What happens to the PLA? I mean it's carbon, hydrogen and oxygen. I would think it would have to either off-gas (but it's sealed) or it would either form a barrier to welding (which doesn't seem to be the case) or be absorbed by the steel (in which case, could you case harden something by enclosing it in PLA in a canister?)
This technique was discovered earlier this year at Killroy's with Steve Schwarzer so its still very new. A great discovery though! Thanks for watching.
That's awesome. I love this technique. So much easier than taking a sheet to the water jet to cut out a hundred blanks to stake in a can. This is definitely going to change pattern damascus in the years to come. Great job. Great video.
I took a 3D printed canister Damascus class with Steve Schwarzer last month, what an amazing experience!!! My design was a triskele horn in nickle wrapped in 1095. It turned out pretty well. What I learned, like you mentioned is to 3D print the walls of your design fairly thick, to help resist your pattern loosing its image in the forge weld. The other thing we learned is if your design is fairly complex to exaggerate the spaces between your elements as the image distorts some as you reduce.
So after binging the beginner series I was looking at some of the other things you have done and I was looking for the next video where you make a blade with this. I am a HUGE 3D printing nerd so this was right up my alley. I have to say of all the videos I've been watching on forging lately, yours seem to be the best and most informative that I can actually learn from so many many thanks for you taking the time to share your knowledge and skills, it is honestly appreciated !!!
Ive seen posts about 3d printing molds for canister damascus and it looks very cool. Awesome work. Ill have a crack at it once i get myself a 3d printer.
When this was discovered I was amazed at how few of the big UA-cam smiths didn't see it and run with the idea. Would really like to see some more complex mosaic tiles made from 3D printed elements.
Love seeing all the ways people are using 3D printers. I can't wait to see what guy like you come up with when the price of metal printers are low enough people don't have to mortgage their houses to buy one.
That's so awesome. I've watched a few of the 3D printed Damascus vids by different creators and it's amazing. This is revolutionary to this field. The bullet looks like a moving picture with the shark swimming.🙌🤝 Oh the graf discs are cool beans, I've done a little research and the value seems to be in the longevity and the non wearing disc. The consensus seems to be you cant hoss it like you can abrasive discs but they last much longer. The wood carving discs are so cool. You can carve with them, literally. I've been wanting to try them to carve some wood bowls etc. Even carving sculptures. Hey, hope you didnt take my comment as criticism the other day when I mentioned that the arrowheads were measured in grains and not grams. It's a common thing to confuse. I wasnt criticizing, and I apologize if it sounded that way. Sometimes text comes are devoid of intent and I'm pretty darn good at sticking my foot in my mouth.🤣😂 Have a beautiful weekend sir! Looking forward to seeing that billet in a finished knife.🤝❤🇺🇸
No, no worries on the comment. I had no idea my scale WAS in grains (or even had a setting for grains). I myself thought they were in grains but when the broadness went on the scale and read 102, I was thinking, huh I must be wrong and it is grams. Lol! Those wood carving discs are cool but also kinda scary. The speed was startling! Thanks for watching!
It turned out really well considering the 101 things that can go wrong with mosaic patterns. Could be fun with stuff like a tiger stripe pattern thats a little less dependent on a recognisable shape
Knocked my socks off. Have never had or seen much use for titanium dioxide. Stainless steel cannister is the way to go. Great video and appreciate the education! 👍🏻👍🏻👍🏻
The billet turned out awesome as usual. I can see how the possibilities with PLA and 3D printing are all but endless. Thanks again Dennis for sharing more of your knowledge!
The phrase "hot knife through butter" comes to mind on that woodcutting wheel. Using PLA to make a mold for a pattern weld makes a LOT of sense; I've seen a lot of people 3D printing positives for lost PLA casting (as opposed to lost wax). You can get that stuff really thin, too, on a high-resolution printer, as I understand it. (I've never had the chance to play with one but I have ideas.)
I have a relatively cheap printer ($350) and it printed it super thin with no issues at all. It was actually too thin. That wood cutting wheel was a little scary actually. 😬. Thanks for watching.
