, with just enough technical detail without being pedantic or too much of an info dump; plenty of practical lessons to take to home shops for hobbyist and pros alike; there's absolutely zero filler bullshit, obnoxious commentary, or clickbaity invented persona; and the video lengths are just right to cover the project without being too long to get tedious or too short to be unsatisfying. Hell, it's become one of my favorite TH-cam channels period, and I subscribe to literally several hundred, which are mostly makers/crafters/builders/fabricators/etc. Well done, and I eagerly look forward to the next video!
I can't tell you how much I appreciate this, Anthony. Literally every point you mention has been my hope from the start. Thank you for your kind words and support along the way!
As a 30 year professional woodworker , metal working has a huge place in my heart. I love this channel for smaller pieces and Kurtis at CCE Australia for big pieces. Keep up the great work
Best machinist content on youtube, not even close. The music, the voice, the camera work, explanations, everything is perfect. More side projects, please.
If you like the bare steel look, you might consider Boeshield T-9. It was developed by the Boeing Company for lubrication and corrosion prevention on aircraft. It sprays on and leaves a thin, clear, wax-like coating when dry. It's a little pricy, but I have had excellent results with it.
Oh thanks for the tip! I haven't heard of that one. I've been using another product called ACF 50. It's kind of like a penetrating oil and has worked great for my projects so far
Love your content man! Get excited every time you upload a new vid🙌🏼 don’t change a thing, from the narrating to the music, it all makes your channel very nostalgic and has great wholesome vibes.
I used to watch a ton of videos about woorworking and general crafting a few years ago but no more. This one here got me. I feel the excitement on every upload notification.
@@foulukun got me too! The day I stumbled across this channel, I binge watched every upload back to back to back until I watched all of them. Now I just wait for each new upload. Great story and an extremely talented man. 👍🏼👍🏼
"Without a single hiccup, I might add" As he said that, you could see how the tool holder got pulled up from the vice by the tap. If you go frame by frame at 12:34, you can see it lift by a few milli meters.
I have to say I’m super impressed with this channel! As a machinist from Germany, I really admire what you are doing. The camera work and the editing is just perfect. I wish you the best of luck for this channel ! Definitely already one of the best in my book . Greetings from the old world Silas
There is something quite special about your videos. Your skills in the shop are matched by your humour and the excellent production values you possess. An absolute delight. This Scottish pirate raises a dram in your direction 👍
I remember when i started my engineering business back in the mid 2000's making my own toolholders from scrap steel. I had dickson quick change on my lathe, iso 40's on my manual mills and qc'30s on my Bridgeport interact. Good times.
As a woodworker I love watching your channel to understand how to think about processes and tooling. It's fascinating to compare the challenges of machining wood with all of its variables to working with metal. There are surprising parallels. Your channel is great. Thanks
I made a batch of toolholders a while back. When it came to machining the dovetails I adopted the approach taught to me by an elder statesman of machine shop expert. His advice was to make the cut in one pass which meant running the tool well under any theoretical speed and makingthe pass very slowly. It was strongly advised to flood the job with coolant, not to cool the cut but more to wash away the swarf. The result was excellent.
Great channel, love your content. I wanted to share a great tip that a well experienced Mill Hand taught me one day: Spot, Drill and Tap all of your holes in the same location across all parts before moving over in the X-axis to the next hole. Then repeat. If you have to change speeds for tapping, then come back and do that after all are drilled. For the chamfer, you can just leave the vise slightly cracked and allow it to self center. His reasoning is that you can swap parts and tools much faster than you can move the axes and lock them down. So long as your tolerance is 0.005" total, you will be good.
First of all, your craftsmanship is fantastic! Me I'm a software-engineer turned toolmaker, though I still am a software guy and I use those skills to build automation into my machines, I can say that toolmaking is a concept closely related to meta-programming. But here is what I wanted to say. It is easy to get lost in it, lose track of ground reality (pun not intended but very fortunate). Essentially, it can become a never ending cycle of building tools to perfect tools, but perfection is an illusion, and its not worth chasing. I have learned it the hard way. 80/20 is the way to go.
Your Bolt Action Pen video popped in my Recommended list on Sunday. Today is Thursday, and I just finished binging every video you've posted. Amazing. Fantastic video quality, great editing, voiceover as the primary means of communication, time lapses on repeated/monotonous operations. Bravo. Just fantastic. Gives me the same warm & fuzzys as The Repair Shop - a British program where they restore old stuff. Was on Discovery+ for a while, and I think it's moved to Amazon Prime now. Calming, intricate, and really shows an attention to detail and a care for the work that is just unmatched in today's world. Keep it up. Lifetime subscriber. When's the next video?!
So nice to see the progression of adding tools. It's a captivating cascade of bootstrap operations that allow you to increase efficiency/repeatability and take on more complex projects. I am pregnant with anticipation of the next project. 🙂👌❤
This has become my absolute favorite channel on youtube. Without a doubt. Love the story, love the atmosphere, love the sheer quality of your parts and attention to detail! Not to mention I look up to you for your skill and engineering background. I'm just a humble welder who wants to become an engineer someday.
I’ve been binging restoration/machining/cleaning videos for some time since I struggle with sleep. What I discovered was that these kind of videos inspire my creativity and get me excited to explore new ways to create. I’m new on your channel, and as of now I just watched your re-creation of the bolt action pen, and I have loved every second. You are incredible. Keep doing what you’re doing. You’re inspiring all of us!
I'm finding myself re-watching your videos, two even 3 times over. I love watching makers enjoyinglearning, sharing and honing their craft - for me it can be fabrication, woodworking, blacksmithing etc. The quality of your content is phenomenal and I look forward to future content from you. Grats and look forward to your channel growth.
best part was 4:59, gonna take off this rotary table *(easily lifts it)* at 200lbs.... im like wha t. amazing video though, just watched all 21 in the last 12 hrs
I am not an engineer, or metalworker of any sort, but I remember from metal work at school, that when cutting a thread you should advance the cut by a 1/4 turn and retreat by 1/2 to clear the cutter, die or tap. Could this be why your die made such a bad job of the thread? Great channel, I love it.
@@InheritanceMachining yeah they had hinged bodies for the inserts so you would just put in your pitch and you could disengage the inserts and pull the stock out of the die. I went into CNC but I always remember running those old WW2 brown and Sharpe machines all cam timing stuff
I have finally put my thumb on what it is that felt "off" to me about this channel and it's that this channel is so good it inspires me to make my own channel but at the same time it's so good it inspires me to just not waste my time on my junk and just keep watching your quality and to focus on other things. Hope that doesn't come off badly, I promise it's a compliment.
