Best way to determine the cutting egde angle - DIY Laser Goniometer - 3D Print-File $ 5 only !!
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- čas přidán 4. 09. 2024
- In this video i show you tree easy ways, how you can make your own Laser Goniometer. A Laser Goniometer is a must have for every knife lover. You can determine an cutting edge angle fast and precisley. In the Link below you can by a 3D Print-File for $ 5 only!
➡️ Download PDF Paper Laser Goniometer bit.ly/goniome...
➡️ Download PDF Sewer End Cap Goniometer bit.ly/goniome...
➡️ Download 3D Print File (5$) bit.ly/goniome...
👉 Victorinox Online Shop: www.victorinox.com
👉 Links for my books, Swiss Army Knives and equipment below
👇👇👇
🇩🇪 🇦🇹 🇨🇭 Mein Amazon Shop: www.amazon.de/... 🇺🇸 My Amazon Shop: www.amazon.com... 🇬🇧 My Amazon Shop: www.amazon.co.....
➡️ Instagram: / feliximmler
➡️ Facebook: / felix.immler
➡️ Website: feliximmler.ch
Hallo Felix, sehr gut gemachtes Video. Es freut mich, dass meine Vorlage so gut ankommt und wünsche allen viel Spaß beim basteln und dir weiterhin viel Erfolg mit deinen Videos. Viele Grüße aus Bamberg, Hofi.
Haaa ha haaaaaaaa, das freut mich sehr, dass Du dieses Video kommentierst! Der Hofimeter wird noch weltberühmt! 🤣🤣🤣👍👍 Nochmals 1000 Dank für Dein Vertrauen.
Dem kann ich mich nur anschließen. Deine Vorlage hat mir schon viel viel Zeit beim Schleifen gespart. Herzlichen Dank für's Teilen! 😊
I can see a lot of CZcams influencers starting to give sharpness angles on knives that they are reviewing after following your DIY advice.
Thanks for this compliment!
I really dislike 'influencers'. Aka manipulators. Mostly telsell nonsense.
200,000 subscribers
On the way to a million ! Thanks
A Million Felix !
Thanks a lot dear Scott!
How to turn a simple knife sharpening into rocket science! Thank you Felix
Haa ha haaaaa don't underestimate knife sharpening 🤣🤣🤣🤣
I love this! It's just amazing to see peoples creativity, brilliance, and community when they are truly passionate about something. I've looked at these before but never needed one enough to spend that kind of money on them. In fact seeing how simple of a device these actually are makes me realize how overpriced they are. I get they are probably very precise but it's still very simple and once designed and setup there's nothing of major expense here. Anyway, absolutely brilliant thanks for sharing.
Thanks a lot for this wonderful feedback. The same with this device: czcams.com/video/H4mOU1N6Tkw/video.htmlsi=T21zUWhF9nwelXtA
@@FelixImmler nice, that is another brilliant idea. Did you tension the lines with a weight, I think you use a 100 gram weight. Even though that's their suggestion I heard the pre tensioned pieces they sell are set at 250 grams and give a slightly lower result.
I finally got a chance to make it using the 3d printer and it works awesome. Some blades like my swiss army champ are easier to read than others and project a very nice dot. Other blades project more of a distorted arc but the angle is still predictable. Thanks Felix - you are truly the macgyver of bushcraft!
distorted dots mean that the edge is not flat but convex -- as a result of poor angle control or using a belt sander. that is the beauty of this tool, you get the quantitative number and the quality of the edge
Der Felix ist ein Quell von Wissen und Freude. Immer wieder ein Genuß, seine Videos anzusehen. Und so ganz nebenbei lernt man auch noch perfekte Aussprache von Oxford-Englisch :-) 🤣😂😅😛
Danke für das Lob! 🤣
excellent - thank you. i have learned a lot!
That makes me happy! Thank you...
Excellent work! I'm impressed that you went on to design three different devices, so thanks to Abdi for his part in the third.
Super... i will tell him that... thanks a lot!!!!
Thank you very much for your kind words. It was me an honor working with Felix on this fantastic project ... Cheers
you're a genius. absolutely elegant, simple, & cheap.
Best definition of 'simple' ..? Impossible to screw up.
thank you Felix! Will also try
I think with a few slight adaptations this would probably be very useful to create a DIY surveyors tool, astronomy tool, and also would be good for measuring precisely machined angles in effectively any part.