I absolutely love the fact that the smiths who tried this 3D printing idea for the first time ever (I think!) immediately posted the process on UA-cam. This is about the most sharing community I've ever been a part of. Oh, and nice sharkies! Not a seventeen footer in the bunch.
A very cool test and awesome results. Two questions: 1. Aren't you worried about PLA burning and producing gas inside the cannister (ok, not much air in there, bu still...). 2. PLA is a carbon source - it might add roo much car on to your steel - yes?, no? What do you think? Thanks!!!
There was a tiny home drilled into the canister for any pressure relief. The PLA isn’t going to add any appreciable carbon to the steel. Thanks for watching.
Oh, you REALLY need to watch Fireball Tools video on increasing the longevity of angle grinder discs. It blew my mind, and his. It's a game changer. Time well spent.
Your comment on the van made me wonder, would it work very efficiently to put the van in the forge first to build up some forge scale to help get it off?
When you want something to stick together it won't, but when you don't, it will! Putting a can in the forge might help a bit but those buggers still want to stick! I think the steel powder adheres much better. Thanks for watching, Nicholas.
@Tyrell Knifeworks the best way to get the can off is to grind opposite corners or cut opposite sides..then the can comes off in 2 easy pieces (unless it welds to the builet)..and another method to prevent the can from welding to the builet, is to line the can with paper or thin cardboard (craft paper)
The paper doesn’t really work that well. I’ve done many canisters and the stainless can us the way to go, but I usually use stainless end caps but this time I didn’t. Thanks for watching.
Yeah, I’ve seen it. I’m not sure where he got that dolphin. Probably laser carved. His technique of twisting the billet is interesting but very wasteful. You lose 2/3rd’s of the billet. It would have been better if he tiled it IMO. He’s fine sone incredible stuff though.
How can I get in touch with you about acquiring some of the end cuts that you have off your Billets? Would Love to see what I can make out of them.. Thanks
I keep all those, Frank. I use them in other projects. Thanks for watching. Note, my website is linked in every video description and it has a contact form.
Thanks for sharing new products. The only thing you didn't consider is if you had the diamond disks is "time is money". You wouldn't have used as many disks but with as many cuts as you had to make you would have spent a whole lot more time. That was also with a new blade. I'm sure it won't perform as well the more you use it so it would take even longer to cut vs the standard wheels.
Why don't you get one and try it. They claim to be able to make 5000 cuts. Even if that's only 1000, it would likely still be very viable after 250 cuts, which is about 10x than the usual abrasive disks. Don't be too quick to poo poo new technology. Give it a try. Thanks for watching.
I don't forge at all...but I weld! Just like everyone else in Oklahoma, lol. That made me wonder if it would work to smoke the inside of a cannister with soot from your torch? Maybe the nature of the thing wouldn't keep the can and what's in the can from sticking but it was just a thought.
The thing is... things you want to stick sometimes don't, and the things you don't, do. 🤣. While the soot might help, the powder seems to adhere to any mild steel, no matter what you do. Putting the can in the forge and building up scale is better than soot and that even doesn't work. 🤷♂️. Thanks for watching.
@@TyrellKnifeworks Thanks for the videos. This PLA trick is really interesting. The posability of personalized knife blanks is really enticing. A guy could probably set up just to make those and crank them out day and night and never run out of orders. Not very rewarding I suppose.
Nope. It might reduce it sticking a tiny bit but those buggers want to weld to the inside so much! You’d be better off with white spray paint or stainless foil in that case. Thanks for watching, Michael.
If you just poured powdered metal into the can you’d get some swirly pattern but it would be kind of random. Might look cool though. Thanks for watching
I was thinking about doing something similar with a snowflake for an art piece. Do you think this would work better using pure nickel for the design if it is mostly a wallhanger?
Some of the powder leaked out and distorted them. I learned a lot, particularly to make the mold thicker next time. Lots of cool possibilities though. (note, dolphin tales are horizontal, not vertical. 😉)
If you do a lot of canister or have a need to cut a lot, it's worth investing in a plasma cutter. Even the cheap ones work plenty good especially for material under 3/8" thick.
