@@janek_ow5076 Surgical tools like these are extreme precision devices, so yes. These are going to be used inside someone's body, possibly for very delicate work; so they should do the job correctly every time.
@@janek_ow5076 surface finish is a big one and for these parts it's the fastest way. what would do you instead? six axis CNC doing each part one by one?
Late last year I got see parts that I made enter a human heart and save a mans life. So far 800+ people have had the same procedure done. They have a 97% success rate.
I've been a machinist now for over 35 year. I use to teach an a local ATC. When they high school students through on tour one of the questions that was always asked, what do we need machinist for? The answer was very easy to give. Everything one touches on a daily basis a machinist has been involved one way or another. I so miss programming and running wire EDM's.
Been around machining 40 yrs myself and EDM is the most mind blowing thing to me of recent innovations. Only those of us who were there in the early days can TRULY appreciate this level of awesomeness.
I work for acompany that produces components for lapriscopic tools. We produce the main bodies, levers, buttons and knobs. we also over mold some of the probes that are used. We also produce tubing kits for endiscopes, various housings and components for trolley assemblies. The only problem I have working in the metrology lab, is the large volume of work that comes through. A shot of 4 parts every hour until a batch of 50,000 parts is complete, at a rate of about 400 parts an hour. Then an AQL inspection and full set of measurements on 80 or more parts from the production run. We have 2 EDMs in the toolroom that produce the mould tools, 1 wire, 1 sinker. The mould tools often have different dimensions than you would expect given the dimensions of the final product and can often take a bit of fine tuning.
Wire EDM is probably my most favourite CNC machine. Ever since I first learnt about them a couple years ago my mind is still blown and the precision and complexity that can be achieved. It’s also reassuring seeing a genuine real word use for a Wire EDM machine, outside of making seriously cool (albeit novel) zero tolerance flush cubes
7 หลายเดือนก่อน +24
This machine is bad ass, its capabilities are insane. 👍
Afew years ago my grandfather had to have surgery for a bad heart valve and from what I understand they essentially had to inflate a small balloon inside his heart to re-open the valve. It exploded inside his heart and the surgeon had to go in and pick out all the little peices, he ended up being fine. Still kicking at the ripe old age of 90
Mech. Eng., Used to work in a company designing tools like that (grippers, needle holder, hooks, scissors, etc.) CNC is so crucial to the success. Great video, liked it very much
I am one week Post - op from laparoscopic rotator cuff repair. Seeing how these, I’m guessing clamp heads, are manufactured is absolutely phenomenal. Thanks for showing it.
Already we tried this type of jaw cutting technique before 12 years N still we are doing in reusable Edm wire cut machine Even we make it in Swiss type machines Great job bro
Modern tech is just crazy good stuff! My gf had an impella device installed in her heart 4 yrs ago! Just this last sat. i got her back from the hospital again! They were going to install another impella but didnt need to thank god! Its such a tiny device or pump ! Incredible stuff like that can be manufactured!
Cool video. I love watching CNC machining videos, and my wife is a laparoscopic surgeon. You should mention Kurt Semm, a toolmaker and surgeon who made modern laparoscopy possible by making his own instruments.
I am a founder in a startup company that makes advanced geometries in laparoscopy and electrosurgery! We also use EDM for serrations but for the jaws we use HMC turn-mill centers as our jaw geometries are much more complex.
Sorry to be picky but it appears to be a QR code, not a RFID tag. Or... is the RFID tag under the QR code? Regardless, EDM is such a cool process. Sure has come a long way in the past 15 years or so. Fun to watch especially the way you cut this video together. Well done! Edit,: Sorry I just noticed when watching again, there is a QR code AND an RFID symbol, the tag is under the label....
Aah okay - I missed that part - thank you for answering Trevor - I really like your content - that machine is as impressive as any other there - thanks again...
It still amazes me how easily these machine produce really complex parts even though I have my own Mitsubishi MV1200S i could watch these videos all day Trevor 👍The RFID on the spool is a great idea. I wasted some parts once running 0.2mm wire on a part programed for 0.25mm once 😂😂
you have manufactured some excellent looking laparoscopic box grasper jaws. I was a Sterile Processing Technician for a few years while I went to school for surgical technology so this tickles my fancy quite a bit. A little too much bulk imo to be up to snuff for manufacturers like Mueller and Aesculap ;) but bravo!
from someone with no background in machining, i’m really curious about the CNC. So is it essentially like an electronically charged wire that cuts similar to a plasma? Wonder what the gauge of that 316L wire was and astonishing how it held up to that type of cutting! Lastly, i wanted to clarify if you were saying that the alloy of the cutting wire can effect corrosiveness of the part it’s cutting ?!