Thanks a for your very interesting comment! Go for it!
Bravo, Felix! 👏👏👏
Thank you!
Happy Friday Maestro Felix. Thank you for another interesting video. Off Topic: As a lifelong SAK collector & EDC user, I am a bit upset to learn from the Vic Spain channel that Victorinox is discontinuing 39 models as of Dec.2022. A number of them no longer appear on Victorinox globals website - a sure sign that they have been discontinued & others are still there for now but some have been out of stock by me locally & on various websites that I buy SAK's from for sometime. In addition Vic Spain has predicted that the entire 85mm Delmont range will be discontinued by the end of 2023. I am a fan of the unique 85mm models that were originally Wenger SAK's, I own & even EDC a number of Wengers, Swiss Buck Wengers & their Victorinox Delmont successors and will be sad to see them go as I was sad & disappointed when Victorinox ended the annual collection of 10 decorative scaled 58mm Classic SD's as these collectables account for 120 of my 150 58mm SAK's out of a total overall of 210+ SAK's of all sizes. Is there any chance that you will make a video on some of the already discontinued or planned discontinued SAK's ? ATB Steve in Tel Aviv.
Hello Steve.I can understand your sadness and your thoughts very well. Let Victorinox know that you think it's a shame if the 85mm models are taken off the market.
I am very bad at presenting specific knife models. i have almost never presented a knife model. I actually only show projects that I do with SAK's. I don't even know what to tell if I had to present a SAK..sorry!
@@FelixImmler Thank you Felix. I intend to write to Victorinox but doubt if it will make any difference
You never cease to amaze me, Felix!
Thank you very much!!!! 😄😄
Super tolle Idee.
Dankeschön 😊
Brilliant and incredibly well presented. Respect sent, Thanks and all the best.
Ahhhh, your comment makes me happy! Thanks a lot!
@@FelixImmler Thank you for your work and passion. I do a bit of measuring in my work, but i have never thought of using a laser this way. First when you were explaining the principle of how this work, i though if it would show small double beveled differencies. I was very pleased to see how well you can measure that little bevel.
This is gold my friend! I have to make one!
That makes me happy , super!
Hey Felix, the Video is so great, hats off! Not only the building instructions but also the accompanying English course you give is a big thumb up‼️Grütziwohl aus Österreich
Vielen Dank Elmar!!
Great video. Thanks a lot for the info, I will definitely try. a greeting!
Thank you my friend!
Hi Felix! I will keep that video for my next vacation. Thank you for the advice! Have a great weekend!
Super! Let me know if it works!
Lieber Felix, du erstaunst mich immer wieder, welch tolle und praktische Ideen du hast! Vielen Dank dafür! Ganz liebe Grüße aus Wels nach St. Gallen und ein schönes Wochenende für Dich und Deine Familie!
Liebe Grüße zurück und danke für Deine tolle Unterstützung!!!
Excellent methods! I especially like the 3D printer model. Very cool!
Thanks a lot Ronan!
Hallo Felix;
What an EXCELLENT! video!
You are SO very smart!
This is one of your very best videos EVER!
I think I could do this.
I made a buck saw from a dead camphor tree, hung an axe, & remade a hatchet handle.
I think I may have made a new kind of woodworking joint but you are better than me!
I admit it!
Thank you for this.
Have a GREAT day, Neighbor!
Wowww, thank you so much!!
Hello Mr Felix!
Greetings from Brazil!
Your videos are an inspiration to everyone who follows you!
Whenever I sharpen my knives 🔪 I have doubts if the sharpening angle is correct!
This measuring device is fantastic! My congratulations for the excellent work!
Peace and good!
Strong hug 💪!
Hello Joao. Your comment makes me happy! Thank you very much!!!!
Very interesting. Thanks.
Thanks a lot dear Mike!
Great idea, definitely doing this. I do not have a 3d printer, but I will do the box and paper version.
Super! Go for it!
Felix, 200k subscribers, is not crazy, it's everyone who IS NOT subscribed that is crazy! You are amazing my friend. Please keep up the great work, inspiration and education.
😉
Hello Ian. This compliment makes me happy! Thank you!
Super Video.
Thank you very much!
brilliant! thanks for sharing this with us!
Great idea, congratulaiotns!
Thanks a lot Jose!
Genial !! Buena idea !!
Muchas Gracias desde España !!
Gracias!
Brilliant !
Thanks a lot!