I don't really have a need for a plasma cutter enough to justify buying one. I don't really cut enough steel to warrant it. Plus any high carbon steel you cut with them, you need to grind away the first 1/8" around the cut because it burns out any carbon and it won't harden. Thanks for watching, Edward.
I'm not quite sure what you mean. You can add varying amounts of nickel, but that would give you grey/silver tones only. You can't really get a different color. Thanks for watching.
@@TyrellKnifeworks You currently have 2 strong tones of grey, but with a different alloy you could have a tone between. Consider your shark logo as one 'loop' it would be trivial to have a second loop and use a different tone, lighter or darker, in between. Colour was a poor word choice on my part! Pity you can use copper in this manner.
The 3D print design is going to change the mosaic pattern knife making so many different pattern can be made with less of a process there's some other makers showing great potential for this as well
@@TyrellKnifeworks No worries, I get it, I just wanted to point it out in the comments. I love your videos and gain quite a bit of knowledge from what you share. Thank you for everything you do.
Yes, that's certainly possible and you wouldn't have to tile it. But its harder to forge weld and as you draw it out you would be distorting the sharks, so they wouldn't look as good an might end up looking like sturgeons. 🤣. Thanks for watching, Joe.
@@TyrellKnifeworks Yes. I don't understand why it burning off wouldn't have created a barrier of some sort that would prevent the weld. But seeing is believing!
Cutting steel/iron with diamonds is not... smart. Diamonds are pure carbon, and carbon dissolves into steel. Cutting steel with diamond edges eats the diamond off rapidly. Even before the diamond is gone, it's smoothed over and it no longer sharp. All around bad product for steel.
Any questions about this construction? Note, I meant titanium dioxide, not aluminum. 🤷♂️
you should watch firball tool guy's video on cut off discs and how to get the most life out of them.
You forget to ad the meaning for the pla 3d printer about what the pla stands for... Also you didn't ad the 3d printer in your tool list🤔🤔
@@AsylumArtifacts Oops... thanks for the reminder. Both have been added to the video description.
What happens to the PLA? I mean it's carbon, hydrogen and oxygen. I would think it would have to either off-gas (but it's sealed) or it would either form a barrier to welding (which doesn't seem to be the case) or be absorbed by the steel (in which case, could you case harden something by enclosing it in PLA in a canister?)
@@MichaelLindner It's absorbed into the steel. I don't think its actually very high in carbon though so probably doesn't impart much into the steel.
Bladesmiths just 20 years ago couldn't imagine whats possible today. Great work as always
This technique was discovered earlier this year at Killroy's with Steve Schwarzer so its still very new. A great discovery though! Thanks for watching.
That's awesome. I love this technique. So much easier than taking a sheet to the water jet to cut out a hundred blanks to stake in a can. This is definitely going to change pattern damascus in the years to come. Great job. Great video.
Thanks for checking it out, Kevin! There are certainly endless possibilities with this technique.
I took a 3D printed canister Damascus class with Steve Schwarzer last month, what an amazing experience!!! My design was a triskele horn in nickle wrapped in 1095. It turned out pretty well. What I learned, like you mentioned is to 3D print the walls of your design fairly thick, to help resist your pattern loosing its image in the forge weld. The other thing we learned is if your design is fairly complex to exaggerate the spaces between your elements as the image distorts some as you reduce.
That must have been a great class! All good points. Thanks for watching, Chris!
So after binging the beginner series I was looking at some of the other things you have done and I was looking for the next video where you make a blade with this. I am a HUGE 3D printing nerd so this was right up my alley. I have to say of all the videos I've been watching on forging lately, yours seem to be the best and most informative that I can actually learn from so many many thanks for you taking the time to share your knowledge and skills, it is honestly appreciated !!!
I’m glad you find the channel useful and interesting! You’re always welcome to support me on Patreon. 😜. Thanks for watching!
Ive seen posts about 3d printing molds for canister damascus and it looks very cool. Awesome work. Ill have a crack at it once i get myself a 3d printer.
Give it a try! Thanks for watching, JP!
When this was discovered I was amazed at how few of the big UA-cam smiths didn't see it and run with the idea. Would really like to see some more complex mosaic tiles made from 3D printed elements.