No offense taken. Thank you. If I'm being honest these videos take as much time out of the shop as they do in. More actually. So there's a pretty big sacrifice in that regard.
I suspect that the increase in noise as you cut deeper with the dovetail cutter was not due to the difference in surface cutting speeds, but just that more and more of the cutting edges engaged with the work. Maybe you could have cut the dovetail with two depths of cut, overlapping, to use just half of the cutting edge at a time.
Great work. I think my main takeaway is that you can never be sure that any one setup hasn't moved during the last operation, no matter how dialed in it was to start. So measure early and measure often.
A few videos ago I said, I’m pretty sure Grandpa is smiling. I am now convinced he is heartily laughing and dancing a jig while watching your shop shenanigans. Wonderful shenanigans ! 👊😎
Another great video. I have a similar setup on my lathe, except it's the cheaper and incredibly reliable inverse version of the locking taper setup, the one where you use a hex key to lock them down. I'm actually half way through building them with the main blocks finished and ready for the set screw holes to be drilled. I recall, the project stalled abruptly due to COVID. I had a heated conversation about 2 days before our first lock-down with my mother explaining why she can't go to church for the foreseeable future. The whole time period was so stressful that I stopped building anything for about 6 months by which time I moved towards woodworking. After seeing this I think I'll make it a point to dig these out and finish the job!
This has rapidly become one of my favourite channels. Great production quality, good editing forces to get enough detail while avoiding it becoming repetitive.
I’m glad you have done this video as I am about to make my tool holders too! One excellent design feature of the genuine aloris holder is a groove milled vertically in the height adjuster thread. It accepts a internal tab washer to make sure there is no unwanted turning of the height adjuster when you nip up the lock nut. A nice touch
Ah! That's what that is for!! I haven't bene able to play with one in person to understand what was going on there. For your build I'll share a suggestion I got today and wish I had heard. A threaded locking collet (like the kind that is split and clamped by a tangential screw) would be more resistant to moving and also shifting as it is tightened. Also a ball knob on the top of the post for handling. Either way more tool holders will be invaluable regardless of the minutia. Thanks and good luck on the build!
Your videos are machinist meditation, Brandon. Your voice is so calming and lends well to the calming quality of your videos. You’ve also got just enough This Old Tony in you without going overboard. All in all, you’ve done incredible job of finding your own niche in the machinist TH-cam space and I really look forward to following along with you. I’m sure your grandfather is smiling down on you from machinist heaven!
Still popping through a couple a day here. I went and looked at your merch. I'd love a hoodie with the rotary chuck but without a front zip I'll never get out of it. Oh well. Keep it in mind when you think about new merch. I'll talk again in a couple of vids.
That was another well done video. Your laid back and pleasant voice is clear and your information is concise. The low key levity is enjoyable, too. Of course, having top shelf equipment is something of which to be somewhat envious. LOL
Recently found your channel, and came in for my nightly medical treatment. Not as a critical comment, but a thought to consider is to cold blue or similar treatment. My relocation to a northern area forced me to rethink long time storage. Here bare steel rusts almost overnight. To my anguish! Went from steel brush and oil and it helps, but the real deal is blueing. I used gun shop/box-store brand on numerous tools, and it really is worth the time spent doing.
for bottom hole tapping you should use twisted tap, on those you can additionally grind down the tip to get very close to the bottom and have chips come out the top
As always, I enjoyed the video. I was looking forward to seeing you do the dovetails in the surface grinder because I couldn't picture the setup. I gather you would have ground against the back side of a wheel with a chamfer cut to clear the bottom of the slot and the guard removed. For what little it's worth I would have used set screws for the height adjuster studs even if I had to use imperial threads.
Yup that's pretty much the setup. Dress the wheel front at 60 degrees and also dress away most of the back of the wheel so I'm just using the wheel near the edge. All setup with the sine plate. Funny you mention using imperial hardware. The thing I didn't mention about the set screws in the originals is that while they are metric, the hex drives were punched out to 1/4 (6mm wont fit like the new hardware). I somewhat regret not going imperial now 😂 Thanks!
This litteraly kept my 2y/o enthralled for 20 minutes.........I mean I'll have to go back and watch it again later but from what I saw, as always an awesome upload. Thanks man I really appreciate and look forward to your vids
To help clear swarf when tapping a blind hole, try pre-filling the hole with vaseline or similar. As the tap advances the vaso is extruded out the flutes taking swarf chips along the way.
I just finished the same project, I did it about the same with one big satisfaction difference, I was able to use my broaching tool I made a year ago (1st time) to cut a hex on adjustment stud. I agree, it’s a very satisfying project. Nice job guy! 👍🏻
Get yourself a nice piece of white oak and machine a series of dovetails like the one on the tool post that your holders fit on. Basically making a series of mock tool posts to keep your tools. Mount those on a shelf right over the lathe. With enough clearance that when you slide them on and off they don't smack into each other, and orient them so that the tool faces towards you. Now you have a nice tool holder holder that is in easy reach of you when you are working on the lathe, it won't damage the tool holders at all, and with white oak you are not going to get much debris. You could also use some red pattern board to make them out of. It is a nice machinable material that will with stand the wear of pulling them on and off.
Next time you’re tapping a blind hole, you should try to use some spiral flute taps. It will pull the chips out of the hole just like a drill would…. and especially if you’re power tapping, it makes it so you don’t break the taps off in the hole once it gets too clogged with chips and also, you won’t have to repeat the tapping process multiple times just so you can clear the chips from the bottom of the hole each time. It’s a time saver and the threads come out perfectly every time I’ve used them! Worth every penny. Plus sometimes when you tap the same hole multiple times you have to worry about cross/double threading the hole a.k.a. avoid starting the threads at different points each pass down to avoid the chance where sometimes the top few threads will get cut more than the deeper threads since the tap went past those threads more often and the tap might have been at slightly different angles each time you tapped the hole leaving the threads much more loose on top of the hole rather than the bottom of it. Just figured I’d share that with you in case you’ve never used them before! Loving the content dude! Fantastic new machining videos added to TH-cam :) yay! ❤🎉
Thanks for the tip man! That all makes perfect sense. Next time I have to buy a specialty tap I'll most likely go that route. Also thanks for the support!
