Among the small drill presses I have, my favorite is the PBD 40 drill press. It is a Bosch product and features a wheel-shaped handle. In addition, it has a special feature that allows us to adjust the basic height and perforation height with one-touch vice and one handle. I tried to convert this product into a small milling machine. I'm going to reupload the video I uploaded before, edit it more neatly. Please show a lot of interest. Thank you.
Funny contraption. I'd use that but with fixed spindle router instead of table-top drill. As I guess some decent router spindle will have bearings suitable more for side/radial/horizontal load, while drill should have spindle bearings more suitable for axial/vertical direction load. For some foam, light materials, modeling or preps magic, it might work, but I guess for anything heavier that drill will break sooner or later.
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. Actually, I also have a large milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
Thank you for your kind words. There are many cooler, larger machines, but I wanted to make a small milling machine. I will try my best to create better works.
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
Great work but the that chuck needs changing for one with less runout and the drill body needs shimming to stop undesired movement in order to get straight lines when milling.
Super top. Comme d'habitude encore une super vidéo. Merci🤩🤩🤩🤩🤩 Pouvez-vous me dire quelles sont mes références du moteur et de la connectique du cable? Et envore bravo 🎉
Comprendre la passion et le travail acharné des autres. C'est un énorme cadeau. Je voudrais exprimer ma gratitude. Understanding the passion and hard work of others. That's a huge gift. I would like to express my gratitude.
Das ist ein bedeutungsvoller Punkt. Natürlich habe ich auch darüber nachgedacht. Ich habe es mit einem Fräsmaschinen-Prototypen mit einer Arbeitstiefe von ca. 1 mm auf Weichholz hergestellt. Der Haupteinsatzbereich ist natürlich das Bohren. Ich glaube, Sie haben das Konzept meines Kanals noch nicht verstanden, aber ich bin jemand, der hauptsächlich a priori Experimente und Tests durchführt. Bitte verstehen Sie dies als einen neuen Versuch. Danke This is a meaningful point. Of course I also considered it. I made it using a milling machine prototype with a working depth of about 1mm on softwood. The main use is, of course, drilling. I don't think you've figured out the concept of my channel yet, but I'm a person who mainly does a priori experiments and tests. Please understand this as a new attempt. thank you!
Comprender la pasión y el trabajo duro de los demás. Ese es un gran regalo. Me gustaría expresar mi gratitud. Understanding the passion and hard work of others. That's a huge gift. I would like to express my gratitude.
while the naysayers are accurate in their points, there’s a saying that i think applies here:”if it’s stupid and it works, it’s not stupid”. you are prototyping and likely not going to use this to do any high precision or heavy duty steel milling. keep up the great work!
Thank you very much. Even in my home country of Korea, there are people called keyboard warriors who try to get in trouble through comments. Fortunately, the people who pointed this out in the comments on this video seem to be writing with a worried heart. Thank you again, I will also try to include new ideas in the video.
I agree with that, essentially. There still needs to be a method for tramming in the table, which would likely entail shims at the mounting locations. I love diy solutions, but flaws should be identified and corrected, not ignored or worse, pretend they don't exist.
schöne idee...leider die falsche Maschine. man kann sehen wie der Fräser aus der Spur kommt, da sie PBD40 einfach zu viel Spiel hat. nice idea...unfortunately the wrong machine. you can see how the milling cutter comes out of track because there is just too much play in the PBD40.
Danke für dein Interesse. Dies ist eine Arbeit, die ich als Prototyp gemacht habe. Benutzen Sie es nicht so weit, dass es die Maschine übermäßig belastet. Außerdem betreibe ich einen Tool-Review-Kanal. Es mag für Sie nicht leicht zu erkennen sein, da die Rezensionen auf Koreanisch sind, aber es handelt sich um einen Tool-Review-Kanal, der sich auf Elektrowerkzeuge konzentriert. PBD40 ist ebenfalls ein Produkt, das ich ausführlich getestet habe, und jeder, der sich mein Testvideo angesehen hat, versteht die Spezifikationen und Grafiken. Vielen Dank Thank you for your interest. This is a work I made as a prototype. Do not use it to the extent that it puts too much strain on the machine. Also, I run a tool review channel. It may not be easy for you to see because the reviews are in Korean, but it is a tool review channel focusing on power tools. PBD40 is also a product that I have reviewed in detail, and everyone who has watched my review video understands the specifications and graphs.thank you
The PBD 40 has a little graph on its left side, showing drill speed for different diameters of the drill for steel and aluminum. The speeds for aluminum should ideally be used for wood - at least for hardwood - too. That graph is not just decor.
