Finally, someone has made a video that makes sense. Reading the comments in other videos were they're use stones and knife sharpening plates, the viewers are like "oh I get it, Thanks" Knowing they didn't get it and are probably somewhere trying to hold down a 6 year old for a trim.
With this Video Mitch you answered the questions I had on all points of hollow grinding clipper blades and the disc shape required, I will probably end up buying your machine over other brands. Thank You.
All I can say is WOW! I never could wrap my head around the geometry of how exactly how a hollow grind was better than a flat grind. This excellent video was dumbed down perfectly for my brain to understand! Thanks!
Mitch, let me be the first to say well done! A very thoughtful and well executed explanation, I'll never have to spend hours on the phone trying to paint a verbal pic for folks again, just send them to this video! Thanks! Mark
I finally get it. It's because the blade is a ~1 inch plane while the tip edge "line" never comes in contact with the cone. If it did from too much grinding I think that would be a problem.
Tantos años y muchos aún preguntándonos por el dichoso ángulo. Jaja. Según entiendo no hay un ángulo único, pues el mismo varía según el diámetro del disco. O al menos eso es lo que da a entender,.... no, para que distintos diámetros de discos de afilado den el mismo resultado sobre las cuchillas, es necesario tallar distintos ángulos de rectificación sobre su superficie. Ahora, supongo que a ésta altura, o desde un comienzo, existe una fórmula matemática para calcular el ángulo necesario en distintos diámetros de discos. Sería bueno poder acceder a dicha fórmula, solo el que está en el tema debe saber cómo calcularlo.
Has anyone used the flat side of that plate with hook and loop sandpaper somehow to sharpen scissors? I'm looking into buying an arm with convex clamp to try
Hi, really interesting. Could some tell me what's the supplier name of that reference test plate ground flat? I contacted Mitutoyo in Europe but they do not have such a plate... thks
pour un disque de 440 mm la pente est de 0.9 mm pour les grand peigne et de 1.2 mm pour les petit peigne de chien profondeur des rainure 0,5/0,7 mm il faut un tour spécial pour faire le travail
Finally, someone has made a video that makes sense.
Reading the comments in other videos were they're use stones and knife sharpening plates, the viewers are like "oh I get it, Thanks"
Knowing they didn't get it and are probably somewhere trying to hold down a 6 year old for a trim.
With this Video Mitch you answered the questions I had on all points of hollow grinding clipper blades and the disc shape required, I will probably end up buying your machine over other brands. Thank You.
All I can say is WOW! I never could wrap my head around the geometry of how exactly how a hollow grind was better than a flat grind. This excellent video was dumbed down perfectly for my brain to understand! Thanks!
Mitch, let me be the first to say well done! A very thoughtful and well executed explanation, I'll never have to spend hours on the phone trying to paint a verbal pic for folks again, just send them to this video! Thanks! Mark
i have ben doing this for 10 years and never understood on how this worked i want to thank you for this vidio know i understand thanks jaime
Link to Part 2: czcams.com/video/UuwO84NRSpg/video.html
I finally get it. It's because the blade is a ~1 inch plane while the tip edge "line" never comes in contact with the cone. If it did from too much grinding I think that would be a problem.
Can we chat on whatsApp
Tantos años y muchos aún preguntándonos por el dichoso ángulo. Jaja. Según entiendo no hay un ángulo único, pues el mismo varía según el diámetro del disco. O al menos eso es lo que da a entender,.... no, para que distintos diámetros de discos de afilado den el mismo resultado sobre las cuchillas, es necesario tallar distintos ángulos de rectificación sobre su superficie. Ahora, supongo que a ésta altura, o desde un comienzo, existe una fórmula matemática para calcular el ángulo necesario en distintos diámetros de discos. Sería bueno poder acceder a dicha fórmula, solo el que está en el tema debe saber cómo calcularlo.
Excellent video.
Has anyone used the flat side of that plate with hook and loop sandpaper somehow to sharpen scissors? I'm looking into buying an arm with convex clamp to try
Thanks for your wonderful videos.
What's the name of block you use after sharpening the blade? I mean what kinda material is that?
Soft cost iron
Hi can we chat on whatsApp
How much drop is in an average aluminum disc?
Muito obrigado pela explicação!
Hillo master Can medical aluminum oxide be used to sharpen the blade of a razor?
Can we chat on whatsApp
Hello, greetings from Argentina! a query what aluminum alloy is the disc?
Hola Javier pudiste conseguir el dato de la aleación, estoy en la misma. saludos
Hi, really interesting. Could some tell me what's the supplier name of that reference test plate ground flat? I contacted Mitutoyo in Europe but they do not have such a plate... thks
0.011
olá bom dia, qual a face do disco e qual o angulo do disco
What is the name of that machine
can you tell me how much the angle of the disc is?
1mm
@@ColinButt is 1mm correct or 1 degree?
Alguien sabe cuánto es el ángulo para la rectificación por favor??
0.011
friend, is this disc stainless steel or aluminum? and how big is that disk? thank you.
What is the price of it
What is the metal of the disk
aluminium
si possible al/mg l,idéal un aluminium utilisé par les militaires sur les blindées
interesting
Can u sharping my blades for me please
كم سعر دسك صغير
Hello
can you tell me how much the angle of the disc is?
pour un disque de 440 mm la pente est de 0.9 mm pour les grand peigne et de 1.2 mm pour les petit peigne de chien profondeur des rainure 0,5/0,7 mm il faut un tour spécial pour faire le travail