Can you answer for me.The clip shares 02 applications in engineering related to oscillations and how to control these oscillations. What applications are those?
I've been a fan of Edd for many years and as a machinist, it's awesome to see him showcasing this side of manufacturing. I have a tuned boring bar on my cnc lathe and the difference is unbelievable!
Can you answer for me.The clip shares 02 applications in engineering related to oscillations and how to control these oscillations. What applications are those?
Edd was brilliant at explaining stuff before on wheeler dealers. Used to watch all the time but now rarely do.... so easy to listen to this man and a genuine demeanor
Many years ago I did part of my apprenticeship in one of General Motors stamping plants. We used ear plugs inside of ear muffs. The walls vibrated as car parts were stamped out of metal requiring at least three presses for each part. In their new stamping plant with much larger presses there was no noise or vibration and only one press ror a part. I now understand the science behind the elimination of the vibration. Fascinating.
This is the same as what has been used in Chinese's and Japanese Architecture for hundreds of years only without the fluid. Nice to see you Ed back on the tube.
Wow, guys, you really nailed it with this video. As a mechanical engineer, now I only hope that one day I will be a part of such a cool subject as this one is.
A very impressive presentation regarding damping, especially the oil-damped model tower. The engineers clearly know the difference between damping and dampening, although the opening presentation used (inaccurately) dampening.
Actually both are correct. I don't know where it started (I suspect it was from a content AvE made), but people who don't know what they're talking about (no offense) keep saying this same thing. Sorta like the myth that got started a few years back that, "WD40 iS nOt a LubRicAnt."
As far as I can tell through research damping and dampening can be used interchangeably in the context of sound and vibration and only differ when talking about wetting something. It's worth noting that they have similar etymologies.
Congratulations on a very relatable demonstration using your model. Simple, clear, and easy to understand without feeling dumbed down for a 3 year old.
I'm here because some other video showed a magic boring bar, and luckily somebody in the comments pointed to you guys. Thanks for creating promotional content that actually educates!
"rather than converting them into noise and heat" --> 4:07 --> A damper (oil, gas, eddy-currents (no pun intended, Edd ;) ) all essentially convert the kinetic energy in the vibration to heat. Did you consider piezoelectric (active) vibration-cancellation in the tip? you can achieve roughly 10x higher effective-damping than passive (oil or rubber-based) dampers.
More Edd China & Sandvik videos!!! This video is amazing! How I didn't see it before!!! I think he is the best person you could possible choose to explain something, that for most people is boring, and turn it into a very interesting subject very well explained. Do more videos with him please!!!
I've had a huge appreciation for Sandvik Coromant since I was in University. As I also worked as CNC Milling center operator and CAM tech, I know first hand that they are fantastic and when asked which tools should we buy, I often mentioned this company and their dampening systems.
I don't like many manufacturers' videos, but Sandvik Coromant is different. I can watch almost anything they post. The videos are fascinating and enjoyable to watch
I've got a love/hate relationship with tools like these, they cost an arm and a leg and inevitably get destroyed by some noob who forgets to check his offsets, but when they are running right and all goes well they save a lot of time, money and carbide. I'm interested in trying one of these damped tools one of these days, sounds like they will save a lot of tool life. Nothing worse for a carbide edge than chatter, it'll hold up all day long with a nice smooth constant cut but you start throwing vibration into the mix and things start fracturing.
Respect for the engineering Sandvik put into their products. I am no stranger to their kit as I started my machine shop apprenticeship 45 years ago. I also worked for a few years for one of Sandvik's competitors, the Company founder by the German chemist who invented sintered tungsten carbide. Can anyone here name him?
@@antonioroefaro Good guess. The inventor of sintered tungsten carbide was Richard Walter. He sold the patent to Krupp (Krupp Widia) then bought a production licence from them. The profit from this deal went into founding of the Montanwerke in Tuebingen where he manufactured cutting tools. Early users struggled to sharpen such a hard substance so he expanded into grinding machines. Walter was among the first machine tool manufacturers to use CNC. I worked for the CNC division and we even had a visit from Sandvik who were shopping for a grinding machine to offer a sharpening service to their customers who used solid and brazed carbide milling tools.