Tolles Video! Richtig gute Ideen klasse umgesetzt!
Hallo Wolfgang. Danke für das Lob!
great project, something that worked well for me to make 3d printed text readable is lightly painting the top of the characters with a sharpie.
Thanks a lot for this super tip!
Thank you 👍👌✌️❗
Thanks a lot Pedro!!
Great Video
Thank you very much dear John!
Brilliant! 7:42 and Genius!! 8:22 Thanks Felix and Hofi!!!
Thank you Felix for yet another excellent and informative video. Very grateful for your collaboration to bring us a new tool. I purchased the plans this morning and have nearly finished printing my new laser goniometer!
Please give me a feedback how it works...
Hi Nicholas, I just received my goniometer using this design from my local 3d printer service. The scale got screwed up somehow. What scale did you use? Would you mind measuring the width of the flat portion of the goniometer body so I can extrapolate the other measurements. Cheers!
My print came in inches. Keep up the good work!
@@aaronthom2576 Hi Aaron, I used Cura 5.3 to slice the model. The X-Axis (long straight side) originally measured 12mm. I scaled the model to 1000%. This have me a final print @ 120mm. I might be tempted to tweak the design to make it a bit thinner and less bulky to reduce print time and filament use. It's a fantastic design though and works like a charm. I had some challenges with the laser, but you don't really need it to be perfect. The blade angle/angles are still easy to determine. Felix's channel is by far, one of my favourites. Good luck with your print.
@@FelixImmler Hello Felix, the goniometer works perfectly. My laser was not a perfect fit, so it's not perhaps as neat and tidy a solution as my OCD would like, but I'll get around to it some day. That said, it's so easy to determine the blade angle of any knife. My son is now sharpening everything with an edge that he can measure 🤣. I just wish my 3d printer and software offered the same elegant simplicity as my SAK. Thank you again. Warm regards, Nic
Nice toy. Be careful with aiming that laser, never toward the eyes! There are special safety glasses too.
Greetz from the Netherlands 🇳🇱
Thanks for your hint!
@@FelixImmler anytime, used to work in a lab. Eye injuries are permanent. No taking risks with them :)
@@FelixImmler This probably works with a weak laser anyway, right ? I thought there was no point to use a powerful one, especially on reflective/white surface
Perfect timing i just purchased some knives off trade me gotta go do that with half a lid off something lol from New Zealand. Respect
Thanks a lot for your feedback!
Because it has a direct effect on the cutting performance of the blade, it's ont of the biggest parameters for edge retention
Felix, Du bist einfach ein begnadeter Tüftler! 😍
Vielen Dank lieber Günther!
Meinen Glückwunsch zu den 200k Abos. Das Video ist einmal wieder genial. Ich werde es auf jeden Fall versuchen nachzubauen.
Das freut mich. Vielen Dank !😊
Hi Felix. Once again I am in awe of your ideas an their execution. Bleib gesund. LG. Nigel
Vielen Dank lieber Nigel!!
Félix , you are FANTASTIC !!! REALLY 👍👍👍👍❤️❤️❤️
Thank you very much!
Гений, как и Моцарт! Поклон усердию и изобретательности!
This is so fricking cool! Thanks for sharing!
How ingenious and very well produced, Felix! I never imagined that such a laser goniometer could be made so cheaply, and we will be downloading this fantastic PDF file, soon. Thank you so much for all the tips, tricks and workshop projects you have uploaded to your channel - brilliant! I hope that you will quickly reach 200K subscribers. Wishing you all the very best, Wendi 🌻
Thank you very much dear Wendi!!!
You gained one more subscriber, thank you Felix.
Thanks a lot for this compliment!
Did not know about laser restrictions in some countries, I don't think we have these restrictions in the USA, but I will check. This device could be handy in making knives as well
Thanks a lot for your interesting feedback!
Absolutely great Felix, have always had an issue working this out and what a great solution..
Your comment makes me happy!!
Great you gave credit to Hofi. Had that version built with his PDF a month or so ago and it works a charm. Will go now with Haasi's version (the sewer end cap) just for the sake of trying. ;)
Great video, as always. Congrats on the 200k and thank you for being a never ending source of inspiration!
Thank you very much for your super nice comment!
Чудова робота майстра!
Так тримати!!!
Thank you very much!
@@FelixImmler I love to watch people create miracles when they are passionate and diligent about what they love.