Ok, so 2 questions here (I’m a doctor so very familiar with laparoscopy) but how does the EDM make an enclosed pocket (it seems the wire needs to be across the part?) and related how did you cut the tabs across the stock but leave the parts attached? Like if you cut across with a band saw (which EDM seems like the sci fi version of?) you would have dropped the parts into the bin below?
Haha great questions! The enclosed pocket is accomplished by drilling a start hole, feeding the wire through, and then cutting the desired shape of the pocket. The parts stay attached after cutting because I left a .010 tab so the parts didn’t fall into the tank. Sorry I didn’t mention it in the video!
@@trevorgoforth8963aha that answers my question for keeping the parts attached, Mitsubishi EDM machines can weld with the wire so the drop-out part can be lightly welded to the holder en be broken out afterwards
My fear with that RFID spool is that the machine might be programmed to refuse to use a spool from a competing manufacturer, or to prevent reloading the same spool or moving the RFID tag to get around that. I know some 3d printer companies do that.
Hi Trevor/Team Titan, I remember in another EDM video you mentioned a paste of some sort which help cleans the brown looking finish off of the parts could you remind me what this was please. Thanks for another great video. From Tom
We use both Nevr-Dull wadding polish and lime away. For these parts I used lime away but you have to be very careful because it is aggressive. Dilute it and rinse thoroughly and immediately after washing. Also, use cold water. Hope this helps!
I'm surprised the manufactures haven't come up with a rotating head for the wire, although if the parts are small enough the bed could also rotate to some degree.
i take it since the wile spool is being collected under the machine and since its the sparks and not the wire doing the cutting that the wire can be reused for more cuts than just the one time
Yes it's waste once used then recycled. A wire processor on the back snips it into tiny pieces. I ran Mitsubishi FA and FA/V series wire EDM machines for over 5 years. Usually we used .012" wire but can go all the way down to .004" with only a little over .001" over burn, so if needed you can cut slots down to .006" wide and ID corners almost perfectly sharp with a .003" radius.
Interesting. I design mechanisms that often require EDM for manufacturing. I was always under the impression that operations like around 5:20 were very hard, if not impossible, as the coolant cannot neatly flush through a single channel. I guess the technicians were wrong, and it can actually be done.
I love EDM used to drill holes with it in 2011 for lab work. That being said... Robo mechanical arms for surgeries do not require wire edm precision. Lol
For clarification the parts they're producing are "disposable." The vendor requirements for replacement and service is very strict. A good thing for the medical industry. But... It's not required here and just inflates the medical bill for insurance companies and patients. Why? Because the medical equipment suppliers need to follow standards for equipment for their insurance. 💫😵💫😵💫 Dizzy yet?
When you are doing the op before cutoff, are you running a higher wire speed? Essentially you have an interrupted cut then and isn’t the wire being degraded from the top to the bottom?
When cutting the parts of, do you weld them stuck again to the holder? I’ve heard Mitsubishi (MP1200) has a technology which can wireEDM and weld gaps at the same time
System 3R (also part of the GF family just like AgieCharmilles), we use pneumatic ones, so a robot can change holders and the machine can run 24/7 (as long as it has thread)
The wire doesn’t cut blind holes. The start holes are made using an EDM drill or mill. The wire has to travel all the way through the part so it can’t cut blind features. Sinker EDM’s however, are used to EDM all kinds of difficult to machine blind pockets and holes.
Can someone explain why these need to be made so precise? Wouldn't other manufacturing techniques be good enough? (not a medical person so I have no clue what's going on)
You can but there isn’t much need to. Square block there is a better seal for flushing with the water jets so it’ll cut faster. It’s also unattended machining time. Either run lights out or run another machine.
Because after you rough it out with an endmill you'd have to rough cut the initial wire cut anyways to get the proper distance for voltage gap and wire tension for a proper skim pass cut. And end mill would be like using a chainsaw for a surgical cut and the rough cuts for EDM wire are only a few , usually .005" to .010" , off the desired profile or geometry of the part.
"We maintain a gap between the electrode and the workpiece where the spark is created. It's noncontact machining," explained Dave Thomas, president of EDM manufacturer Sodick *(not the Wendy's guy apparently)*
Thank you for showing an EDM wire doing something other than making parts that disappear flush into another part. I love these machines
why is edm being used here? tolerance reasons? seems like a whole lot of work
@@janek_ow5076 Surgical tools like these are extreme precision devices, so yes. These are going to be used inside someone's body, possibly for very delicate work; so they should do the job correctly every time.