Very nice demo with the Tungsten weighted pendulm. The wine glass pictures are something I had never SEEN before. I knew about the phenomena of course, and have regretted showing it to my kids ever since.
Brilliant brilliant work there Sandvic, really like your products, fantastic quality and they do what you say that they do. It was really good to see Ed China was presenting your products, he’s a really good guy, thanks 🙏
Well I'm not in the market for an industrial lathe tool myself but this programme was strangely enjoyable. Ed is a great presenter for engineering stuff. 👍🏻☀️
great tools.....is there any sandvik coromant outlet in tutlingen area of baden württemberg state...germany....ordering from the internet takes decades for you to get the tools from sandvik..please any recommendations.
That's correct. Sandvik made hand tools for a long time. It had it's beginning in the 1870's recession when the prices of raw steel were very low but the prices of processed steel were higher. Sandvik started to make saw blades out of the same processed steel they already made fish hooks from. That's why the logo became a fish and a fish hook. In 1991 Sandvik bought Bacho Tools but in 1999 the whole saw and tools business area was sold. The fish and hook is still part of Bacho tools logotype.
Can you answer for me.The clip shares 02 applications in engineering related to oscillations and how to control these oscillations. What applications are those?
What are the limitations of silent tools? Can this TMD system be implemented in a boring bar with small diameters such as 4, 6, 8 and 10 mm? Does Sandvik have that technology already?
Fantastic presentation. Thank you Edd and thank you people from Sandvik. I will buy the tool, shouldering Al6061 160mm down, to 0.01mm. Already using R390 and Capto, better than any others.
The whole concept of tuned mass damping is very fascinating. What a dramatic difference adding that damping oil to the model mass damper made but is the actual mass damper in the Taipei Tower immersed in damping fluid?
No, it's attached to big hydraulic pistons that I'm assuming force the oil through a set of valves and restrictions to provide the damping. Though I imagine that it could also be actively damped by having the pistons push the weight around controlled by a computer that monitors accelerations of the top of the tower.
I built this into my 3D Printer table and its silly how well this works. And all I had to sacrifice was 40cm of shelf space to put a container with oil to suspend the tuned mass in (which is just a dumbbell).
Hello ! I’m currently in an elit school in France (classe prépa) and I wanted to ask you if it’s possible to enter in contact with you in order to learn more about it and to help me for a project who is named TIPE which count in our competitions for the next year ? Expecting an answer of you. Thank you
Can confirm, on a 35 horse Mori turning center working mostly 4140, tool steels and large brass bushing materials; silent tools beat solid carbide boring bars every day of the week. Only time I used the carbide shank was when I had to reach way in past my silent tools length or on the odd chance I had to go way small in diameter.
Very interesting & educational video, I really enjoyed it thank you for sharing. It was nice to see Edd China again also. I'm still boycotting the new Wheeler Dealer TV show BTW, some of us still have integrity & moral values.
Good stuff - thanks for sharing. I’m curious whether orientation plays a role with extreme length tools while machining. In other words, is there an advantage to milling or boring vertically with the cutting tool at the bottom. You know, gravity is your friend.
Hi! Thanks for your feedback. Yes, tool assembly orientation plays a role. Horizontal orientation is more demanding for spindle clamping and spindle stability because gravity will create a bending moment in the assembly. In the spindle interface this mass moment will be equal to tool assembly weight multiplied by distance from spindle interface to tool assembly mass centre. Larger resulting bending moment on the spindle will lower the harmonic frequencies of the system which makes it more demanding for the mass damper to counteract possible vibrations. Hope this answers your question. Best regards, Åke Axner, Global product manager Silent Tools
Hi Phil, Now, bare in mind I'm in no way an expert in the field of mining, but after talking to colleagues who work in that business area I think a somewhat correct answer would be: No. :) There is no real need to silence an underground drilling rig as the operator sits in a fairly sound isolated cabin and no other personel are near by when drilling. Also when drilling underground you don't want to dampen and absorb that energy since you utilise it when the drill head hammers while it rotates.