I’ll be doing more with it for sure. Thanks for watching
Love seeing all the ways people are using 3D printers. I can't wait to see what guy like you come up with when the price of metal printers are low enough people don't have to mortgage their houses to buy one.
That will be a cool day when someone starts on that route! Thanks for watching!
That's so awesome. I've watched a few of the 3D printed Damascus vids by different creators and it's amazing. This is revolutionary to this field. The bullet looks like a moving picture with the shark swimming.🙌🤝
Oh the graf discs are cool beans, I've done a little research and the value seems to be in the longevity and the non wearing disc. The consensus seems to be you cant hoss it like you can abrasive discs but they last much longer. The wood carving discs are so cool. You can carve with them, literally. I've been wanting to try them to carve some wood bowls etc. Even carving sculptures.
Hey, hope you didnt take my comment as criticism the other day when I mentioned that the arrowheads were measured in grains and not grams. It's a common thing to confuse. I wasnt criticizing, and I apologize if it sounded that way. Sometimes text comes are devoid of intent and I'm pretty darn good at sticking my foot in my mouth.🤣😂 Have a beautiful weekend sir! Looking forward to seeing that billet in a finished knife.🤝❤🇺🇸
No, no worries on the comment. I had no idea my scale WAS in grains (or even had a setting for grains). I myself thought they were in grains but when the broadness went on the scale and read 102, I was thinking, huh I must be wrong and it is grams. Lol! Those wood carving discs are cool but also kinda scary. The speed was startling! Thanks for watching!
It turned out really well considering the 101 things that can go wrong with mosaic patterns. Could be fun with stuff like a tiger stripe pattern thats a little less dependent on a recognisable shape
I learned a lot, particularly to keep the mold a little thicker next time I print one. Certainly a ton of possibilities! Thanks for watching, Kris.
That looks awesome. Such a sweet idea. The possibilities are endless.
This was just my first attempt and I learned a few things. It has amazing possibilities though! Thanks for watching, Chris!
Knocked my socks off. Have never had or seen much use for titanium dioxide. Stainless steel cannister is the way to go. Great video and appreciate the education! 👍🏻👍🏻👍🏻
There certainly is a ton of possibilities for this technique! Thanks for checking out this build, Chuck.
The billet turned out awesome as usual. I can see how the possibilities with PLA and 3D printing are all but endless. Thanks again Dennis for sharing more of your knowledge!
Definitely a lot of options with this technique! Thanks for watching, Stephen!
The phrase "hot knife through butter" comes to mind on that woodcutting wheel.
Using PLA to make a mold for a pattern weld makes a LOT of sense; I've seen a lot of people 3D printing positives for lost PLA casting (as opposed to lost wax). You can get that stuff really thin, too, on a high-resolution printer, as I understand it. (I've never had the chance to play with one but I have ideas.)
I have a relatively cheap printer ($350) and it printed it super thin with no issues at all. It was actually too thin. That wood cutting wheel was a little scary actually. 😬. Thanks for watching.
Great video! That billet has character.
Thanks for watching, Chris!
I absolutely love the fact that the smiths who tried this 3D printing idea for the first time ever (I think!) immediately posted the process on UA-cam. This is about the most sharing community I've ever been a part of. Oh, and nice sharkies! Not a seventeen footer in the bunch.
Yeah, it was cool they posted it for everyone! Thanks for checking out this build
A very cool test and awesome results. Two questions: 1. Aren't you worried about PLA burning and producing gas inside the cannister (ok, not much air in there, bu still...). 2. PLA is a carbon source - it might add roo much car on to your steel - yes?, no? What do you think? Thanks!!!
There was a tiny home drilled into the canister for any pressure relief. The PLA isn’t going to add any appreciable carbon to the steel. Thanks for watching.
@@TyrellKnifeworks thank you!
I love the blade!! I can't wait to see it finished.
It might be awhile, I’ve got a few projects to finish first. Thanks for watching!
That is the coolest billet I've ever seen. Love to see it as a dagger. Thanks.
Not sure what I'm going to make. I'm thinking tanto. Thanks for watching, Lanny
Pretty darn awesome! Thanks for sharing on the cutting blades as well. I go thru a lot of them, nice to have a viable option.