Thank you for your interest. This is a work I made as a prototype. Do not use it to the extent that it puts too much strain on the machine. Also, I run a tool review channel. It may not be easy for you to see because the reviews are in Korean, but it is a tool review channel focusing on power tools. PBD40 is also a product that I have reviewed in detail, and everyone who has watched my review video understands the specifications and graphs. Thank you!
@@Kynosys_ I am sorry if my comment came across the wrong way, and I apologise if it did. My comment was regarding the way you used the machine during the build. (I am toying with the idea of building something similar for my own PBD 40, I'm just not sure its speed is high enough for a router for wood.) The build in itself was very good, and I liked it, but when you drilled holes, as far as I could tell, you didn't adjust the drilling speed.
That is correct. Originally, I should have installed a limit switch, but since I was going to move in a very narrow area, I replaced it by marking the upper and lower limits on the table. I will pay more attention to details in upgraded works. thank you!
Now change to stepper motors and add CNC or at least install DRO:s for X and Y-axes (the drill already has one for Z-axis) for coordinates. In this form it's just an electric cross feed table without any way of measuring your tool position, the mechanical accuracy potential is wasted without that.
Very nice work indeed, but you have to know that this drill press is not made for milling meaning that the spindle bearing is unable to sustain the excessive radial loads. PBD 40 is notorious anyway of spindle wobbling. Do not expect precision and long life from your machine.
The part that holds the spindle bit is very weak. This seems to be one of the drawbacks of this product. If possible, replace the drill chuck with a different one. thank you!
I changed out my chuck for a Rohm Supra 1-13 S and that helped but only about 50%.. To take it apart and really do a good job is beyond my capabilities, but I can get fairly close...I hate the "fairly", though.
Ese soy yo. Lo hice hace unos 2 años. Mientras administraba un canal en Corea, recreé un canal exclusivo de bricolaje para crear el canal actual. Estoy volviendo a subir videos antiguos. ¡gracias! That's me. I made it about 2 years ago. While running a channel in Korea, I re-created a DIY-only channel to create the current channel. I'm re-uploading old videos. thank you!
Cool project, but the PBD40 is not suitable for milling. The bearings will quickly wear out, and that chuck is definitely not good, borderline dangerous to use as milling chuck. The least you should do is change it. Here is a video I made about how to change and what to use instead: ruclips.net/video/nCqVoaGVK8g/видео.html But for milling, I'd change to proper ER type if you can find an adapter. You should also make sure the PBD40 head is not wobbling and 100% locked to prevent unwanted Z movement. All in all, I think a palm router would do a better job if you are milling wood.
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. Actually, I have a large milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
The PBD 40 spindle is not suitable for milling. The deep groove bearings are too small, bearing mounts too flimsy, shaft is too thin, shaft stickout too long and chuck too weak. It is strong and rigid only for drill pressing. Because it is a drill press. D-uh.
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
Discarding obvious equipment limitations is the opposite of an 'a priori experiment'. Might want to take the arrogance in your viewer replies down a notch. It's not all about the algorithm.
@@Kynosys_ Everybody knows what happens if you use a drill press for milling. You get shitty cuts and a ruined drill press. Like is your experiment to replicate the finding of the research paper that found this to be a universally shitty idea, this some kind of make science better initiative?
hmm , the PBD is not suited for this, at all, it will ruin the machine. entry level AMB FME 800 would be optimal and is around 250 new, there are plenty used ones for half the money. a joystick seems to be a better way to steer the machine, that would be neat and super useful
Thank you for your kind words. This is a work that I wanted to make, so I focused on implementation. I looked up the parts you mentioned and I really like them. I definitely want to try it next time.