@@sandvikcoromant: Not all drill rigs (Muki's & Jumbos et al) have a cab, our's don't. I was thinking more about Air or Jack leg drill's which transfer a lot of vibrational energy to the miner resulting in a lot of tendonopathies
@@philschneider3040 Thanks for clarifying. That sure sound like a workplace safety hazard. Are those drill rigs of an older kind or are these types still being sold for some reason? Sounds to me like something there would be a solution for in 2019.
Now thats a boring bar. Back in the day, we would use wood, rubber, oil, and do various things to try and stop vibration, sometimes with success. These internal damped bars would be awesome to use. Ive used many Sandvik tools in the past and they always held up well, unless you ran it into the chuck. LOL
I'm fascinated by this. My brain wants tools to be short and rigid.. and then they remove a whole bunch material to put a damper in. The tower shows subcritical damping, is this true for the tool too..? How many xD can you do with intermittent cutting/milling operations?
A caray lo estaba viendo con incredulidad pero veo que es viable y el presentador dio un volantazo a su temática felicidades por compartir vuestro conocimiento 😎
This goes to show what this company really is all about and their expertise. Unfortunately you don't get to see everything that goes into their products and the reason behind their cost. Ed China good as always mate👍
You didn’t discuss the properties of the fluid. I assume it is non-Newtonian but could you give us some details without disclosing proprietary information?
a trick I sometimes use to control unwanted swinging of a load when I use fixed speed overhead cranes works the same way. but you got to get the hang of it by the way. I do do the move in intervals and it works well
Yup, you stop the crane a bit early and then give it a small push once the load has swung forward a bit. If you time it right, the load comes to a dead stop.
A few questions: 1. What tolerance was the machining being held too? 2. How much did that tungsten carbide ball cost? 3. How much did that project cost altogether?
I’m waiting for confirmation on the weight of the tungsten ball to be able to answer that part. The construction and manufacturing of the tower took the equivalent of one work week for one man. The rest of the calculations you will have to do your selves. 🙂 The machining of the tower parts didn’t demand any specific tolerance so I don’t have an answer on that part. I will get back to you regarding the tungsten ball.
standard tolerance for any kind of modern machining is +/- 0.002" or roughly half a mm, good cnc machines can easily hold 0.0015" or less without asking too much of them. easy operations like face and end milling, facing and turning can easily hold tolerances like 0.0005" or less without special considerations, any finer than that and you'd generally use a different machine, normally a surface grinder, because it doesn't make much sense to do them on a mill or lathe
@@SuperAWaC Yes that is the standard/default tolerance, but if you noticed when they put the ER collet in the top to old the rod it was just a perfect fit. This might of been also a good test for Sandvik to hold a really tight tolerance, just for bragging rights :)
Sandvik has brought marketing videos to the next level.
That is a really nice comment. Means a lot! Thanks! 👍🏼
💯 agree
their tools are expensive though, surely their market is limited to certain business areas
This reminds me of Chevrolet commercials back in the 50's
Great Video, greetings from Germany 🇩🇪
This is the best kind of marketing--I actually learned something watching this!
We are really glad to hear that! Thanks for taking the time to share your feedback.
Now this was a commercial advertisement I actually enjoyed. Also...THERE"S EDD! I haven't seen him since he left Wheeler Dealers.
Glad you like the film!
He's got his channel on youtube if you're intrested.
Very well produced. Thank you for proving that marketing does neither have to be boring nor cringy.
Thank you! We are glad you like it!
Why the hell do you explain those secrets?? The japanese, chinese, koreans and other asians right now taking notes
Can you answer for me.The clip shares 02 applications in engineering related to oscillations and how to control these oscillations. What applications are those?
I've been a fan of Edd for many years and as a machinist, it's awesome to see him showcasing this side of manufacturing. I have a tuned boring bar on my cnc lathe and the difference is unbelievable!