It certainly opens up a lot of possibilities! Thanks for watching.
Late to this video but I see your going from strength to strength. Awesome as usual
Thanks for checking it out, Dan!
Hi, amazing work! I was thinking about how the internal grain of this powder steel is, if there is any difference with normal steel.
No, there’s no difference that’s discernible. Thanks for watching
Correction fluid is titanium dioxide, not aluminium oxide
Yeah, I screwed that up. Sometimes your mind thinks one thing and your mouth says another when you're on camera. 😜. Thanks for watching.
Glad I checked the comments, I was going to say the same thing
Oh, you REALLY need to watch Fireball Tools video on increasing the longevity of angle grinder discs. It blew my mind, and his. It's a game changer. Time well spent.
I'll have to check that out. Thanks for watching.
Awesome idea I love it that will make one awesome knife
Thanks for watching, Ross!
I had seen that shark in your Damascus but didn't realize how you did it. 3D printer.... and I thought it was magic :)
I still have to make something out of this one. Thanks for taking a look.
Is it able to make more patterns in this technique? It looks quite simple.
You can make whatever you can 3D print. Any shapes or complex patterns are possible. Thanks for watching.
Your comment on the van made me wonder, would it work very efficiently to put the van in the forge first to build up some forge scale to help get it off?
When you want something to stick together it won't, but when you don't, it will! Putting a can in the forge might help a bit but those buggers still want to stick! I think the steel powder adheres much better. Thanks for watching, Nicholas.
Sharkmascus yay I finally got to finish watching ...thats very cool Denis ..now I have a reason to own a 3d printer
Yeah, it was my excuse to by a 3D printer as well! 😜. Thanks for watching
@@TyrellKnifeworks roflol may I ask what type you bought
@@TalRohan I just added the link to it in the video description. 👍🏻
@Tyrell Knifeworks the best way to get the can off is to grind opposite corners or cut opposite sides..then the can comes off in 2 easy pieces (unless it welds to the builet)..and another method to prevent the can from welding to the builet, is to line the can with paper or thin cardboard (craft paper)
The paper doesn’t really work that well. I’ve done many canisters and the stainless can us the way to go, but I usually use stainless end caps but this time I didn’t. Thanks for watching.
so cool and nice idea too good job broda
Thanks for checking it out!
Have you seen Shurap's dolphin blade? I have absolutely no idea how he made those shapes but the end result, as usual with Shurap, was mind blowing.
Yeah, I’ve seen it. I’m not sure where he got that dolphin. Probably laser carved. His technique of twisting the billet is interesting but very wasteful. You lose 2/3rd’s of the billet. It would have been better if he tiled it IMO. He’s fine sone incredible stuff though.
Great video. What did you end up settling on for the 3D print wall thickness? 1mm?
I think the wall thickness was .5mm or less as I recall. 1mm is way too thick. Thanks for watching, Kevin.
How can I get in touch with you about acquiring some of the end cuts that you have off your Billets? Would Love to see what I can make out of them.. Thanks
I keep all those, Frank. I use them in other projects. Thanks for watching. Note, my website is linked in every video description and it has a contact form.
Thanks for sharing new products. The only thing you didn't consider is if you had the diamond disks is "time is money". You wouldn't have used as many disks but with as many cuts as you had to make you would have spent a whole lot more time. That was also with a new blade. I'm sure it won't perform as well the more you use it so it would take even longer to cut vs the standard wheels.
Why don't you get one and try it. They claim to be able to make 5000 cuts. Even if that's only 1000, it would likely still be very viable after 250 cuts, which is about 10x than the usual abrasive disks. Don't be too quick to poo poo new technology. Give it a try. Thanks for watching.
I don't forge at all...but I weld! Just like everyone else in Oklahoma, lol. That made me wonder if it would work to smoke the inside of a cannister with soot from your torch? Maybe the nature of the thing wouldn't keep the can and what's in the can from sticking but it was just a thought.
The thing is... things you want to stick sometimes don't, and the things you don't, do. 🤣. While the soot might help, the powder seems to adhere to any mild steel, no matter what you do. Putting the can in the forge and building up scale is better than soot and that even doesn't work. 🤷♂️. Thanks for watching.