I know this is an older video but this is still a great tip for die cutting longer threads in the lathe! #1 Chuck the DIE in the headstock and indicate the face of the die dead nuts! #2 Chuck The stock you wish to thread in the tail stock drill chuck, turn down a section to fit the tailstock holding method? #3 Oil up the bed and set the clamp for the tailstock to a nice slide and go for it! #4 A nice chamfer on the stock helps a lot!!!! #5 IF you see the stock running out when you start, STOP and restart!!!! A turned down to the die minor diameter section at the start REALY helps if possible? With this method you are only restricted to the length of your lathe or headstock bore for non super precision threads.....
Nice Work! Regarding cutting threads with a die on the lathe: just hold the threading die in the 3 jaw chuck and the stock in the drill chuck. Now you can cut long threads under power. I've actually done meter long threads that way, works a treat.
@@InheritanceMachining never used split dies with that method. Might be a good idea to turn a stepped ring and put some set screws in the circumference to hold the die firmly without distorting it.
Check the bottom of your vise. It might have some features that would allow you to make little blocks you attach to it so it registers in the T slot. That way you don't have to tram it in each time. Another tip, if your part is bigger than the envelope of your vise, there's no reason why your parallels have to be the ones you usually use. Yiu could use 123 blocks on either side of the vise, which would also support the long ends of the work piece.
You're right it does. The swivel base as well which did have the blocks. I played around a bit to move them onto the vise itself but the geometry was a little different so it didn't work out. I'll probably make a pair
@@InheritanceMachining For your own sanity you will check the tram regardless of the blocks so you may as well just tram it.Practice makes it quick enough to do and then you are sure.
@@InheritanceMachining I have been down that path of register blocks but as machinists we like to verify before cutting.Especially the basis of all future ops ,the vice tram. It is a good warm up exercise to tram or at least verify the tram before machining parts.
I’m attending a machining course at mountain land technical college, we have 2 types of lathes, both are engine but I always prefer the slightly smaller one, simply because I see my life flash before my eyes every-time I need to change out the massive 3 jaw chuck. I have no doubt it is well over 120 pounds
Another awesome video. Definitely time for a custom rack to mount all these beautiful tool holders. I have an AXA sized quick change tool holder on my trusty 9" South Bend. Had a spare way clamp left over so it's mounted to the far right rear corner with a vertical post and an angled aluminum plate. It holds 8 tool holders, Allen wrenches, both the 3 jaw and 4 jaw chucks, and the tailstock accessories like the Jacobs chucks and live centers.
Thank, as always Keith! That's a really clever ideal. I was thinking something on the backsplash or the wall behind it, but I think I recall seeing an extra way clamp around as well.
Nice work! Making the threaded adjustment stuffs is a step further than I would have gone. I think I would have just bought set screws. One tip on checking the tram off your mill - Use the longest indicator holder you can and sweep the whole table. The longer distance amplifies the error and allows you to get it that much more square.
Oh I tried to find 60mm set screws. It's like they don't exist! At least where I normally look. Good point on tramming. I've done this at times before as well. Maybe a little lazy here 😉 Thanks!
Not having a grinder, made my journey through this venture decidedly different from yours. Fortunately the results were just as successful as yours! As a home hobbyist, I'm always watching my You Tube Professors for tips & tricks! Thanks for all the sharing you do!!!!!!!!!
If I'm being honest, about 50% of the grinding I do is "just because I can" 😂 I'd say the same for this project. Especially after forgoing the dovetail grinding. I appreciate the support. It's been my pleasure to share my journey!
Oh man! This episode was great. From the “dramatic re-enactment” 😂 to the final product. I’ll admit I was expecting something to go horribly wrong from the moment you said that not drawing your plans might backfire, you tricked us lol but I guess you are getting better at machining things since you started hehe. Thanks for the video Brandon!
I like to change from metric to standard threads if I copy something for the shop. Makes it easier to get bolts and nuts for replacement. I also like an extra set screw on each end of a tool holder. But you did great making these interchangeable with your existing ones.
You can save yourself a lot of tool changes by doing all similar operations before switching tools. For example, drill all four holes for the set screws, then chamfer all four, then tap all four. You have a DRO so it’s not an issue finding each hole. This takes your tool changes down from 12 to 3 for each part.
@@InheritanceMachining I was just about to comment that exact thing haha. Another excellent video!! Keep up the AMAZING content. From a fellow toolmaker I love what you do and the soothing style of your videos!
@@InheritanceMachining I mean, it’s not, but you know, do you boo, do you. Still love the channel, even if you’re wrong… hahaha *patiently waits to be attacked by rabid fans who don’t get sarcasm*
Very nice job. Hopefully you get great use out of them for many years to come my friend. Keep up the great craftsmanship and hard work my friend. Fab On. Mill On. Turn On. Keep Making. Keep milling. God bless.
Nicely done! The deflection in the material is likely due to residual stress attributed to the rolling process, and ignore the previous comment about leaving the rotary table on the mill. Cheers!
Chamfering is what separates us from the animals - quinn I always enjoy watching and listening to the voice-over comments. Thanks for another excellent video. Everything is perfect, not just from an aesthetic standpoint, but also from an instructive angle. Best wishes, as always.
Just came across your videos and I’m hooked! So interesting! I just recently became a machine repair apprentice at a Chrysler (Stellantis) transmission plant and my first rotation happens to be in the tool room doing just the things you have been making videos about! Awesome work!
My grandfather was a tool and die maker at General Motors for 30+ years and I also inherited his tools and shop, no mill or lathe but a plethora of tools and wood working equipment. It’s awesome that you’re keeping yours alive he would be proud
I made some of these on a hf mini mill abd it turned out pretty nice. Id love to have the machinery you have. Someday i will. I love your channel. It inspired me to find the time to get back out to the shop
If you go back and recheck your dovetail you'll find it's moved because of the giant slot milled in the opposite side. It's always a good idea to do all the major roughing ops before starting finish work.
When you said you were going to grind the dovetails, I was thinking “That’s going to be incredibly tricky and interesting to see how he handles that challenge”. But, I do agree that milling was the right decision, it’s already so accurate and sooo much easier. It’s very cheap to do hobby shop “black oxide” on steel parts to keep rust at bay. All you need is the chemicals, and you literally dip and let dry. I think these would look very good black if you wanted to go that route.
If I'm being honest my want to grind the dovetails was mostly as an exercise to try something new. But maybe another project 😁 I actually use a black oxide kit from Caswell Plating pretty often. Comes with a sealer that dries to the touch that I highly recommend
To get a more consistent knurling I run the feed at the half the pitch on the knurling wheels. Also angle the tool a few degrees with the lowest point towards the tailstock.