Can you answer for me.The clip shares 02 applications in engineering related to oscillations and how to control these oscillations. What applications are those?
Edd was brilliant at explaining stuff before on wheeler dealers. Used to watch all the time but now rarely do.... so easy to listen to this man and a genuine demeanor
Many years ago I did part of my apprenticeship in one of General Motors stamping plants. We used ear plugs inside of ear muffs. The walls vibrated as car parts were stamped out of metal requiring at least three presses for each part. In their new stamping plant with much larger presses there was no noise or vibration and only one press ror a part. I now understand the science behind the elimination of the vibration. Fascinating.
This is the same as what has been used in Chinese's and Japanese Architecture for hundreds of years only without the fluid. Nice to see you Ed back on the tube.
Wow, guys, you really nailed it with this video. As a mechanical engineer, now I only hope that one day I will be a part of such a cool subject as this one is.
At 7:30 what is the HP 6 DOF mouse she is using?? I'm unable to find any details on the internet.
WOW, I”ve never tought of putting a tuned mass damper in a cutting tool. Amazing, good job Sandvik !!
A very impressive presentation regarding damping, especially the oil-damped model tower.
The engineers clearly know the difference between damping and dampening, although the opening presentation used (inaccurately) dampening.
Thanks for very nice feedback!
Actually both are correct. I don't know where it started (I suspect it was from a content AvE made), but people who don't know what they're talking about (no offense) keep saying this same thing. Sorta like the myth that got started a few years back that, "WD40 iS nOt a LubRicAnt."
As far as I can tell through research damping and dampening can be used interchangeably in the context of sound and vibration and only differ when talking about wetting something. It's worth noting that they have similar etymologies.
Everything is a spring except winter.
hi S O N...
'
earthquake is a any day / any time / any where / any weather in the 4 seasons
Congratulations on a very relatable demonstration using your model. Simple, clear, and easy to understand without feeling dumbed down for a 3 year old.
I'm here because some other video showed a magic boring bar, and luckily somebody in the comments pointed to you guys. Thanks for creating promotional content that actually educates!
I am here cause the 7.1 earthquake that happened today. The ball worked perfectly!
"rather than converting them into noise and heat" --> 4:07 --> A damper (oil, gas, eddy-currents (no pun intended, Edd ;) ) all essentially convert the kinetic energy in the vibration to heat.
Did you consider piezoelectric (active) vibration-cancellation in the tip? you can achieve roughly 10x higher effective-damping than passive (oil or rubber-based) dampers.
Piezo, that's a really good idea.
How does that work?
@@markfryer9880 dspe.nl/files/wesic2001.pdf
@@markfryer9880 also imotec.nl/imotec.nl/wp-content/uploads/2013/09/ActiveDamping2008Mikroniek.pdf
More of this please.
You never know what the future holds...
More Edd China & Sandvik videos!!! This video is amazing! How I didn't see it before!!! I think he is the best person you could possible choose to explain something, that for most people is boring, and turn it into a very interesting subject very well explained. Do more videos with him please!!!
I've had a huge appreciation for Sandvik Coromant since I was in University. As I also worked as CNC Milling center operator and CAM tech, I know first hand that they are fantastic and when asked which tools should we buy, I often mentioned this company and their dampening systems.
Thank you for your very positive feedback! Much appreciated. :)
I don't like many manufacturers' videos, but Sandvik Coromant is different. I can watch almost anything they post. The videos are fascinating and enjoyable to watch
Thanks, happy to hear you enjoy our videos!
I've got a love/hate relationship with tools like these, they cost an arm and a leg and inevitably get destroyed by some noob who forgets to check his offsets, but when they are running right and all goes well they save a lot of time, money and carbide. I'm interested in trying one of these damped tools one of these days, sounds like they will save a lot of tool life. Nothing worse for a carbide edge than chatter, it'll hold up all day long with a nice smooth constant cut but you start throwing vibration into the mix and things start fracturing.
Great to see Edd’s face again! That slow motion machining was fantastic. Great video!