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
Thank you for your interest. This is a work I made as a prototype. Do not use it to the extent that it puts too much strain on the machine. Also, I run a tool review channel. It may not be easy for you to see because the reviews are in Korean, but it is a tool review channel focusing on power tools. PBD40 is also a product that I have reviewed in detail, and everyone who has watched my review video understands the specifications and graphs. Thank you!
Всё бы хорошо, у меня тоже была подобная идея. Но только качество PBD 40 таково, что из него и сверлильный станок никудышний, не то что фрезерный. Биение шпинделя ужасное, подшипники низкого качества и не предназначены для радиальных нагрузок. Так что автору респект, но не стоило тратить время. У него хороших станков и без этого хватает.
Это точно. На самом деле у меня есть большой фрезерный станок. Стол по осям X и Y, который у меня уже давно был, хорошо смотрелся на PBD40, поэтому мне вдруг захотелось сделать его. Вы поймете, что использовать его на практике непросто. Пожалуйста, поймите, что это образец, сделанный в качестве прототипа. Большое спасибо за ваше профессиональное мнение. That's accurate. I actually have a large milling machine. The x-axis and y-axis stage that I have had for a long time looked good with the PBD40, so I suddenly wanted to make one. You will understand that it is not easy to use practically. Please understand that this is a sample made as a prototype. Thank you very much for your professional opinion.
![Bosch PBD 40 Drill Press First Look [video 597]](http://i.ytimg.com/vi/x6C0KYBjxLs/mqdefault.jpg)
Among the small drill presses I have, my favorite is the PBD 40 drill press.
It is a Bosch product and features a wheel-shaped handle.
In addition, it has a special feature that allows us to adjust the basic height and perforation height with one-touch vice and one handle.
I tried to convert this product into a small milling machine. I'm going to reupload the video I uploaded before, edit it more neatly.
Please show a lot of interest. Thank you.
Can you please tell me where can I buy pbd40 in Japan?
Some of the best innovation and precision woodworking that I have seen among the 60+ channels that I follow! LOVE your work, inspirational!
Funny contraption. I'd use that but with fixed spindle router instead of table-top drill. As I guess some decent router spindle will have bearings suitable more for side/radial/horizontal load, while drill should have spindle bearings more suitable for axial/vertical direction load.
For some foam, light materials, modeling or preps magic, it might work, but I guess for anything heavier that drill will break sooner or later.
This is a meaningful point.
Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. Actually, I also have a large milling machine.
I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
Just brilliant - you've made my day. I purchased a PBD40 last week and I love robotics. I'm inspired by your work.
You have joined the PBD40 family. This is one of my favorite small drill presses. Thank you for your kind words!
That is incredible 👏👏👏 you are a very clever guy 👍
Brilliant 👌🏻 very impressive! This is peak RUclips
@@lukeinkson Thanks for your sincere understanding!!!
Not only peak but peakest of RUclips, That is most brillliant
I enjoy watching your videos so much! Incredible!
I am very happy and grateful to meet someone who enjoys my videos. I will work harder to create better works.
Amazing job! I'm gonna do one for my self. Greetings from Portugal.
I will also support you in creating wonderful works. thank you!
Hola...
Te ha quedado Genial...
Felicidades!!!
Saludos.
I would be very happy if my video was of some help. Thank you for your kind words.
This is cool and everything don't get me wrong, but what is the point of adding the electric motors? Are you planning on adding CNC?
Thank you for your kind words. There are many cooler, larger machines, but I wanted to make a small milling machine. I will try my best to create better works.
Brilliant idea😊
😳vos réalisations sont vraiment exceptionnelles ! Bravo et merci pour le partage 👍
Comprendre la passion des autres. C'est le plus beau cadeau. merci!
Understanding others’ passion. It's the greatest gift. thank you!
Hello, very good job 👍👍👍👍👍👍.salutations de Suisse 🇨🇭 et à bientôt .