It's inspiring, it gives me hope for the future of humanity as creators of beauty, and it's something that can be watched forever.
In my worldview, one of the key beliefs is that there is no such thing as too much perfectionism)
Way to go!
🤝🇺🇦🖖
Hi Félix, I only can Say Great, clever....
My best Greetings from Spain!!!
Thank you very much and greetings to Spain!
This is brilliant, Felix! Thank you very much for sharing this.
Thanks a lot for watching!!!
Thanks Felix for all of your videos!!!
Very informative
Very interesting video Felix. Thank you for sharing it.
Hope you have a great weekend.
JT
Thanks a lot for your support!!!
Thanks for this video Felix! I've downloaded the 3d model and going to give it a try!
Super! Please give me a feedback!!!
Congratulations on the 200k! That is amazing!
Great video and very educational ! Definitely need to try this out.
Thank you very much!
Hallo Feleix,
das ist ein SEHR sinnvolles Gerät! So etwas habe ich schon lange gesucht. Die einfache Möglichkeit ohne 3D-Druck habe ich ("auf die Schnelle") angetestet und ich bin begeistert: funktioniert bestens!!! Ich habe einige Messer erfolgreich „ausgemessen“.
Nun wollte ich den Winkel von meinem Beil messen, aber dabei bin zu keinem Ergebnis gekommen: Bei einem balligen oder einem Hohlschliff kann das System nicht funktionieren, weil das Spiegelbild vom Laser nicht in einem Punkt auf der Skala abgebildet wird.
Ich Danke dir für deine wöchentlich gezeigten SUPER Tipps! Natürlich 👍
VG
Arno
Hallo Arno. Das ist absolut richtig, ein balliger Schliff oder auch ein Hohlschliff funktioniert nicht. Das habe ich vergessen im Video zu sagen . Es freut mich aber sehr, dass Deine ersten Tests erfolgreich waren. Solche Kommentare machen mich glücklich! Danke
@@FelixImmler Danke für deine Antwort.
Dass das Gerät bei balliger Schliff oder auch beim Hohlschliff nicht funktioniert, ist ja auch eigentlich nicht so entscheident, weil beim nachschärfen diesen Anschliffarten der Winkel auch nicht so genau beachtet werden kann/muss.
PS.: mein 3D-Drucker läuft schon😜
Valuable information, thank you Felix
Thank you very much!!!
Good video Felix , thanks for sharing , God bless !
Thanks a lot dear Michael!
This is brilliant!
Thanks very much!
Thanks a lot James
That's really cool! I'm going to have to try this out!
Super, that makes me happy!
Impressive project! I guess, X-ray crystallography works using the same principle but diffraction happens on atoms.
That sounds very interesting!
Actually, as a molecular biologist, I always wanted to understand, how Watson and Crick saw a double helix structure of DNA in X-ray crystallography pictures obtained by Franklin. Unfortunately, all descriptions were either too simplified or overcomplicated. And your project gave me a kind of 'eureka!' 🙂
Nice idea, however the biggest questioner is the correct position of the laser tool and an fix point of the blade, because without these two parameters this will not work exactly only +/- and it not the point of this kind of measurement
In my opinion the laser don't need a fixpoint... and the blade have a fixpoint. I claim that this device is accurate to a degree.
I'm going to build the first two because I love to tinker and work with my hands, but I'm going to purchase the 3D version to give back because you've done so much for all of us. Thank you Felix. My kids are already out getting the materials. More Father and Sons time! Respect from all of your friends from Florida USA 🌴
Hello Richard. Thank you so much for your super nice feedback and your valuable support!
@richard macyczko nice video. why are people so anal about knife angles just use a flat file or chain saw file 1 min. later your done super sharp
hello, love your videos! can we get some videos with swiza knives in the future?
I made one...
Jesus man u got no limits...
Amazing!
Thanks a lot Juanito!
Laser-Goniometer Verkäufer hassen diese Trick. 😄👍
🤣🤣🤣🤣
Good videó...👍🤝
Thank you very much!
Thank you Felix great video
Thanks for watching dear Jackie!
Третій варіант слід зробити з чорного полімеру, нанести білу фарбу на шкалу вимірювання, а потім обережно прибрати фарбу з виступаючих елементів шкали.
Буде контрастна шкала для зняття показів.
Дякую за відео👍
Thanks for your idea!
Loved your video very interesting and easy to follow, plus it looks very accurate, so thank you for your time and hard work, and sharing with us all.