Thank you Todd!
Good to see Ed China back love his enthusiasm!
Holy shit Edd, out there playing with the big kids!
Another great video Edd.Be nice to see you back on tv again.
I'm going to graduate in mechanical engineering, I found a passion for metal works. Thanks Sandvik
Excellent demo with the Tuned Mass Damper ! Best on RUclips…
Respect for the engineering Sandvik put into their products. I am no stranger to their kit as I started my machine shop apprenticeship 45 years ago.
I also worked for a few years for one of Sandvik's competitors, the Company founder by the German chemist who invented sintered tungsten carbide. Can anyone here name him?
Widia?
@@antonioroefaro Good guess. The inventor of sintered tungsten carbide was Richard Walter. He sold the patent to Krupp (Krupp Widia) then bought a production licence from them. The profit from this deal went into founding of the Montanwerke in Tuebingen where he manufactured cutting tools. Early users struggled to sharpen such a hard substance so he expanded into grinding machines. Walter was among the first machine tool manufacturers to use CNC. I worked for the CNC division and we even had a visit from Sandvik who were shopping for a grinding machine to offer a sharpening service to their customers who used solid and brazed carbide milling tools.
Great storyline... educative & attractive video. Can imagine as an interesting learning material for students. Well done, Sandvik Coromant!
Only Ed China can make a comercial fun and educational. Great guy!!!
Thank you! Happy to hear you enjoyed this video.
11:40 Amazing demo of “Tuned Mass Damping” of the Taipei Tower! Impressive!!
That was just amazing to see in reality like that! and your tools are also really cutting edge !
Very nice demo with the Tungsten weighted pendulm.
The wine glass pictures are something I had never SEEN before. I knew about the phenomena of course, and have regretted showing it to my kids ever since.
Brilliant brilliant work there Sandvic, really like your products, fantastic quality and they do what you say that they do. It was really good to see Ed China was presenting your products, he’s a really good guy, thanks 🙏
Well I'm not in the market for an industrial lathe tool myself but this programme was strangely enjoyable. Ed is a great presenter for engineering stuff. 👍🏻☀️
Infomercial 😂👍🏻❤️
great tools.....is there any sandvik coromant outlet in tutlingen area of baden württemberg state...germany....ordering from the internet takes decades for you to get the tools from sandvik..please any recommendations.
That was fun. Bring Edd back for some more videos!
my 81 year old dad is from denmark and he still has his sandvik chisels- their company symbol used to be a fish.
That's correct. Sandvik made hand tools for a long time. It had it's beginning in the 1870's recession when the prices of raw steel were very low but the prices of processed steel were higher. Sandvik started to make saw blades out of the same processed steel they already made fish hooks from. That's why the logo became a fish and a fish hook. In 1991 Sandvik bought Bacho Tools but in 1999 the whole saw and tools business area was sold. The fish and hook is still part of Bacho tools logotype.
Beautiful model. Loved the liquid dampening. :)
Can you answer for me.The clip shares 02 applications in engineering related to oscillations and how to control these oscillations. What applications are those?
I love the fact they use real users in their videos. It speaks a lot to the quality!
11:41 Wow, that's incredible! It never crossed my mind to use oil that way. Just how effective it is, that just blew my mind!
This was awesome to watch and very informative
Hi Will,
We are so glad you liked it!
Bravo Sandvik, bravo. I can't afford your cutting tools, but you and Edd make great adverts...
Very interesting. My largest boring bar is 3.25" dia and it bores 20" without vibration... 21" deep and it chatters like crazy.
Hello mate , how's the trepanning today ?
Get you one of those $20,000 boring bars and see how much better it does 😂
Reno Simpson I see what you did there...
-10% speed +10%feed if that fails then full send
When a marketing video teaches you stuff and actually shows some great tech it's done right!
That was really cool. Just enough information and details. The viscous liquid damper is so effective. wow.
I love Edd and i am a user of sandvik
😍😍😍
good to see edd, explains everything so well
What are the limitations of silent tools? Can this TMD system be implemented in a boring bar with small diameters such as 4, 6, 8 and 10 mm? Does Sandvik have that technology already?