@@TyrellKnifeworks
Thanks for the videos. This PLA trick is really interesting. The posability of personalized knife blanks is really enticing. A guy could probably set up just to make those and crank them out day and night and never run out of orders. Not very rewarding I suppose.
How about Forge scale on your mild Steel canister first? Do you think that works?
Nope. It might reduce it sticking a tiny bit but those buggers want to weld to the inside so much! You’d be better off with white spray paint or stainless foil in that case. Thanks for watching, Michael.
Could you make a Damascus blade just using the powdered metal, would the powderd metal mix?
If you just poured powdered metal into the can you’d get some swirly pattern but it would be kind of random. Might look cool though. Thanks for watching
That turned out pretty good!
Some room for improvement and I learned a few things, but lots of possibilities! Thanks for watching.
I was thinking about doing something similar with a snowflake for an art piece. Do you think this would work better using pure nickel for the design if it is mostly a wallhanger?
4% nickel works just fine. Not much different using pure nickel. Thanks for watching.
Wow this is amazing ❤️🔥❤️🔥
Thanks for taking a look!
I used spray paint for my canister damascus ( i have only made one so far) and it worked brilliantly!!! I would suggest it to anyone.
Yes, the spray paint method works well. Thanks for watching
Good old UA-cam turned off notifications to the channel for some reason when I had it set to "All". Got to love that.
That's unfortunate. Glad you found it though!
lol I was going to comment on the aluminum comment. Great video, this may drive the price down at some point for designer Damascus.
It really opens up the possibilities for sure!
"Walter" makes really good razor cut discs, you should be able to cut 1/4 inch angle in a few seconds, and they last better than cheap brands.
I'll have to check those out. Thanks for watching.
Looks great
Thanks for checking it out!
Very beautiful
Thanks for taking a look, Aidhah!
Very cool. Didnt know PLA would vaporize. Curious to see what you make in the future.
I have some plans to use this technique in another project soon! Stay tuned!
It just turns to pure carbon and gets absorbed. Its such a great discovery!
@@the_sharp_carpenter I agree, amazing find by those guys!
Like the channel, but my fav is still Shurap. That said keep up the awesome work
Thanks for watching, Thomas
Some of them got a little dolphin-y. Was that on porpoise?
Some of the powder leaked out and distorted them. I learned a lot, particularly to make the mold thicker next time. Lots of cool possibilities though. (note, dolphin tales are horizontal, not vertical. 😉)
If you do a lot of canister or have a need to cut a lot, it's worth investing in a plasma cutter. Even the cheap ones work plenty good especially for material under 3/8" thick.
I don't really have a need for a plasma cutter enough to justify buying one. I don't really cut enough steel to warrant it. Plus any high carbon steel you cut with them, you need to grind away the first 1/8" around the cut because it burns out any carbon and it won't harden. Thanks for watching, Edward.
I love it!
Thanks for watching!
Excelente trabajo
¡Gracias por mirar, Roberto!
Not gonna lie the top row sharks looks like different species of sharks even though you made them all with single shaped mold
Yeah, the leak in the mold kinda distorted a few. Certainly a learning experiment. Huge possibilities for this though. Thanks for watching.
@@TyrellKnifeworks it's a lovely work man, love from Italy
That's sooo cool !
Thanks for checking it out, Deion!
The wood blades are used for power carving similar to chainsaw carving.
These things move so fast, I'd be scared to power carve with these! You better be accurate. 😜. Thanks for watching, Rob.
Holy Sharks Batman that is cool 😎
haha... it certainly opens up a lot of possibilities. I'll be doing this technique more in the future for sure. Thanks for watching.
What a great idea to use a stainless steel tank.
They are a little more expensive, but worth it!
That's pretty cool what can be done with a 3d printer.
You're going to see more of this technique for sure! Thanks for watching, Matt!
Be interesting with double 'form' with two different colour/tones of metal
I'm not quite sure what you mean. You can add varying amounts of nickel, but that would give you grey/silver tones only. You can't really get a different color. Thanks for watching.