This is my new favorite youtube channel. I immediately subbed after the first video. As a machinist And perfectionist I like to keep things as tight tolerance as possible. Your videos are so incredibly easy to watch and the fact you go way above and beyond to make things incredibly accurate is my favorite part. Keep up the good work absolutely love your channel!
I have binged every video since discovering your channel last week. I am consistently impressed with your skills, precision, and persistence. You do an amazing and entertaining job detailing your process and thoughts around each project. I look forward to the next video and the small serotonin hit that the notification will deliver.
Oooh! That die-cut thread is so bad it looks like.... I did it.... on a really good day! ;) WOW! Having a very small machine... and budget, I just look upon that steel bar with awe! That's nice!
I truly enjoy your videos and am so happy I found your channel. My brother and I recently inherited our father's machine shop and the business that came with it. Unfortunately we have not done much machining since high school so things have been challenging to say the least. But your videos are giving me great confidence!!!
Thanks Bryan! Talk about pressure to get it going... though if you're like me, you've probably found it's a little easier picking it up the second time around. Best of luck to you guys!
@@InheritanceMachining It's just so tough because everywhere you look there is something he made and then when you are looking for one particular tool he made you can't find it.
@@InheritanceMachining I don’t have the time or energy at this phase in my life to spend in my shop. It’s on the back burner for now. But eventually I’ll get around to doing something again.
You know, you are having way too much fun doing this! Is there anything about machining that isn’t fun? Since I started teaching myself machining 20 years ago, the joy never ends.
![ลองสุ่มไอโฟน 990 โกงมั้ย? [ โกงมั้ยครับ ep.101 ] | DOM](http://i.ytimg.com/vi/bfsWe0j492k/mqdefault.jpg)
These videos could be 2 hours long and I would still watch them.
Indeed, but then Brandon would be spending a lot of time on editing.
Likewise!
I third; Its official. We are getting 2hr videos now!
Actually i would take my evening with a giant bucket of popcorn
Agreed 👍
8 Months, 20 videos and already 63k subscribers and mostly way above 75k views. You are the perfect example for how to grow a channel and making you a name, just with high quality content. No asking for likes and subscription every 5 seconds, paid promotions or the other annoying stuff. Just you, having fun, sharing your knowledge and even your failures. Awesome. Don't change a thing, I love your content and I always share it with all my friends since I found your channel.
That really means a lot. It's one of our biggest goals with the channel. Thanks for the support and spreading the word!
@@InheritanceMachining I had a vocational training in mechatronics, including working with a lathe and mill and honestly, I learned more from your few videos as in the 8 weeks of machine training. Every small explanation is priceless if you want to understand the basics better. Keep it up, can't wait to see more. Greetings from Germany.
And these numbers doubled in a month.
Can't agree more with the note about begging for engagement. If the content is good, people will follow. But if I have to see a popup telling me to "like, subscribe, turn on notifications" 8 times in one video (in addition to the creator constantly reminding me), I'll ignore that channel no matter how good it is.
One month later, 123k subs.
Cool project, very well executed and filmed.
Little tip at 16:40: you can clamp these well and secured without damaging the thread in the collet.
My mechanics and inheritance machining collab vid? 🤔
Much appreciated, and good tip! Been enjoying your content for years
two of my favourite channels interacting!
Same, love the community!
*CORRECTION!! The main bodies are actually low carbon cold rolled steel, not 4140 as I mention in the video and some other comments. Got my McMaster order history mixed up!
Also for those wondering raw material, hardware and tooling cost was around $350 USD plus $30 shipping. Not including the die that was ultimately not used.
With a battalion of tool holders ready and waiting I think lathe heavy project is in order. Tune in Friday October 14th at 10am EST for the next build!
Yeah! Right on my birthday
I really enjoyed your video, like all of them before! I also had this problem with a seriously wonky thread, after cutting it with a die, even though I precut the threads on a CNC lathe with a insert tool. I planned on finishing them with a die. Learned to not trust thread dies at all 😂
I think you have an incredible channel there’s a serenity to it, maybe it’s your voice. Happy birthday to Dodo Jesus rex🎉. Keep up the awesome work……….. Your shop is pretty neat( the bomb)
@@dodojesusrex5380 wow really? I had someone else suggest doing just that, but apparently may not be a good idea either. One other person recommended holding the die in the 3jaw and the shaft in the tailstock chuck. At least this way you could guarantee the die is straight.
Happy Birthday!!! Hope it’s a good one!
@@anthonyrivers8395 Thank you, sir!
@@InheritanceMachining Die in the chuck doesn't sound like a bad idea, tbh, never thought about that.
And yeah, I gotta say it was only an M10 thread in some very gnarly tool steel over 12xD 😅 So I could've seen that coming tbh.
At least i learned from it 😂
This has easily become my favorite TH-cam channel about machining. The presentation is perfect (excellent lighting, camera angles, graphics, humor, and just plain easy-going warmth); the projects are interesting, with just enough technical detail without being pedantic or too much of an info dump; plenty of practical lessons to take to home shops for hobbyist and pros alike; there's absolutely zero filler bullshit, obnoxious commentary, or clickbaity invented persona; and the video lengths are just right to cover the project without being too long to get tedious or too short to be unsatisfying.
Hell, it's become one of my favorite TH-cam channels period, and I subscribe to literally several hundred, which are mostly makers/crafters/builders/fabricators/etc. Well done, and I eagerly look forward to the next video!
I can't tell you how much I appreciate this, Anthony. Literally every point you mention has been my hope from the start. Thank you for your kind words and support along the way!
@@InheritanceMachining You’re very welcome! You’ve done such a great job, and I have no doubt you’ll keep it up!
I couldn't agree more, impeccable work ethic
As a 30 year professional woodworker , metal working has a huge place in my heart. I love this channel for smaller pieces and Kurtis at CCE Australia for big pieces. Keep up the great work
Best machinist content on youtube, not even close. The music, the voice, the camera work, explanations, everything is perfect.
More side projects, please.
Wow! Thank you so much!
i totally love the guy & the content... but you should also check "clickspring" (diff style but amazing!)
I legitimately can't wait for each new video man this is good stuff 👏👏
😁 Thank you! Glad your here!
If you like the bare steel look, you might consider Boeshield T-9. It was developed by the Boeing Company for lubrication and corrosion prevention on aircraft. It sprays on and leaves a thin, clear, wax-like coating when dry. It's a little pricy, but I have had excellent results with it.