Fantastic presentation.
Thank you Edd and thank you people from Sandvik.
I will buy the tool, shouldering Al6061 160mm down, to 0.01mm.
Already using R390 and Capto, better than any others.
The whole concept of tuned mass damping is very fascinating. What a dramatic difference adding that damping oil to the model mass damper made but is the actual mass damper in the Taipei Tower immersed in damping fluid?
No, it's attached to big hydraulic pistons that I'm assuming force the oil through a set of valves and restrictions to provide the damping. Though I imagine that it could also be actively damped by having the pistons push the weight around controlled by a computer that monitors accelerations of the top of the tower.
I just watched a long-form commercial and I liked it. Brilliant.
Very good. Learned a lot by the universality of the comparisons.
I built this into my 3D Printer table and its silly how well this works.
And all I had to sacrifice was 40cm of shelf space to put a container with oil to suspend the tuned mass in (which is just a dumbbell).
Amazing demonstration!
So glad you enjoyed it!
Hello ! I’m currently in an elit school in France (classe prépa) and I wanted to ask you if it’s possible to enter in contact with you in order to learn more about it and to help me for a project who is named TIPE which count in our competitions for the next year ?
Expecting an answer of you.
Thank you
Probably one of the best informative Sandvik adverts I have ever seen. We are a long time Sandvik user.
Thank you for that wonderful feedback! We truly appreciate it.
Good infomercial. Enjoyable.
Thank you Allan! :)
Very cool video. Watching this after the Taipei 6.9 earthquake on Sept 18, 2022.
really nice video with Edd and good model done to present everything in a clear way. Well done guys!
11:58 It's great. So, where does the mechanical energy from the vibration go? Does it transfer to be heat energy into the liquid or where does it go?
Can confirm, on a 35 horse Mori turning center working mostly 4140, tool steels and large brass bushing materials; silent tools beat solid carbide boring bars every day of the week. Only time I used the carbide shank was when I had to reach way in past my silent tools length or on the odd chance I had to go way small in diameter.
Really cool !!! Damping technology in machining vs buiding security against earthquakes
Good to see you Ed😎
But how do you distribute the steel down buildings over 300 meters tall?
Quality tools and now quality infomercials. Impressive!
Glad you think so!
Very interesting & educational video, I really enjoyed it thank you for sharing. It was nice to see Edd China again also. I'm still boycotting the new Wheeler Dealer TV show BTW, some of us still have integrity & moral values.
Totally agree with you Mr Jet, Wheeler Dealers without Ed China is just wrong.
Good stuff - thanks for sharing. I’m curious whether orientation plays a role with extreme length tools while machining. In other words, is there an advantage to milling or boring vertically with the cutting tool at the bottom. You know, gravity is your friend.
Hi!
Thanks for your feedback. Yes, tool assembly orientation plays a role. Horizontal orientation is more demanding for spindle clamping and spindle stability because gravity will create a bending moment in the assembly. In the spindle interface this mass moment will be equal to tool assembly weight multiplied by distance from spindle interface to tool assembly mass centre. Larger resulting bending moment on the spindle will lower the harmonic frequencies of the system which makes it more demanding for the mass damper to counteract possible vibrations.
Hope this answers your question.
Best regards,
Åke Axner, Global product manager Silent Tools
Holy crap, you got Edd? That's fantastic!
What kind of mouse is being used at 7.30?
Can/has this tech translated to underground mining drills (eg: airleg)?
Hi Phil,
Now, bare in mind I'm in no way an expert in the field of mining, but after talking to colleagues who work in that business area I think a somewhat correct answer would be: No. :) There is no real need to silence an underground drilling rig as the operator sits in a fairly sound isolated cabin and no other personel are near by when drilling.
Also when drilling underground you don't want to dampen and absorb that energy since you utilise it when the drill head hammers while it rotates.