@@janek_ow5076 surface finish is a big one and for these parts it's the fastest way. what would do you instead? six axis CNC doing each part one by one?
Late last year I got see parts that I made enter a human heart and save a mans life. So far 800+ people have had the same procedure done. They have a 97% success rate.
Now that’s badass!
Out friggin standing!
Amazing! They are much more than just parts, aren’t they?
Name of the product ?
@@trevorgoforth8963 Absolutely.
I've been a machinist now for over 35 year. I use to teach an a local ATC. When they high school students through on tour one of the questions that was always asked, what do we need machinist for? The answer was very easy to give. Everything one touches on a daily basis a machinist has been involved one way or another. I so miss programming and running wire EDM's.
Been around machining 40 yrs myself and EDM is the most mind blowing thing to me of recent innovations. Only those of us who were there in the early days can TRULY appreciate this level of awesomeness.
I work for acompany that produces components for lapriscopic tools. We produce the main bodies, levers, buttons and knobs. we also over mold some of the probes that are used. We also produce tubing kits for endiscopes, various housings and components for trolley assemblies. The only problem I have working in the metrology lab, is the large volume of work that comes through. A shot of 4 parts every hour until a batch of 50,000 parts is complete, at a rate of about 400 parts an hour. Then an AQL inspection and full set of measurements on 80 or more parts from the production run.
We have 2 EDMs in the toolroom that produce the mould tools, 1 wire, 1 sinker. The mould tools often have different dimensions than you would expect given the dimensions of the final product and can often take a bit of fine tuning.
Ok
Wire EDM is probably my most favourite CNC machine. Ever since I first learnt about them a couple years ago my mind is still blown and the precision and complexity that can be achieved. It’s also reassuring seeing a genuine real word use for a Wire EDM machine, outside of making seriously cool (albeit novel) zero tolerance flush cubes
This machine is bad ass, its capabilities are insane. 👍
Afew years ago my grandfather had to have surgery for a bad heart valve and from what I understand they essentially had to inflate a small balloon inside his heart to re-open the valve. It exploded inside his heart and the surgeon had to go in and pick out all the little peices, he ended up being fine. Still kicking at the ripe old age of 90
sounds like a transaortic valve replacement
Holy shit
It is very inspiring to see such a machine being used not for the sake of some decoration, but for truly worthwhile purposes.
As someone who has had laparoscopic surgery, i can appreciate this
Mech. Eng., Used to work in a company designing tools like that (grippers, needle holder, hooks, scissors, etc.) CNC is so crucial to the success. Great video, liked it very much
EDM machines are my favorite out of all CNC machines, its just so fucking cool
I am one week Post - op from laparoscopic rotator cuff repair. Seeing how these, I’m guessing clamp heads, are manufactured is absolutely phenomenal. Thanks for showing it.
Very nice.. I'm surprised that that tooling setup doesn't have a 90deg. indexing facility. Or maybe insert a 90deg angle adapter between operations.
Already we tried this type of jaw cutting technique before 12 years
N still we are doing in reusable Edm wire cut machine
Even we make it in Swiss type machines
Great job bro
Modern tech is just crazy good stuff! My gf had an impella device installed in her heart 4 yrs ago! Just this last sat. i got her back from the hospital again! They were going to install another impella but didnt need to thank god! Its such a tiny device or pump ! Incredible stuff like that can be manufactured!
Are you trying to say "impeller"???
Swiss and EDM content has been great. Great vids and great hosts
Thanks dude!
Really awesome that you guys put a gopro inside the machine.
This is one of my favorite how-something-is-built type videos. Very interesting process, interesting product, and excellent narration. Well done.
Had those inside my shoulder for about an hour or so back in March. The damaged couldn’t be repaired that way so they stopped and picked up a knife.
Watch you guys while I’m not busy at work. You solve all my questions about CNC machines and how parts are made…. So cool 🔥
Outstanding video you guys! Kudos to the editor 💣
Thank you !!
Cool video. I love watching CNC machining videos, and my wife is a laparoscopic surgeon. You should mention Kurt Semm, a toolmaker and surgeon who made modern laparoscopy possible by making his own instruments.
I have underestimated this technology I think. Amazing results and very interesting to watch.
Well done
Great parts for great surgeons who save great number of lifes
For the price we pay for surgeries, you'd like to think each and every part is a titan CNC machined part.
How do you price using the EDM machine? Hour of use? Number of parts? Number of operations?🤔🤔🤔🤔🤔🤔
I charge them as a cross section area that wire cut like x₹ for cut area mm²
I'm surprised the Mode 30 cuts don't mess with the GoPro. Cool to see.
