Thank you for sharing this with us. What is most intriguing to me is by stretching certain stainless steel material in a section brings its original ferrite properties back. Armed with this property change we can determine if and how much yield exhibits in the bolt before or after the breaking point, through magnetization test.
Ok cool I'm a lathe operator from Germany. And repair power plants. The whole time I thought about the video where I can use the procedure shown. Because it's really cool. The end came totally unexpected for me. Great work you do on the lathe. And the videos are great too. Thank you and best regards from Germany.
Very excellent. I was surprised how much expansion you got from freezing especially stainless steel. Love your techniques and great pride. Keep it up. 👍
Thanks for showing us this video footage. I found it very relaxing watching this video footage, very gentle music playing in the background. Put them both together and they work well. Thank you very much 🙏
I have some machines, including lathes. I use your videos a lot as a motivation on a daily basis to work, I really admire the lack of performance and the whim of you Japanese, greetings from Brazil 🇧🇷
Thank you for watching. The yellow drill is an inexpensive brand drill called E-Value that I bought at a remodeling store. The blade will dull immediately, so sharpen it frequently. The black drill is a Mitsubishi Materials drill.
3:28 your taping a hole. Try using a heavy duty punch in your tail stock to hold pressure on the end of the tap, so you just have to spin the tap. The heavy duty punch will let out as you tap the hole deeper.
Thank you for watching. It was a non-magnetic material because it was an austenitic stainless steel, but due to plastic working, martensitic transformation occurred in the relevant part and it was magnetic.
This can also be observed on a outside fork trucks with roll over protection. what pipe work will fill up with water and in the cold season it'll freeze and expand the pipe.
Thank you for watching. SUS304 is an austenitic stainless steel, but due to cold plastic deformation during refrigeration, it undergoes martensitic transformation and reacts to magnetism.
加工した部品を映す時、解説的と言うよりは部品そのものへの愛情や惚れを感じる。
膨らんだところが綺麗な梨地になりますね。
氷の膨張すごいですね。エンジンが不凍液ないと壊れるのも納得です。
気の長い液?圧成形だなぁ
しかし見事に塑性変型するもんだね
きれいに均一に粒界が析出してるわ
何より楽しそうだなぁ…
Thank you for sharing this with us. What is most intriguing to me is by stretching certain stainless steel material in a section brings its original ferrite properties back.
Armed with this property change we can determine if and how much yield exhibits in the bolt before or after the breaking point, through magnetization test.
温度変化での金属の膨張を試験されてるのかと思ったら、まさか風鈴だったとは…！
すごいな。
そりゃ冬に水道管破裂するよね
最後、風鈴かぁー🎐
鳴らないんかい！ってツッこんでしまった
Ok cool I'm a lathe operator from Germany. And repair power plants. The whole time I thought about the video where I can use the procedure shown. Because it's really cool. The end came totally unexpected for me. Great work you do on the lathe. And the videos are great too. Thank you and best regards from Germany.
Greetings from Texas, very nice work. The ending was a just perfect. Thanks.
Восхитительно! Как в одном ролике автор совместил науку и искусство. Технический артхаус!
ど素人ですがいつも惚れ惚れしながら拝見しております。高音なんですね？私の端末では聞こえなくて残念です。音が気になります！
ご視聴いただきありがとうございます。
嬉しいお言葉を下さり誠にありがとうございます。
一般的な風鈴のような長く響く音色ではなく、かなり高めのチキ-ン、チキ-ンというような短めの音で私の端末でも外部スピーカーにつながないと高音の部分が聞こえませんでした。
当初は凍結膨張圧の強さを示すだけの実験動画で終えるつもりでしたが、ベルのような形になり面白かったので急遽風鈴にしたため音色は考慮していませんでした。すいません。
Amazing concept! The surface texture of the bell part is unique, and somehow real natural. Nice ratios, beautiful simplicity. Big up!
All that for a wind chime?? A very expensive wind chime 😄, INCREDIBLE SKILLS
The only real expense was time... 😏
破断例が怖いですね。THERMOS等のコップはこれで作っていそうですね
Very excellent. I was surprised how much expansion you got from freezing especially stainless steel. Love your techniques and great pride. Keep it up. 👍
Thanks for showing us this video footage. I found it very relaxing watching this video footage, very gentle music playing in the background. Put them both together and they work well. Thank you very much 🙏
これ、金(Au)でやったらどうなるんでしょうね。
音も含めてすごく興味あります。
Nice! Gradual thermo/hydroforming.
全然チープさの隙がないよね
プレス加工の造りとはまるで違う
ステンレスは塑性域がほとんど無いから破断しやすい
Very, very clever!
Once again the power of water is truly amazing
膨張した部分が、元のオーステナイトではなくなったために、磁石がくっつくようになったのでしょうか
ご視聴いただきありがとうございます。
その通りです。加工誘起マルテンサイトに変態したため磁石がくっつくようになりました。
That was amazing and very relaxing keep up the amazing work
Wonderful. Thank you, thank you so much. I’m rlly sick right now, but this video let me sleep.
Alsome, great video..
まるで自動盤のような面取りの動き...
只者では無いな...
この動きで面取りした場合寸法は出ますか？
ご視聴いただきありがとうございます。
嬉しいコメントありがとうございます。
手送りで面取りした箇所は寸法も気にせずやっていますので寸法はかなりラフです。
製品を加工する際は必ず面取りバイトで仕上げます。
Superb job bro 👍🏻👍🏻
Sensational !!! Small details that make the difference in machining. God is in the details of love at the time of work. Greetings from Brazil 🇧🇷
I have some machines, including lathes. I use your videos a lot as a motivation on a daily basis to work, I really admire the lack of performance and the whim of you Japanese, greetings from Brazil 🇧🇷
Congratulations for your genius ideas!!