Thanks for your interest!!!🫡🫡🫡
Another incredible video, thank you 👌
Of course, I appreciate the word “incredible,” but I feel even more grateful for the word “another.” I would like to express my deepest gratitude.
The drill motor bearings are not designed for lateral loads, so the result is predictable
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
I don't think my pdb40 was designed for drilling ... very sloppy bearings. Chinese crap ?.
Great work but the that chuck needs changing for one with less runout and the drill body needs shimming to stop undesired movement in order to get straight lines when milling.
The results are likely to be even better if you apply a GRBL controller.
Super top. Comme d'habitude encore une super vidéo. Merci🤩🤩🤩🤩🤩
Pouvez-vous me dire quelles sont mes références du moteur et de la connectique du cable? Et envore bravo 🎉
très belle réalisation !
Comprendre la passion et le travail acharné des autres. C'est un énorme cadeau. Je voudrais exprimer ma gratitude.
Understanding the passion and hard work of others. That's a huge gift. I would like to express my gratitude.
Die Tischbohrmaschine ist nicht gebaut für vertikale Belastung. Die Lager gehen so definitiv kaputt!
Das ist ein bedeutungsvoller Punkt. Natürlich habe ich auch darüber nachgedacht. Ich habe es mit einem Fräsmaschinen-Prototypen mit einer Arbeitstiefe von ca. 1 mm auf Weichholz hergestellt. Der Haupteinsatzbereich ist natürlich das Bohren. Ich glaube, Sie haben das Konzept meines Kanals noch nicht verstanden, aber ich bin jemand, der hauptsächlich a priori Experimente und Tests durchführt. Bitte verstehen Sie dies als einen neuen Versuch. Danke
This is a meaningful point.
Of course I also considered it.
I made it using a milling machine prototype with a working depth of about 1mm on softwood. The main use is, of course, drilling. I don't think you've figured out the concept of my channel yet, but I'm a person who mainly does a priori experiments and tests. Please understand this as a new attempt. thank you!
Gracias por el aporte y video.
Comprender la pasión y el trabajo duro de los demás. Ese es un gran regalo. Me gustaría expresar mi gratitud.
Understanding the passion and hard work of others. That's a huge gift. I would like to express my gratitude.
This is Amazing!
Thanks for your praise!!!🫡🫡
What is the chop saw base you used with your Dewalt angle grinder? I need something like this for our manufacturing shop
Search for grinder stand in the online market. thank you
while the naysayers are accurate in their points, there’s a saying that i think applies here:”if it’s stupid and it works, it’s not stupid”. you are prototyping and likely not going to use this to do any high precision or heavy duty steel milling. keep up the great work!
Thank you very much.
Even in my home country of Korea, there are people called keyboard warriors who try to get in trouble through comments. Fortunately, the people who pointed this out in the comments on this video seem to be writing with a worried heart.
Thank you again, I will also try to include new ideas in the video.
I guess it just depends on how you define "working".
I agree with that, essentially. There still needs to be a method for tramming in the table, which would likely entail shims at the mounting locations. I love diy solutions, but flaws should be identified and corrected, not ignored or worse, pretend they don't exist.
schöne idee...leider die falsche Maschine. man kann sehen wie der Fräser aus der Spur kommt, da sie PBD40 einfach zu viel Spiel hat.
nice idea...unfortunately the wrong machine. you can see how the milling cutter comes out of track because there is just too much play in the PBD40.
Danke für dein Interesse. Dies ist eine Arbeit, die ich als Prototyp gemacht habe. Benutzen Sie es nicht so weit, dass es die Maschine übermäßig belastet. Außerdem betreibe ich einen Tool-Review-Kanal. Es mag für Sie nicht leicht zu erkennen sein, da die Rezensionen auf Koreanisch sind, aber es handelt sich um einen Tool-Review-Kanal, der sich auf Elektrowerkzeuge konzentriert. PBD40 ist ebenfalls ein Produkt, das ich ausführlich getestet habe, und jeder, der sich mein Testvideo angesehen hat, versteht die Spezifikationen und Grafiken. Vielen Dank
Thank you for your interest. This is a work I made as a prototype. Do not use it to the extent that it puts too much strain on the machine. Also, I run a tool review channel. It may not be easy for you to see because the reviews are in Korean, but it is a tool review channel focusing on power tools. PBD40 is also a product that I have reviewed in detail, and everyone who has watched my review video understands the specifications and graphs.thank you
The PBD 40 has a little graph on its left side, showing drill speed for different diameters of the drill for steel and aluminum. The speeds for aluminum should ideally be used for wood - at least for hardwood - too. That graph is not just decor.