@@sandvikcoromant: Not all drill rigs (Muki's & Jumbos et al) have a cab, our's don't. I was thinking more about Air or Jack leg drill's which transfer a lot of vibrational energy to the miner resulting in a lot of tendonopathies
@@philschneider3040 Thanks for clarifying. That sure sound like a workplace safety hazard. Are those drill rigs of an older kind or are these types still being sold for some reason? Sounds to me like something there would be a solution for in 2019.
Now thats a boring bar. Back in the day, we would use wood, rubber, oil, and do various things to try and stop vibration, sometimes with success.
These internal damped bars would be awesome to use.
Ive used many Sandvik tools in the past and they always held up well, unless you ran it into the chuck. LOL
So glad this popped up in my feed, go Edd china and Sandvik!
Thank you! We’re glad you like it.
Edd , you always were the best explaining physics and how things work
One of the coolest videos I've seen !
Ed,,, so glad to see you again,,,I stopped watching w d after you left show sux without you,, you have a new sub
Interesting to see this application on other hand tools and firearms.
I'm fascinated by this. My brain wants tools to be short and rigid.. and then they remove a whole bunch material to put a damper in.
The tower shows subcritical damping, is this true for the tool too..?
How many xD can you do with intermittent cutting/milling operations?
And it proved itself today on 3 April 2024.;
I don't know why I'm here. What happened on April 3rd?
Fascinating stuff Edd! I hope there is much more to come.
Очень доходчиво и наглядно. Спасибо за ролик
My old Citroen 2cv had tuned mass dampers on each wheel. Basically a weight inside a vertical steel canister filled with oil. Pretty smart devices!
Good to see you Ed!
Edd always makes me smile.
I missed you Edd.
I’m sure Edd missed you as well! 😉
A caray lo estaba viendo con incredulidad pero veo que es viable y el presentador dio un volantazo a su temática felicidades por compartir vuestro conocimiento 😎
This goes to show what this company really is all about and their expertise. Unfortunately you don't get to see everything that goes into their products and the reason behind their cost. Ed China good as always mate👍
You didn’t discuss the properties of the fluid. I assume it is non-Newtonian but could you give us some details without disclosing proprietary information?
i hate advertising, but if it's endorsed by Edd, it must be pretty good :)
Cool presentation sir 👍
a trick I sometimes use to control unwanted swinging of a load when I use fixed speed overhead cranes
works the same way. but you got to get the hang of it by the way.
I do do the move in intervals and it works well
Yup, you stop the crane a bit early and then give it a small push once the load has swung forward a bit. If you time it right, the load comes to a dead stop.
Sandvik makes the best devibe tools by su h a substantial margin that no other company is even competitive in the field. It's pure Hogwartz magic!
Great video!👍
Thanks! 😃
A few questions:
1. What tolerance was the machining being held too?
2. How much did that tungsten carbide ball cost?
3. How much did that project cost altogether?
I am wondering the same things.?
I’m waiting for confirmation on the weight of the tungsten ball to be able to answer that part.
The construction and manufacturing of the tower took the equivalent of one work week for one man. The rest of the calculations you will have to do your selves. 🙂
The machining of the tower parts didn’t demand any specific tolerance so I don’t have an answer on that part.
I will get back to you regarding the tungsten ball.
standard tolerance for any kind of modern machining is +/- 0.002" or roughly half a mm, good cnc machines can easily hold 0.0015" or less without asking too much of them. easy operations like face and end milling, facing and turning can easily hold tolerances like 0.0005" or less without special considerations, any finer than that and you'd generally use a different machine, normally a surface grinder, because it doesn't make much sense to do them on a mill or lathe
@@SuperAWaC Yes that is the standard/default tolerance, but if you noticed when they put the ER collet in the top to old the rod it was just a perfect fit.
This might of been also a good test for Sandvik to hold a really tight tolerance, just for bragging rights :)
非常直观的演示，太棒了。
Mahhhhm!! We need to get these! I don't know what they do but I want them.
How do I install this on my bow?
Video of the century
😍😍😍😍😍
We couldn’t ask for better feedback than that! Thank you!