Oh thanks for the tip! I haven't heard of that one. I've been using another product called ACF 50. It's kind of like a penetrating oil and has worked great for my projects so far
Love your content man! Get excited every time you upload a new vid🙌🏼 don’t change a thing, from the narrating to the music, it all makes your channel very nostalgic and has great wholesome vibes.
Thanks man! Glad your here and happy to share!
I used to watch a ton of videos about woorworking and general crafting a few years ago but no more. This one here got me. I feel the excitement on every upload notification.
@@foulukun got me too! The day I stumbled across this channel, I binge watched every upload back to back to back until I watched all of them. Now I just wait for each new upload. Great story and an extremely talented man. 👍🏼👍🏼
@@foulukun thank you so much 🙏 I hope it inspires you to do some making yourself!
"Without a single hiccup, I might add"
As he said that, you could see how the tool holder got pulled up from the vice by the tap. If you go frame by frame at 12:34, you can see it lift by a few milli meters.
I didn't even catch that 😂 I guess I'll have to start over
@@InheritanceMachining I assumed that the without a hiccup was in there as a joke... The timing for it was absolutely perfect.
I KNEW I wasn't just seeing things, the movement caught my eye and I watched at 0.25x speed just to make sure I was seeing it right
I saw the exact same thing and laughed when i went back to double check. was perfectly timed with the comment he made
Who knew that 'Army' was the collective noun for multiple toolholders? You learn something new every day!!! 🙂
Thank you so much!
I learnt something new..Thanks!
I have to say I’m super impressed with this channel! As a machinist from Germany, I really admire what you are doing. The camera work and the editing is just perfect. I wish you the best of luck for this channel ! Definitely already one of the best in my book .
Greetings from the old world
Silas
Thank you so much, Silas!
There is something quite special about your videos. Your skills in the shop are matched by your humour and the excellent production values you possess. An absolute delight. This Scottish pirate raises a dram in your direction 👍
thank you so much!
You sure picked that 200 pound rotary table up like it weighed nothing... Or at least less.😂
I remember when i started my engineering business back in the mid 2000's making my own toolholders from scrap steel. I had dickson quick change on my lathe, iso 40's on my manual mills and qc'30s on my Bridgeport interact. Good times.
As a woodworker I love watching your channel to understand how to think about processes and tooling. It's fascinating to compare the challenges of machining wood with all of its variables to working with metal. There are surprising parallels. Your channel is great. Thanks
I made a batch of toolholders a while back. When it came to machining the dovetails I adopted the approach taught to me by an elder statesman of machine shop expert. His advice was to make the cut in one pass which meant running the tool well under any theoretical speed and makingthe pass very slowly. It was strongly advised to flood the job with coolant, not to cool the cut but more to wash away the swarf. The result was excellent.
Love the channel. Not preachy, fun to watch, and real. Especially like you keeping those machines busy making things.
I really appreciate that. Thank you
Great channel, love your content.
I wanted to share a great tip that a well experienced Mill Hand taught me one day: Spot, Drill and Tap all of your holes in the same location across all parts before moving over in the X-axis to the next hole. Then repeat. If you have to change speeds for tapping, then come back and do that after all are drilled. For the chamfer, you can just leave the vise slightly cracked and allow it to self center. His reasoning is that you can swap parts and tools much faster than you can move the axes and lock them down. So long as your tolerance is 0.005" total, you will be good.
First of all, your craftsmanship is fantastic!
Me I'm a software-engineer turned toolmaker, though I still am a software guy and I use those skills to build automation into my machines, I can say that toolmaking is a concept closely related to meta-programming.
But here is what I wanted to say. It is easy to get lost in it, lose track of ground reality (pun not intended but very fortunate).
Essentially, it can become a never ending cycle of building tools to perfect tools, but perfection is an illusion, and its not worth chasing.
I have learned it the hard way.
80/20 is the way to go.
Your Bolt Action Pen video popped in my Recommended list on Sunday. Today is Thursday, and I just finished binging every video you've posted. Amazing. Fantastic video quality, great editing, voiceover as the primary means of communication, time lapses on repeated/monotonous operations. Bravo. Just fantastic. Gives me the same warm & fuzzys as The Repair Shop - a British program where they restore old stuff. Was on Discovery+ for a while, and I think it's moved to Amazon Prime now. Calming, intricate, and really shows an attention to detail and a care for the work that is just unmatched in today's world. Keep it up. Lifetime subscriber. When's the next video?!
Thank you so much and welcome aboard! I post every 2 weeks and the next video is Friday 10/28
So nice to see the progression of adding tools. It's a captivating cascade of bootstrap operations that allow you to increase efficiency/repeatability and take on more complex projects.
I am pregnant with anticipation of the next project. 🙂👌❤
And broadening my skillset in preparation for "real" projects doesn't hurt! So glad you've been following along
This has become my absolute favorite channel on youtube. Without a doubt. Love the story, love the atmosphere, love the sheer quality of your parts and attention to detail! Not to mention I look up to you for your skill and engineering background. I'm just a humble welder who wants to become an engineer someday.
Thank you so much. That really means a lot. I hope you get there, man!
I’ve been binging restoration/machining/cleaning videos for some time since I struggle with sleep. What I discovered was that these kind of videos inspire my creativity and get me excited to explore new ways to create. I’m new on your channel, and as of now I just watched your re-creation of the bolt action pen, and I have loved every second. You are incredible. Keep doing what you’re doing. You’re inspiring all of us!
I really appreciate that. Thank you so much!
I'm finding myself re-watching your videos, two even 3 times over. I love watching makers enjoyinglearning, sharing and honing their craft - for me it can be fabrication, woodworking, blacksmithing etc. The quality of your content is phenomenal and I look forward to future content from you. Grats and look forward to your channel growth.
best part was 4:59, gonna take off this rotary table *(easily lifts it)* at 200lbs.... im like wha t. amazing video though, just watched all 21 in the last 12 hrs
There is just something so satisfying about watching a chunk of metal speedily turn into something
I am not an engineer, or metalworker of any sort, but I remember from metal work at school, that when cutting a thread you should advance the cut by a 1/4 turn and retreat by 1/2 to clear the cutter, die or tap. Could this be why your die made such a bad job of the thread?
Great channel, I love it.