Thank you for your interest. This is a work I made as a prototype. Do not use it to the extent that it puts too much strain on the machine. Also, I run a tool review channel. It may not be easy for you to see because the reviews are in Korean, but it is a tool review channel focusing on power tools.
PBD40 is also a product that I have reviewed in detail, and everyone who has watched my review video understands the specifications and graphs.
Thank you!
@@Kynosys_ I am sorry if my comment came across the wrong way, and I apologise if it did. My comment was regarding the way you used the machine during the build. (I am toying with the idea of building something similar for my own PBD 40, I'm just not sure its speed is high enough for a router for wood.) The build in itself was very good, and I liked it, but when you drilled holes, as far as I could tell, you didn't adjust the drilling speed.
Very nice
Thanks for your interest!!!
오~~첫 번째다!
영상 잘 봤습니다.
건승하세요.
DIY 여행을 늘 함께 해주시는데.
감사의 마음을 전합니다.
더 멋진 세계로 초대하고자 더 노력하겠습니다^^
Good idea, but what about pressing the buttons?
Once it's crushed or let go too late and everything is always a waste.
That is correct. Originally, I should have installed a limit switch, but since I was going to move in a very narrow area, I replaced it by marking the upper and lower limits on the table. I will pay more attention to details in upgraded works. thank you!
Now change to stepper motors and add CNC or at least install DRO:s for X and Y-axes (the drill already has one for Z-axis) for coordinates. In this form it's just an electric cross feed table without any way of measuring your tool position, the mechanical accuracy potential is wasted without that.
Good job 👍
Thanks a lot.🫡🫡🫡
Very nice work indeed, but you have to know that this drill press is not made for milling meaning that the spindle bearing is unable to sustain the excessive radial loads. PBD 40 is notorious anyway of spindle wobbling. Do not expect precision and long life from your machine.
@@ae2-cc You are absolutely correct. Don't do too much work. I am satisfied with the stage shape I created. thank you!
❤😊 Perfectly
Thanks for your praise!!!🫡🫡
Cool! How did you get to fix the play in the spindle from the PBD 40?
The part that holds the spindle bit is very weak. This seems to be one of the drawbacks of this product. If possible, replace the drill chuck with a different one. thank you!
I changed out my chuck for a Rohm Supra 1-13 S and that helped but only about 50%.. To take it apart and really do a good job is beyond my capabilities, but I can get fairly close...I hate the "fairly", though.
Like150
영상 잘 봤습니다!! 또 오겠습니다!!
늘 감사드립니다!!
와우!
감사합니다.
다른 영상들도 많이 시청 부탁드립니다!
What is the make of the gadget that holds the de walt angle grinder please?
If you search for grinder stand online, you will find a variety of products. What brand of grinder can be used? thank you
Как для фрезера оборотов маловато. К тому же присутствует боковой люфт патрона, что не приемлимо в фрезеровании. А так идея прикольная.
Ya lo vi antes
Ese soy yo. Lo hice hace unos 2 años. Mientras administraba un canal en Corea, recreé un canal exclusivo de bricolaje para crear el canal actual. Estoy volviendo a subir videos antiguos. ¡gracias!
That's me. I made it about 2 years ago. While running a channel in Korea, I re-created a DIY-only channel to create the current channel. I'm re-uploading old videos. thank you!