Thanks a lot dear Bob!
Hallo Felix, wieder eine klasse Idee und wirklich gut erklärt! Die Version 3 ist ja echt schon professionell, richtig toll, was ihr da konstruiert habt. LG Micha
Vielen lieben Dank Micha!
super cool project, Felix! Thanks! keep up the good work! 😉😆
Thanks a lot Adrian!
I have a question; will the light reading show one edge is a different angle than the other is? It does show the angle of the cutting edge. However, the stone and guide rod still have to be set to the proper angle to achieve grinding the proper edge on the blade.🤔🗡❓
If you hold the knife per hand like in this cheap models you will not see, that on cutting edge angel is different to the other..
over my head and pay grade... I'll use the sidewalk to sharpen mine (LOL).... but very good video!
Thank you very much for your honest feedback!
Felix, what can I say, Brilliant!!! Excellent description, and execution of a good tool. 2 things are certain, the sun rises and Fridays we will learn something new. Thank you for a great class. All the best.
You make me happy again! Thanks a lot for your valuable support!
Very enjoyable thank you !
Thanks a lot Michael!
Thank you!!!
Thanks a lot!
Amazing! I don't need it, but I want it :-) Thanks!
😂😂😂
Clever
Thanks a lot!!
@@FelixImmler careful: this might also be a new way to injure your eyeball while sharpening your knife. Something about how a dull knife-laser is actually more dangerous than a sharp one.
Also: You just proved that humanity's newest cutting tool, the laser, can be used to perfect our oldest tools. The technological circle of sharpening is complete.
Brilliant …, as always ❤️👊👍
Thanks a lot dear Keith!!
Красивое решение!
Thank you very much!
Tolle Idee und wie immer sehr gut erklärt! 👍
Das freut mich, danke!
Very nice great idea! Looks like it works great 👍
Thanks a lot Mike!
Super Video! Cool wie du deine Idee weiterentwickelt hast und am Schluss ein professionelles Produkt rausgekommen ist! Wow! 💪🏼 Sehr spannend mein Freund! Liäbä Gruess us Zürich!
Danke für das Lob! Liebe Grüsse und bis bald einmal...
@@FelixImmler Ja, bis bald wieder! 💪
You are amazing!
For sure you are not going to surprise me again in the future. For sure I'm wrong 😂😂😂
Thanks for your kind feedback!
Cool video. I would be interested in knowing if you got the same readings with all three device’s using the same knife?
Thanks for the video.👊🏻👏🏻👏🏻
Yes. +/- 0.5 degrees the same results...with all the different goniometers
@@FelixImmler Very good! ✌🏻
Sehr cool Dein Goniodingsbumbs ;o)
Wieder was dazu gelernt. Ich bin ja mehr der Freihandschleifer aber wenn ichs mal GENAU haben will weiß ich jetzt wie's geht.
Danke Dir!
Danke lieber Eric!!
Klasse Video, tolle Idee, Danke. 👍👍👍👍👍👍😷🌟
das freut mich...Sehr gerne 😊
👋🔥✌️Hello, Felix. Very good 👍💪✌️!!!
Thank you very much!!! 😄😄
Marvelous
Thank you very much!
Werde gleich mal ein Laser-Goniometer nachbauen, aber einen mit Sekundenauflösung. 😂
Haa ha haa das siehst aber Du vor lauter strichen nicht mehr... ausser Du machst Ihn verdammt gross 😂
@@FelixImmler Wenn die Wolken Strichmarkierungen hätten, ginge das mit einem Tschainalaser.
What diameter of laser pointer did you use on the 3-D printed version?
Thanks Felix keep up the good work!
Que gran invento, bravo 👏🏽👏🏽👏🏽
Gracias!!
Hi Felix, first of all thank you for the nice video. I purchased the 3D model but I seem to have problems scaling it to the real size. Can you please tell us what units are the STLs made in and what is the appropriate scaling factor? Thank you!
I guess where you bought this model, there ich a email for questions... i have no idea about 3d sorry!
Hi@@FelixImmler , thank you for the suggestion. I contacted the creator and I got all the needed details. Thank you again!
Ingenious, but how to sharpen a blade that has two angles? And where to find a lexicon of angles to use?
Hi Felix, wow that's amazing !!!. Can I buy one of the 3D printed Goniometers already made from you please? ...
No sorry!