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All Angles
เข้าร่วมเมื่อ 11 ก.ค. 2022
Machining, making, and breaking things
Vacuum Cannon
just a short one today making a Vacuum cannon!!
filmed at 1000fps
#bridgeport #customized #homemade #cannon #project #diy
filmed at 1000fps
#bridgeport #customized #homemade #cannon #project #diy
มุมมอง: 369
วีดีโอ
200cc Mini-bike Build
มุมมอง 1.3K21 วันที่ผ่านมา
converting a 49cc kids bike Frame to a 200cc monster. #bike #custom #milling #lathe #bridgeport #dirtbike #dirtbikes #offroad #diy #customized #tools #fabrication #cncmachine #engine #new
Threading Taps
มุมมอง 7976 หลายเดือนก่อน
Im going to attempt to build a 15mm tap and a 2.5mm tap #cnc #cncmachine #lathe #lathemachine #machine #bridgeport #handmade #handtools #diy #tapping #metal #metalworking #toolmaker #tools #making
Vice Prototype!
มุมมอง 46K8 หลายเดือนก่อน
Just making something a little different...... twitter: x.com/Fr0mA11Ang1ez?t=nh1osnXyXJ-2kfyrx6RhUA&s=09 #machine #maching #vice #tools #toolmaker #toolmaking #lathe #lathemachine #welding #milling #cnc #cncmachine #cncmachining #
#2 Magnetron Sputtering Automation
มุมมอง 2.2Kปีที่แล้ว
Decided to automate the sputtering magnetron to get more repetable results when trying to make coatings ... Also brought a new mic #bridgeport #btc #diy #homemade #lathe #machining #metalworking #milling #making #millingmachines #highvoltage #sputtering #particles
Steady Rest for the Lathe
มุมมอง 7Kปีที่แล้ว
Not the best looking but it works ! #bridgeport #btc #diy #homemade #machining #milling #metalworking #lathe #making #millingmachines
#1 Making a Sputtering Magnetron
มุมมอง 11Kปีที่แล้ว
This is the first part in a multi part series about making a co2 laser from scratch. In this video we will be making a sputtering magnetron witch is capable of coating objects in other materials kinda like metal plating. Twitter: Fr0mA11Ang1ez?t=l5Vqr8cUMgo0gvBsMI9Grg&s=09 #bridgeport #btc #lathe #machining #magnet #magnetron #plasma #vacuum #experiment #tools #diy #metalworking #la...
It was a fun day looks like you been playing with it . grate slomo shots. who would of thought the bike was more dangerous :)
How do you even hold a fly to be able to cut it? And why would you cut it?
Ahhh you see well that's the trick of the trade ...the hardest part is luring him in. As for the cutting.... how elts whould you preform a dissection ?🤣
I am glad I watched till the end before commenting, that ringing was as a result of the geometry of the cutter but you worked it out, great video fun to watch even for us old engineers
Hi, just wondering if you have a email I could contact you on to ask a few questions around your warco cnc mill? All the best
the door is so much better and better position.
glad you put brakes on it
Looking forward to your next video.
🫶🏽 it 😁
Beautiful ❤
That’s insane 😂
What area do you live in. Cheers.
East midlands area
I was going by the accent, I live 3 mile south of Alfreton. 😊👍🏻
Dude! That looks really fun! Make some sort of carry for the lady!
Check his post - it was fun till it wasn’t 😢
🤦🏻♂️ WTAF??? Bro I’m not sure if you’re trolling us with that mess or if you’re serious!
Well done man
www.youtube.com/@mdzamanmugalmdzamanmugal
You should do a video using your sputtering setup with ammonia gas and nitride coat your homemade shell mill
I can reccomend some research articles to read, but a scholar search with the terms "ammonia nitride sputtering" would probably be enough to familiarize yourself with the process well enough to adapt your setup.
I like that idea... think I might get a few blank drillbits and make a video testing diffrent coatings untill I find a decent combination 👍
@allangles4020 would also be cool to know if reactive ammonia sputtering would be the only way to deposit a nitride coating or if it's possible to just buy and use, for example aluminum nitride wafers, as a target. I don't see why both wouldn't work but I'm curious
not much details given...☹
Can't wait to see what devilish need spawned this magnificent nonsense. Looks awesome!
)))))))))))))))))))))))))))))))))))))) gj bro)
That some hog powah! Keep it up Mr. Angles!
Hi, what is the machine you're using to measure the vacuum?
Edwards penning 505 you can find them on ebay or a place called unigreenScheme
Super, bin sehr beeindruckt!
Hi, thanks for video.What kind of steel did you use?
You do know that the R8 spindle isn't meant to handle something that large? Do you understand force multiplication? Have you ever used a pipe on the end of a rachet to break a bolt loose? Thats what's happening with your fly cutter with an R8 spindle. You're applying a tremendous amount of force to the spindle now and what's going to happen is you are going to ruin that spindle and wallow it all out. And the vibration from the imbalance is going to accelerate that wear. The R8 spindle is a light duty spindle. To use a fly cutter like that, you need a much larger mill with a much larger spindle. [shaking my head in disbelief] ........