Cool project, but the PBD40 is not suitable for milling. The bearings will quickly wear out, and that chuck is definitely not good, borderline dangerous to use as milling chuck. The least you should do is change it. Here is a video I made about how to change and what to use instead: ruclips.net/video/nCqVoaGVK8g/видео.html But for milling, I'd change to proper ER type if you can find an adapter. You should also make sure the PBD40 head is not wobbling and 100% locked to prevent unwanted Z movement. All in all, I think a palm router would do a better job if you are milling wood.
This is a meaningful point.
Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. Actually, I have a large milling machine.
I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
The PBD 40 spindle is not suitable for milling. The deep groove bearings are too small, bearing mounts too flimsy, shaft is too thin, shaft stickout too long and chuck too weak. It is strong and rigid only for drill pressing. Because it is a drill press. D-uh.
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
BTW "Eliminating chuck backlash" video ruclips.net/video/K5kgF5E8ds4/видео.htmlsi=LL-aF6yBu96-XvqA
lol well spoken. 👍
Discarding obvious equipment limitations is the opposite of an 'a priori experiment'. Might want to take the arrogance in your viewer replies down a notch. It's not all about the algorithm.
@@Kynosys_ Everybody knows what happens if you use a drill press for milling. You get shitty cuts and a ruined drill press. Like is your experiment to replicate the finding of the research paper that found this to be a universally shitty idea, this some kind of make science better initiative?
где увидеть схему управления двигателями?
Нигде, это развлекательное видео. Автору плевать на тех, кто хочет повторить то, чего добился он. Ему важны просмотры.
hmm , the PBD is not suited for this, at all, it will ruin the machine.
entry level AMB FME 800 would be optimal and is around 250 new, there are plenty used ones for half the money.
a joystick seems to be a better way to steer the machine, that would be neat and super useful
Thank you for your kind words. This is a work that I wanted to make, so I focused on implementation. I looked up the parts you mentioned and I really like them. I definitely want to try it next time.
The drill press is not designed for lateral forces, which is why there are milling spindles. Your drill press won't work for long like this.
This is a meaningful point. Of course, I also considered it. I made a milling machine prototype with a working depth of about 1mm on softwood. Do not use it to the extent that it puts a strain on the bearing or spindle. Of course, its main use is drilling. I have no intention of making a larger drill press with a cast iron body. That's because there is already a wonderful machine called a milling machine. I don't think you really understand the concept of my channel yet. I am primarily a person who does a priori experiments and tests. Please understand this as a new attempt. I hope that my attempt will be a small hint for those who want to create works with a similar concept. I think your expert comments will be of great help. thank you!
@@Kynosys_keep doing what you are doing. There is a lot of interesting stuff going on here
Wait till the chuck flies off the spindle!!
Thank you for your interest. This is a work I made as a prototype. Do not use it to the extent that it puts too much strain on the machine. Also, I run a tool review channel. It may not be easy for you to see because the reviews are in Korean, but it is a tool review channel focusing on power tools.
PBD40 is also a product that I have reviewed in detail, and everyone who has watched my review video understands the specifications and graphs.
Thank you!
Drill press bearings are different to milling machine bearings. Sideways force killers prior press bearings , don’t do this.
Thanks!
Спорное решение
Всё бы хорошо, у меня тоже была подобная идея. Но только качество PBD 40 таково, что из него и сверлильный станок никудышний, не то что фрезерный.
Биение шпинделя ужасное, подшипники низкого качества и не предназначены для радиальных нагрузок. Так что автору респект, но не стоило тратить время.
У него хороших станков и без этого хватает.
Это точно. На самом деле у меня есть большой фрезерный станок. Стол по осям X и Y, который у меня уже давно был, хорошо смотрелся на PBD40, поэтому мне вдруг захотелось сделать его. Вы поймете, что использовать его на практике непросто. Пожалуйста, поймите, что это образец, сделанный в качестве прототипа. Большое спасибо за ваше профессиональное мнение.
That's accurate. I actually have a large milling machine. The x-axis and y-axis stage that I have had for a long time looked good with the PBD40, so I suddenly wanted to make one. You will understand that it is not easy to use practically. Please understand that this is a sample made as a prototype. Thank you very much for your professional opinion.