I am a founder in a startup company that makes advanced geometries in laparoscopy and electrosurgery! We also use EDM for serrations but for the jaws we use HMC turn-mill centers as our jaw geometries are much more complex.
We too make laparoscopic instruments
after the holes i like to go for the slots too!
Very nicely done. Never did a stack of parts like that in the EDM before
Sorry to be picky but it appears to be a QR code, not a RFID tag. Or... is the RFID tag under the QR code? Regardless, EDM is such a cool process. Sure has come a long way in the past 15 years or so. Fun to watch especially the way you cut this video together. Well done!
Edit,: Sorry I just noticed when watching again, there is a QR code AND an RFID symbol, the tag is under the label....
does it really make light saber sounds when you turn it on?
Aah okay - I missed that part - thank you for answering Trevor - I really like your content - that machine is as impressive as any other there - thanks again...
Thank you.
It never crossed my mind, that mordern medicine and technology are so interconnected.
That’s neat. I just had my shoulder done, so been looking at lots of stuff about this type of surgery
It still amazes me how easily these machine produce really complex parts even though I have my own Mitsubishi MV1200S i could watch these videos all day Trevor 👍The RFID on the spool is a great idea. I wasted some parts once running 0.2mm wire on a part programed for 0.25mm once 😂😂
ouch !
Is that a lightsaber sound @1:33?! 😂 good video Trevor!
Maybe 👀
That's was beautiful!
Manufacturing is always❤️
When are we getting the EDM academy?
you have manufactured some excellent looking laparoscopic box grasper jaws. I was a Sterile Processing Technician for a few years while I went to school for surgical technology so this tickles my fancy quite a bit. A little too much bulk imo to be up to snuff for manufacturers like Mueller and Aesculap ;) but bravo!
Great video. Thanks!
Fun fact, historically many surgeons were often skilled blacksmiths, because by necessity they needed to create their own tools and instruments.
would have been interesting to be explained in more detail how this actually worked and why this method is used etc...
Those are some good looking parts; pretty cool.
as soon as these machines go on black-friday sale at wal-mart imma pick one up
from someone with no background in machining, i’m really curious about the CNC. So is it essentially like an electronically charged wire that cuts similar to a plasma? Wonder what the gauge of that 316L wire was and astonishing how it held up to that type of cutting!
Lastly, i wanted to clarify if you were saying that the alloy of the cutting wire can effect corrosiveness of the part it’s cutting ?!
Make a lot of parts for Medtronic.
If you get bone surgery, we probably make the parts.
Ok, so 2 questions here (I’m a doctor so very familiar with laparoscopy) but how does the EDM make an enclosed pocket (it seems the wire needs to be across the part?) and related how did you cut the tabs across the stock but leave the parts attached? Like if you cut across with a band saw (which EDM seems like the sci fi version of?) you would have dropped the parts into the bin below?
Haha great questions! The enclosed pocket is accomplished by drilling a start hole, feeding the wire through, and then cutting the desired shape of the pocket.
The parts stay attached after cutting because I left a .010 tab so the parts didn’t fall into the tank. Sorry I didn’t mention it in the video!
@@trevorgoforth8963aha that answers my question for keeping the parts attached, Mitsubishi EDM machines can weld with the wire so the drop-out part can be lightly welded to the holder en be broken out afterwards
@@MW11- Yeah GF has slug welding options as well, we just don't have it on this machine!
My fear with that RFID spool is that the machine might be programmed to refuse to use a spool from a competing manufacturer, or to prevent reloading the same spool or moving the RFID tag to get around that. I know some 3d printer companies do that.
Hi Trevor/Team Titan, I remember in another EDM video you mentioned a paste of some sort which help cleans the brown looking finish off of the parts could you remind me what this was please. Thanks for another great video. From Tom
We use both Nevr-Dull wadding polish and lime away. For these parts I used lime away but you have to be very careful because it is aggressive. Dilute it and rinse thoroughly and immediately after washing. Also, use cold water. Hope this helps!
@@trevorgoforth8963 Thank you Trevor I will definitely give this a try. keep up the great content!
I'm surprised the manufactures haven't come up with a rotating head for the wire, although if the parts are small enough the bed could also rotate to some degree.
Love that freakin Lightsaber sound wenn it’s starts to cut.
That opening went so hard
Very good and informative vdo bro, thanks for loading this Hope to see more like this in future also..GULSHAN Kapoor from Delhi, India
i take it since the wile spool is being collected under the machine and since its the sparks and not the wire doing the cutting that the wire can be reused for more cuts than just the one time
The wire will be corroded, it’s cut up into tiny pieces and recycled
Yes it's waste once used then recycled. A wire processor on the back snips it into tiny pieces. I ran Mitsubishi FA and FA/V series wire EDM machines for over 5 years. Usually we used .012" wire but can go all the way down to .004" with only a little over .001" over burn, so if needed you can cut slots down to .006" wide and ID corners almost perfectly sharp with a .003" radius.