I used to work in a screw shop they had nice die holders for the tailstock with removable inserts :)
I was thinking something along those lines to I'm not limited to 1 size
@@InheritanceMachining yeah they had hinged bodies for the inserts so you would just put in your pitch and you could disengage the inserts and pull the stock out of the die. I went into CNC but I always remember running those old WW2 brown and Sharpe machines all cam timing stuff
I have finally put my thumb on what it is that felt "off" to me about this channel and it's that this channel is so good it inspires me to make my own channel but at the same time it's so good it inspires me to just not waste my time on my junk and just keep watching your quality and to focus on other things. Hope that doesn't come off badly, I promise it's a compliment.
No offense taken. Thank you. If I'm being honest these videos take as much time out of the shop as they do in. More actually. So there's a pretty big sacrifice in that regard.
I suspect that the increase in noise as you cut deeper with the dovetail cutter was not due to the difference in surface cutting speeds, but just that more and more of the cutting edges engaged with the work. Maybe you could have cut the dovetail with two depths of cut, overlapping, to use just half of the cutting edge at a time.
Why you gotta go tugging on my heart strings man....
I love the mix of laughing my ass off at you shaving, and the love of your grandfather
It is always very satisfying doing these little projects.
Great work. I think my main takeaway is that you can never be sure that any one setup hasn't moved during the last operation, no matter how dialed in it was to start. So measure early and measure often.
That's been a big takeaway for me as well. Especially where precision matters. Thanks!
A few videos ago I said, I’m pretty sure Grandpa is smiling.
I am now convinced he is heartily laughing and dancing a jig while watching your shop shenanigans.
Wonderful shenanigans ! 👊😎
Knowing him he'd probably have a few names for me too 😂 Thanks!
Power tapping A2 is a bold move Cotton. Bold bold move
Another great video. I have a similar setup on my lathe, except it's the cheaper and incredibly reliable inverse version of the locking taper setup, the one where you use a hex key to lock them down.
I'm actually half way through building them with the main blocks finished and ready for the set screw holes to be drilled. I recall, the project stalled abruptly due to COVID. I had a heated conversation about 2 days before our first lock-down with my mother explaining why she can't go to church for the foreseeable future. The whole time period was so stressful that I stopped building anything for about 6 months by which time I moved towards woodworking. After seeing this I think I'll make it a point to dig these out and finish the job!
Thanks! Get back at it man! You know metal is better than wood 😉
Nice work! I agree, very successful and even more useful!
Exactly! Thanks
This has rapidly become one of my favourite channels. Great production quality, good editing forces to get enough detail while avoiding it becoming repetitive.
Thank you! I appreciate the feedback
I am ready for my fortnightly fix of Inheritance Machining. I think it's almost time to sit down and binge them all from the start again 😁
😂 No no! We need more of your videos!
@@InheritanceMachining Thanks Brandon 👍 Good to hear you want more 😂
I’m glad you have done this video as I am about to make my tool holders too!
One excellent design feature of the genuine aloris holder is a groove milled vertically in the height adjuster thread. It accepts a internal tab washer to make sure there is no unwanted turning of the height adjuster when you nip up the lock nut. A nice touch
Ah! That's what that is for!! I haven't bene able to play with one in person to understand what was going on there. For your build I'll share a suggestion I got today and wish I had heard. A threaded locking collet (like the kind that is split and clamped by a tangential screw) would be more resistant to moving and also shifting as it is tightened. Also a ball knob on the top of the post for handling. Either way more tool holders will be invaluable regardless of the minutia. Thanks and good luck on the build!
Your videos are machinist meditation, Brandon. Your voice is so calming and lends well to the calming quality of your videos. You’ve also got just enough This Old Tony in you without going overboard. All in all, you’ve done incredible job of finding your own niche in the machinist TH-cam space and I really look forward to following along with you. I’m sure your grandfather is smiling down on you from machinist heaven!
Thank you so much, John!
Still popping through a couple a day here.
I went and looked at your merch.
I'd love a hoodie with the rotary chuck but without a front zip I'll never get out of it.
Oh well. Keep it in mind when you think about new merch.
I'll talk again in a couple of vids.
I love what you do honoring the legacy laid before you
Thank you!
That was another well done video. Your laid back and pleasant voice is clear and your information is concise. The low key levity is enjoyable, too. Of course, having top shelf equipment is something of which to be somewhat envious. LOL
You can never have to many tool holders. Excellent work
thanks! someone else said 20 is the bare minimum. We'll see how long it is before I make some more.
Perfection 👌 Five quality tool holders, perfectly produced. Thank you for sharing. 👏👏👍😀
holders for the tail stock to hold cutting tools for outside threds are a very nice to have tool
Recently found your channel, and came in for my nightly medical treatment.
Not as a critical comment, but a thought to consider is to cold blue or similar treatment. My relocation to a northern area forced me to rethink long time storage. Here bare steel rusts almost overnight. To my anguish! Went from steel brush and oil and it helps, but the real deal is blueing. I used gun shop/box-store brand on numerous tools, and it really is worth the time spent doing.
Thanks! I sometimes blue my parts but I honestly have no rust issues in my shop whatsoever. I have a dehumidifier running non-stop
for bottom hole tapping you should use twisted tap, on those you can additionally grind down the tip to get very close to the bottom and have chips come out the top
This holds me over between ToT and Ave content, I love it
I could never do any of this stuff but yet I’ve binged your entire channel in a week.
Impressed about the accuracy you get with your grinder...
As always, I enjoyed the video.
I was looking forward to seeing you do the dovetails in the surface grinder because I couldn't picture the setup. I gather you would have ground against the back side of a wheel with a chamfer cut to clear the bottom of the slot and the guard removed.
For what little it's worth I would have used set screws for the height adjuster studs even if I had to use imperial threads.
Yup that's pretty much the setup. Dress the wheel front at 60 degrees and also dress away most of the back of the wheel so I'm just using the wheel near the edge. All setup with the sine plate.
Funny you mention using imperial hardware. The thing I didn't mention about the set screws in the originals is that while they are metric, the hex drives were punched out to 1/4 (6mm wont fit like the new hardware). I somewhat regret not going imperial now 😂
Thanks!
This litteraly kept my 2y/o enthralled for 20 minutes.........I mean I'll have to go back and watch it again later but from what I saw, as always an awesome upload. Thanks man I really appreciate and look forward to your vids
😂 Start them young! Thanks
To help clear swarf when tapping a blind hole, try pre-filling the hole with vaseline or similar. As the tap advances the vaso is extruded out the flutes taking swarf chips along the way.
I just finished the same project, I did it about the same with one big satisfaction difference, I was able to use my broaching tool I made a year ago (1st time) to cut a hex on adjustment stud. I agree, it’s a very satisfying project. Nice job guy! 👍🏻
Very nice! I honestly considered doing the same, but my last broaching attempt soured me a little 😉 Thanks for the support!