@@TyrellKnifeworks You currently have 2 strong tones of grey, but with a different alloy you could have a tone between. Consider your shark logo as one 'loop' it would be trivial to have a second loop and use a different tone, lighter or darker, in between. Colour was a poor word choice on my part! Pity you can use copper in this manner.
@@KnugLidi yeah, copper would just melt and pool to the bottom.
what a gread idea, never seen this before.
Thanks for checking it out!
I wonder how that diamond blade would do on hard(er) steel.
It's about the same. I did cut some hardened steel with it and it didn't seem any different. Thanks for watching.
@@TyrellKnifeworks nice, figured that could be one place it could fall short of the standard abrasives.
You're so cool man.
Thanks for watching, Dan! 😉
سلام عليكم متابعتك من الجزأئر شكرا على معلومات
شكرا لك على مشاهدة هذا البناء!
The 3D print design is going to change the mosaic pattern knife making so many different pattern can be made with less of a process there's some other makers showing great potential for this as well
Yes, the possibilities are endless! I’ll certainly be doing more in the future. Thanks for watching
oh my what have you come up with Denis...watching now
White paint and most other white dies use Titanium Dioxide, not Aluminum oxide. The Titanium does not bond to steel.
Yeah, I screwed that up. Sometimes when you do videos you think a word and say something else... 😜🤣 Thanks for watching, Rob
@@TyrellKnifeworks No worries, I get it, I just wanted to point it out in the comments. I love your videos and gain quite a bit of knowledge from what you share. Thank you for everything you do.
Make a rune sword where the runes are actually in the metal.
Yeah that’s certainly possible. Thanks for watching.
Triple T:
Tini tini tini
Thanks for taking a look.
What would happen if you used a canoe with several 🦈
Yes, that's certainly possible and you wouldn't have to tile it. But its harder to forge weld and as you draw it out you would be distorting the sharks, so they wouldn't look as good an might end up looking like sturgeons. 🤣. Thanks for watching, Joe.
Good lord! They need to rename that wood blade "the hand mauler 2000".
Ha, yeah don’t get your fingers close!
@TyrellKnifeworks yeah, definitely adding that to my list of never gonna buy items 😆 🤣
The device at 10:39 is truly terrifying... Any mistake is a hospital trip...
Yeah, they are a bit scary for sure. I'm not sure I have a use for them anyway. Thanks for watching, Nick
WOW !!!!!!!!!!!!!!!!
Thanks for checking out this process, Jerry!
white paint pigment is titanium oxide not aluminum oxide
Yeah, I screwed that up for some reason. Thanks for watching.
Идея прикольная...но акула стала похожа на дельфин 🐬
Я так не думаю. У дельфинов были бы округлые носы и горизонтальные сказки. У акул есть вертикальные сказки. Спасибо за просмотр.
👍👍👍👍👍
🌟🌟🌟🌟🌟
Thanks for watching!
Precioso damasco lo siento mi inglés es terrorífico
¡Gracias por echar un vistazo, Jose!
"I dont have tearing of the blade"...wth is that?
I'm not sure what you're quoting. Could you elaborate?
@@TyrellKnifeworks yeah its exactly what you said... Ill check time stamp tomorrow
I'm surprised that worked.
Why are you surprised? That the PLA burned off? This is a proven technique, I didn’t invent it. Thanks for watching
@@TyrellKnifeworks Yes. I don't understand why it burning off wouldn't have created a barrier of some sort that would prevent the weld. But seeing is believing!
21 век. Просто скучно. :)
Спасибо за просмотр
Cutting steel/iron with diamonds is not... smart. Diamonds are pure carbon, and carbon dissolves into steel. Cutting steel with diamond edges eats the diamond off rapidly. Even before the diamond is gone, it's smoothed over and it no longer sharp. All around bad product for steel.
Using diamond on steel is extremely common. It's used in a ton of applications.
You speak too much
Nope, just the right amount. 😉
Dang that wood blade , went through the wood like a laser.
OMG that blade is going to be awesome...I wish I could buy one. shark blade.
That tanto, when I get around to making it, will be up for sale to Patreon members. Thanks for watching.