Interesting. I design mechanisms that often require EDM for manufacturing.
I was always under the impression that operations like around 5:20 were very hard, if not impossible, as the coolant cannot neatly flush through a single channel. I guess the technicians were wrong, and it can actually be done.
Trevor is it possible to have a video showing step by step how yo program in MasterCAM agie Charmilles
Is there a video explaining the machine?
I love EDM used to drill holes with it in 2011 for lab work. That being said... Robo mechanical arms for surgeries do not require wire edm precision. Lol
For clarification the parts they're producing are "disposable." The vendor requirements for replacement and service is very strict. A good thing for the medical industry. But... It's not required here and just inflates the medical bill for insurance companies and patients.
Why?
Because the medical equipment suppliers need to follow standards for equipment for their insurance. 💫😵💫😵💫
Dizzy yet?
Wow !!! Incredible.
That alloy has a nice vibes
This is so beautiful man wtf
When you are doing the op before cutoff, are you running a higher wire speed? Essentially you have an interrupted cut then and isn’t the wire being degraded from the top to the bottom?
1:30 is that where the lightsaber ignition sound was derived from?
This machine is awesome.
I love the tracks used to this vid❤
So more advanced then when I was a Tradie using carbon blocks and oil baths
When cutting the parts of, do you weld them stuck again to the holder? I’ve heard Mitsubishi (MP1200) has a technology which can wireEDM and weld gaps at the same time
That was very engaging to watch.
STOP YELLING AT ME TREVOR! Lol great video! That's awesome man, great job!
Lol sorry I had some nitro cold brew before filming this one 😁
Great video 👍 Amazing and to think this type of surgery will only be available to those that can afford it 🙄
*except for in all other developed countries outside America
Ayo if a surgeon ever fcks up and sows me up with an instrument still inside of me it better be a damn Titans of CNC machined piece of art.
😂😂
1:30 lightsaber no wayyyyy😮
Were do u get those holders for the wire machine? They look so much better than the table vises we use.
System 3R (also part of the GF family just like AgieCharmilles), we use pneumatic ones, so a robot can change holders and the machine can run 24/7 (as long as it has thread)
how do you compensate for the bow in the wire as you feed ? from top to bottom in deep cuts
How does the wire cutting make pierce cuts like holes?
Incredible technology.
Are any of your medical pieces made out of titanium?
Another great one guys
Beautiful!
I do not understand how the wire is able to cut a blind hole through the material - how does it accurately make the blind plunge ...?
The wire doesn’t cut blind holes. The start holes are made using an EDM drill or mill. The wire has to travel all the way through the part so it can’t cut blind features. Sinker EDM’s however, are used to EDM all kinds of difficult to machine blind pockets and holes.
Are those tumbled for deburring or what technique is used for that?
Hard to believe!!
May as well be sorcery!!
Cool vise : D
Why edm over traditional machining?
Please how do you start the hole
Great video, please volume down the music or ditch it all together.
Can someone explain why these need to be made so precise? Wouldn't other manufacturing techniques be good enough? (not a medical person so I have no clue what's going on)
Question: why don't you do the ruffing with milling and then go to the EDM?
You can but there isn’t much need to. Square block there is a better seal for flushing with the water jets so it’ll cut faster. It’s also unattended machining time. Either run lights out or run another machine.
Because after you rough it out with an endmill you'd have to rough cut the initial wire cut anyways to get the proper distance for voltage gap and wire tension for a proper skim pass cut. And end mill would be like using a chainsaw for a surgical cut and the rough cuts for EDM wire are only a few , usually .005" to .010" , off the desired profile or geometry of the part.
@@aguillot1984 ow didn't think of that :) very good answer. Thanks
❤wow, amazing 👏 😍
Toothbrush is a handy tool to keep in your Top pocket
Awesome 😎 video 📸
best of the best
How are these parts deburred? Tumbler?
what's the price of this machine?
Sir can you tell part name.
How is the start hole made, a drill?
An EDM drill, also known as a hole popper. Or you can drill them using a mill or drill press.
"We maintain a gap between the electrode and the workpiece where the spark is created. It's noncontact machining," explained Dave Thomas, president of EDM manufacturer Sodick *(not the Wendy's guy apparently)*
Very cool!
Rocket technology is always contributing to medical technology and vice versa
😮😮😮What is that machine?? 300,000 sparks ⚡️ pre second 😮😮😮