まさかの風鈴！
Such a nice idea 👌
Здравствуйте, чистота обработки!!!👍👍👍
すごいきれいな~
Very cool!
Please! Name of the lubricant/coolant used for shiny finishing??
Thank you for watching.
The cutting oil is Castrol's Variocut C210.
うぽつです
すごく綺麗で憧れます！
すげぇ!!
токарь + нажовка. ТОП!!!!!!!!!!!!!! и это долбаная пародия на колокольчик,которпый можно сделать в один подход на станке !!!!
I liked the video , but didn't understand the concept.
Can anyone help me .? .
Which property of material is being used here. ?
Ótima técnica, parabéns.
Just amazing ,Love your work
I thought after all that work that it might be a high tech engine part or something. Nope, just a bell
Do you have any idea why the surface had an "orange peel" texture after freezing?
Really enjoyed watching your work!
Thank you for watching.
sorry. I don't know why the surface was uneven.
Gradual breakdown of the surface finish due to the stretching.
What brand are your drill bits? I never see stainless steel drill so easy...
Thank you for watching.
The yellow drill is an inexpensive brand drill called E-Value that I bought at a remodeling store. The blade will dull immediately, so sharpen it frequently.
The black drill is a Mitsubishi Materials drill.
Master and commander!
3:28 your taping a hole. Try using a heavy duty punch in your tail stock to hold pressure on the end of the tap, so you just have to spin the tap. The heavy duty punch will let out as you tap the hole deeper.
Increhible. Me gusta los video que nos orienta a ser creativo.
Mi respeto.
Шикарно!
Subscribed to your channel!!
Master I bow to you
Amazing the power of freezing water !
Little jokes
와~ 마지막 깼다 ㅋㅋㅋ 최고에요~!!! ^^
冬になる前に水抜はしっかりやらなきゃダメよ
Awesome close up photography, how about some slow motion photography?
Nice machining and very entertaining.
Samu, from N E USA 🔩
You are a youtube Da Vinci ☆☆☆☆☆
cute application. though i feel like the chime is a bit high pitched. have you considered slotting the bell to get more reverberation?
gooooood
質問なのですが、動画の1分10秒辺りでの斜めに削っているのはどのようにしてやっているんですか?
ご視聴いただきありがとうございます。
自動送りで左方向に削りながら手送りで手前方向へ動かすことで斜めに削っています。
@@SwaplampJapan ご返答ありがとうございます
なるほど、前後送りの腕次第って感じですね笑
機会があれば是非挑戦してみたいです
端面めっちゃ綺麗。刃殺しをしてるんですか？それともステンレスだからですか？
ご視聴いただきありがとうございます。
意図的な刃殺しはしていませんが、おっしゃる通りステンレスなので綺麗な光沢が出ました。
やはり普通の鉄ですと、この直径で同等の光沢を出すには適度に刃先が鈍ったサーメットが必要になります。
Loved it👍
16'12 second wasted time.
But very neat job.
Of course . all that work are made in Japan ...
Now the only issue is to find someone that pays for the product the value of the waisted time.
I think we are the customers
так вот куда можно время деть!!
Very good!
That oil pat is a habit
Trus me😂
Maravilloso Saludos from chile
I don't understand the magnet demonstration. Why did it stick to the side but not the end?
Thank you for watching.
It was a non-magnetic material because it was an austenitic stainless steel, but due to plastic working, martensitic transformation occurred in the relevant part and it was magnetic.
@@SwaplampJapan interesting. Thanks for clarifying.
Просто потрясающее видео о том как бестолково потратить время, силы и ресурсы.
I wonder if you could have used a grease gun, what pressure was needed to form the steel?
This can also be observed on a outside fork trucks with roll over protection. what pipe work will fill up with water and in the cold season it'll freeze and expand the pipe.
ハイドロフォーミングみたいだな
No chime?
I'm curious why did it become magnetic?
Thank you for watching.
SUS304 is an austenitic stainless steel, but due to cold plastic deformation during refrigeration, it undergoes martensitic transformation and reacts to magnetism.
Very good, let's do well together, see you next time
beautiful~
What type of language is written on video subject
Thank you for watching.
The language is Japanese.
It is written as ice balloons on a lathe.
É incrível como a água e poderosa né
I wonder if you heated it up and anneal it between freezes if you could get a larger balloon
Why did it become magnetic???
Thank you for watching.
Due to cold plastic deformation, martensitic transformation occurred, so the deformed part came to attach to the magnet.
Perfect
Рюмочки под водку, эксклюзивное изготовление!!!
Тоже о них подумал))
nice.. i like it
RESPECT...!!
Interessant treball. Gràcies per posar una música tranquil·litzant.
oh nice😀
И нахера я это смотрю?
Хер тебя знает. Походу ты все подряд смотришь.
Interesting😍😍
Круто .!
O gelo expandiu e fez isso no aço?
絶対に浮くことのない風船
Stop motion hydro forming :-)
does it work on cast iron?
Nope
after each freeze, it was necessary to warm up the burner, then it would be possible to stretch more.
爆発しそうで怖いな
My dream .
Что это было в конце ?
You got to much time in your life 🤣