Great project. I especially liked how you have detailed explanations of all your work holding and fixturing.
Thanks. I appreciate the feedback!
English 1b is a great class - interpreting the writers' story telling - brought to youtube...... thanks
Great job ! I like were your heads going.
How your approach is to each task deserves high praise !
Thank you very much!
Great explanation as to why and how you complete each step. I reckon I’m not alone in wishing I could of met your Grandad, thank you !
Thank you as always, Norm!
Get yourself a nice piece of white oak and machine a series of dovetails like the one on the tool post that your holders fit on. Basically making a series of mock tool posts to keep your tools. Mount those on a shelf right over the lathe. With enough clearance that when you slide them on and off they don't smack into each other, and orient them so that the tool faces towards you. Now you have a nice tool holder holder that is in easy reach of you when you are working on the lathe, it won't damage the tool holders at all, and with white oak you are not going to get much debris. You could also use some red pattern board to make them out of. It is a nice machinable material that will with stand the wear of pulling them on and off.
Great idea! Thanks for the tip
Next time you’re tapping a blind hole, you should try to use some spiral flute taps. It will pull the chips out of the hole just like a drill would…. and especially if you’re power tapping, it makes it so you don’t break the taps off in the hole once it gets too clogged with chips and also, you won’t have to repeat the tapping process multiple times just so you can clear the chips from the bottom of the hole each time. It’s a time saver and the threads come out perfectly every time I’ve used them! Worth every penny. Plus sometimes when you tap the same hole multiple times you have to worry about cross/double threading the hole a.k.a. avoid starting the threads at different points each pass down to avoid the chance where sometimes the top few threads will get cut more than the deeper threads since the tap went past those threads more often and the tap might have been at slightly different angles each time you tapped the hole leaving the threads much more loose on top of the hole rather than the bottom of it. Just figured I’d share that with you in case you’ve never used them before! Loving the content dude! Fantastic new machining videos added to TH-cam :) yay! ❤🎉
Thanks for the tip man! That all makes perfect sense. Next time I have to buy a specialty tap I'll most likely go that route. Also thanks for the support!
Your into montages are so satisfying. Thanks for putting so much into these videos.
I appreciate that! Thank you
I know this is an older video but this is still a great tip for die cutting longer threads in the lathe!
#1 Chuck the DIE in the headstock and indicate the face of the die dead nuts!
#2 Chuck The stock you wish to thread in the tail stock drill chuck, turn down a section to fit the
tailstock holding method?
#3 Oil up the bed and set the clamp for the tailstock to a nice slide and go for it!
#4 A nice chamfer on the stock helps a lot!!!!
#5 IF you see the stock running out when you start, STOP and restart!!!!
A turned down to the die minor diameter section at the start REALY helps if possible?
With this method you are only restricted to the length of your lathe or headstock bore for non
super precision threads.....
Nice Work! Regarding cutting threads with a die on the lathe: just hold the threading die in the 3 jaw chuck and the stock in the drill chuck. Now you can cut long threads under power. I've actually done meter long threads that way, works a treat.
That is genius! Do you have any issues with the die collapsing if it's adjustable?
@@InheritanceMachining never used split dies with that method. Might be a good idea to turn a stepped ring and put some set screws in the circumference to hold the die firmly without distorting it.
@@93holzkopf1412 that’s exactly what I was thinking after I sent that. Great idea!
Check the bottom of your vise. It might have some features that would allow you to make little blocks you attach to it so it registers in the T slot. That way you don't have to tram it in each time.
Another tip, if your part is bigger than the envelope of your vise, there's no reason why your parallels have to be the ones you usually use. Yiu could use 123 blocks on either side of the vise, which would also support the long ends of the work piece.
You're right it does. The swivel base as well which did have the blocks. I played around a bit to move them onto the vise itself but the geometry was a little different so it didn't work out. I'll probably make a pair
@@InheritanceMachining For your own sanity you will check the tram regardless of the blocks so you may as well just tram it.Practice makes it quick enough to do and then you are sure.
@@localele1 If I'm being honest I would check it anyway as well.
@@InheritanceMachining I have been down that path of register blocks but as machinists we like to verify before cutting.Especially the basis of all future ops ,the vice tram.
It is a good warm up exercise to tram or at least verify the tram before machining parts.
I’m attending a machining course at mountain land technical college, we have 2 types of lathes, both are engine but I always prefer the slightly smaller one, simply because I see my life flash before my eyes every-time I need to change out the massive 3 jaw chuck. I have no doubt it is well over 120 pounds
I have so much inspiration for when I finally obtain my own machines thanks to these videos.
I'm glad! Hope you can get a shop together soon! Thanks
Another awesome video.
Definitely time for a custom rack to mount all these beautiful tool holders. I have an AXA sized quick change tool holder on my trusty 9" South Bend. Had a spare way clamp left over so it's mounted to the far right rear corner with a vertical post and an angled aluminum plate. It holds 8 tool holders, Allen wrenches, both the 3 jaw and 4 jaw chucks, and the tailstock accessories like the Jacobs chucks and live centers.
Thank, as always Keith! That's a really clever ideal. I was thinking something on the backsplash or the wall behind it, but I think I recall seeing an extra way clamp around as well.
Like many said, this channel is one of my favorites!
And I know it may be surprising, but I liked the video uniquely because you did not ask for it.
Nice work! Making the threaded adjustment stuffs is a step further than I would have gone. I think I would have just bought set screws.
One tip on checking the tram off your mill - Use the longest indicator holder you can and sweep the whole table. The longer distance amplifies the error and allows you to get it that much more square.
Oh I tried to find 60mm set screws. It's like they don't exist! At least where I normally look.
Good point on tramming. I've done this at times before as well. Maybe a little lazy here 😉
Thanks!
Not having a grinder, made my journey through this venture decidedly different from yours. Fortunately the results were just as successful as yours! As a home hobbyist, I'm always watching my You Tube Professors for tips & tricks! Thanks for all the sharing you do!!!!!!!!!
If I'm being honest, about 50% of the grinding I do is "just because I can" 😂 I'd say the same for this project. Especially after forgoing the dovetail grinding. I appreciate the support. It's been my pleasure to share my journey!
Oh man! This episode was great. From the “dramatic re-enactment” 😂 to the final product. I’ll admit I was expecting something to go horribly wrong from the moment you said that not drawing your plans might backfire, you tricked us lol but I guess you are getting better at machining things since you started hehe. Thanks for the video Brandon!