He's not going to get it. You're better off explaining to a brick wall.
Very nice learned a bit from it, would you say slowing spindle speed would help ?
Very nice m8👍👍
Cool stuff bud.
It is an amazing work! Please, tell me if your equipament could be used to aluminizing telescope mirrors. I'm a physicist but I don't have 10% of your technical knowledge and tools to make that sputtering equipament. Nevertheless, my great motivation is produce telescope mirrors by myself. In Brazil, the amateaur astronomers can count on a few professionals to aluminizer glass blocks. But the Brazil is a huge country and in my state I don't know anyone to make it by sputtering technique. My initial intent is learning to use the lathe, but I don't know the next steps. Could you give-me some advices?
How big do thease mirrors need to be and of what material?
Love videos when junk gets repurposed into something completely different than its original purpose.
You know, I was just trying to decide if it was worth it to buy a junked out 40 year old electron sputtering machine on ebay. But fuck it, I think I'll build my own now
After watching the remainder of the video I'm back on the buying junked out one. XD
I whould lean towards buliding your own not only will you save money but you will gain a deeper understanding of how thease things work and I know that's easier said than done
@allangles4020 I'm comfortable with the electrical side, electrical engineer by trade. I've got minimal machining experience is my only worry. Your skill as a metalworker is impressive as hell!
@@NaOHNoah There are a bunch of different magnetron options. Precision is not necessary, everything can be bolted together
health to your hands❤
Hello my name is Branden I also build lasers I am not privileged enough yet to have a lathe to help assist my endeavors, I just do as the universe wishes and for some reason things seem to always work out as long as I don't fight the universe! Right now I'm experimenting with yag crystals and I have one I already made with a bit of test substrate I made with chemistry and electrolysis I also scraped electronics for some high end material like gold. Anyways maybe you sputtered bizmark cause I need mirrors made of bizmark I would love to send you yag crystals if you would be interested in sending me mirrors and beam splitters. My end goal is to make a laser in Wich no electricity is needed simply put two materials in contact and lasing occurs. I plan on looking into verious proteins like bioluminescent fungi because fungi I can take nearly as much samples from as I need without having to harm a living creature, that is very important to me as stated before I live by the universe.
Sounds like a deal however bismuth mirrors don't look the best I'm guessing its because of the low melting point of bismuth
Super! Thank you very much!
for servo will be better to use PID
No oil 👍 and use a radius cutter form .I've even used a diamond point wheel dressing cutter on some harder bore materials with impressive results . 😊
Thank you for your video!! How large is the gap between the stainless steel anode and the sputtering copper cathode, and why don't you run in to a problem with a plasma forming in between the stainless and copper on all sides since the copper is sheathed by the stainless? How large is the gap between the copper and stainless on the sides and bottom? Thanks again!!
I know commercial sputters can look like this as well, but I've never understood why they look like this. Do you have any references to resources that could help explain the design of sputtering chambers?
Good question and ide have to say the distance between the copper head and the sparkplug is just over 10cm both the copper head (- ) and sparkplug (+) are isolate from eachother the stainless steel cup I put over the magnetron is also isolated from the power scorce it also makes shur that the argon dose not degrade the sides of the sputtering head and enshurs im only sputtering what i want this in combonation with the magnets keeps the plasma confined in a doughnut shape inbetween the gaps in the magnets witch i asume you have in a halbatch array. .also if the power is on befor it reaches proper sputtering pressure's you can get some verry strange results and arcing that can damage seals .. this is the 4th magnetron head I've make in a viriaty of chambers any questions feel free to ask also input voltage is dc and calculated at between 600 to 800 v
The closest part between the stainless cup and copper head is about 3mm at the bottom and sides and is nearest at the top at around 1.5mm so if any arcing dose occur it will happen at the top of the head an not neer any seals
Thanks. very nicley made video. I have a toaster oven I use to heat treat after harden. I am banned from the kitchen for such things.
Excellent job.
What's a good shrink rate for your taps after hardining three /four thousand ants great work 🎉🎉😊
The M15x1mm is specific even for metric. I think that to M2.5 could be found as tap and die. Those fluorescent lamp start sound XD. In my workshops I gradualy replace fluorescent lamps to LED: less power need and no stroboscopic effect on rotating stuff. Good luck!
2:45 What are those? 5⁰ of negative rake? *Good luck*
Не думаю что приходится прилагать много усилий, чтоб крутить боковой винт ключом.. Возможно там было бы достаточно накатки? По крайней мере, конструкция выглядит достаточно точной и аккуратной, чтоб возникли какие либо затруднения при перемещении резца.
Very nice work. I break taps too often. He he
It might seem curious to make something which is so widely available from specialists, but DIY is its own goal and you have the freedom to make them as it suits. One thing I look forward to trying when I get to this stage is putting the wrench flats further down so I can hold it straight by the taper without the wrench being in the way.
Good work. But it’s not a good idea to use steel 3 for the cone