I was honestly surprised how smoothly it went 😂 Thanks!
I'm a grizzled and cynical 39 year old man and every single one of your videos makes me smile.
I really appreciate this, man. Thank you
I like to change from metric to standard threads if I copy something for the shop. Makes it easier to get bolts and nuts for replacement. I also like an extra set screw on each end of a tool holder. But you did great making these interchangeable with your existing ones.
I'd probably do the same if it weren't for that. As much as the international commenters would hate it 😂 Good idea with extra set screws.
You can save yourself a lot of tool changes by doing all similar operations before switching tools. For example, drill all four holes for the set screws, then chamfer all four, then tap all four. You have a DRO so it’s not an issue finding each hole. This takes your tool changes down from 12 to 3 for each part.
True, but changing tools in 5 seconds seems a bit faster to me than repositioning the table to a thousandth
@@InheritanceMachining I was just about to comment that exact thing haha. Another excellent video!! Keep up the AMAZING content. From a fellow toolmaker I love what you do and the soothing style of your videos!
@@InheritanceMachining I mean, it’s not, but you know, do you boo, do you. Still love the channel, even if you’re wrong… hahaha *patiently waits to be attacked by rabid fans who don’t get sarcasm*
@@DavidHerscher 😆My shop my rules! thanks man!
@@BedroomMachinist Thank you sir!
first time my internal perfectionist feels so good! Thx!
Very nice job. Hopefully you get great use out of them for many years to come my friend. Keep up the great craftsmanship and hard work my friend. Fab On. Mill On. Turn On. Keep Making. Keep milling. God bless.
Nicely done! The deflection in the material is likely due to residual stress attributed to the rolling process, and ignore the previous comment about leaving the rotary table on the mill. Cheers!
Thanks! Yeah I got mixed up thinking I bought annealed 4140. It was just cold rolled low carbon. It's a wonder it didnt bow more!
My favorite youtuber right now. Phenomenal quality, amazing content.
Thank you so much!
Very nice work.
The step by step content is very useful.
Thanks for sharing.
Take care, Ed.
Thanks, Ed
Chamfering is what separates us from the animals - quinn
I always enjoy watching and listening to the voice-over comments. Thanks for another excellent video. Everything is perfect, not just from an aesthetic standpoint, but also from an instructive angle. Best wishes, as always.
Does it still count if I pronounce it incorrectly? 😉 Thanks again, Bruce. I've appreciated your support and kind words since the beginning
Just came across your videos and I’m hooked! So interesting! I just recently became a machine repair apprentice at a Chrysler (Stellantis) transmission plant and my first rotation happens to be in the tool room doing just the things you have been making videos about! Awesome work!
My grandfather was a tool and die maker at General Motors for 30+ years and I also inherited his tools and shop, no mill or lathe but a plethora of tools and wood working equipment. It’s awesome that you’re keeping yours alive he would be proud
Thanks Derek! Glad you're finding your way into the machining world as well! And that you were able to keep your grandfather's tools
I made some of these on a hf mini mill abd it turned out pretty nice. Id love to have the machinery you have. Someday i will. I love your channel. It inspired me to find the time to get back out to the shop
If you go back and recheck your dovetail you'll find it's moved because of the giant slot milled in the opposite side. It's always a good idea to do all the major roughing ops before starting finish work.
When you said you were going to grind the dovetails, I was thinking “That’s going to be incredibly tricky and interesting to see how he handles that challenge”. But, I do agree that milling was the right decision, it’s already so accurate and sooo much easier.
It’s very cheap to do hobby shop “black oxide” on steel parts to keep rust at bay. All you need is the chemicals, and you literally dip and let dry. I think these would look very good black if you wanted to go that route.
If I'm being honest my want to grind the dovetails was mostly as an exercise to try something new. But maybe another project 😁 I actually use a black oxide kit from Caswell Plating pretty often. Comes with a sealer that dries to the touch that I highly recommend
To get a more consistent knurling I run the feed at the half the pitch on the knurling wheels. Also angle the tool a few degrees with the lowest point towards the tailstock.
This is my new favorite youtube channel. I immediately subbed after the first video. As a machinist And perfectionist I like to keep things as tight tolerance as possible. Your videos are so incredibly easy to watch and the fact you go way above and beyond to make things incredibly accurate is my favorite part. Keep up the good work absolutely love your channel!
Thank you so much!
Boy oh boy... With the shop you have .. if be in heaven with all I would build lol .
Fantastic! Thanks for sharing 👍 🇬🇧
My pleasure!
I have binged every video since discovering your channel last week. I am consistently impressed with your skills, precision, and persistence. You do an amazing and entertaining job detailing your process and thoughts around each project. I look forward to the next video and the small serotonin hit that the notification will deliver.
Wow thank you so much! I really appreciate your kind words
You very quickly became one of my favorite channels on TH-cam.
You also satisfy the perfectionist in me
😁 So glad to hear that! Thanks!
Oooh! That die-cut thread is so bad it looks like.... I did it.... on a really good day! ;)
WOW! Having a very small machine... and budget, I just look upon that steel bar with awe! That's nice!
Good health habits to keep some simple bueatiful set of lathe machine attached... nice appreciate
I truly enjoy your videos and am so happy I found your channel. My brother and I recently inherited our father's machine shop and the business that came with it. Unfortunately we have not done much machining since high school so things have been challenging to say the least. But your videos are giving me great confidence!!!
Thanks Bryan! Talk about pressure to get it going... though if you're like me, you've probably found it's a little easier picking it up the second time around. Best of luck to you guys!
@@InheritanceMachining It's just so tough because everywhere you look there is something he made and then when you are looking for one particular tool he made you can't find it.
Easily the best into to a video I’ve ever seen. Regardless of channel.
I'm a Cutting edge engineering fan here for the first time
Welcome! Kurtis and Karen are great!
I’m enjoying your content a lot. Glad your finding success here. Every time I watch these I always get the urge to rebuild my shop
Thank you! What's holding you back?
@@InheritanceMachining I don’t have the time or energy at this phase in my life to spend in my shop. It’s on the back burner for now. But eventually I’ll get around to doing something again.
@@J_CtheEngineer I definitely get that. At least you've got it there when do can get back at it.
You know, you are having way too much fun doing this! Is there anything about machining that isn’t fun? Since I started teaching myself machining 20 years ago, the joy never ends.
that's what it's all about, right?!