Hello Steve! Unfortunately, I need to spend a lot of time to pronounce the text more or less clearly. To dub this video with my own voice, I would spend about two working days. I don’t like to include artificial speech in the video, but it turns out very quickly). I'll see what the responses are.
Hello! I didn’t intentionally insert an episode with anxiety, but if it happened by accident, I shouldn’t re-shoot the video material again. I am in the center of Ukraine, our life is similar to ordinary. The fighting is going on 500 kilometers away from us. Several times there were rocket bombings, then there were explosions, shaking of the soil and air, the closest explosion was 600 meters from my house. But, oddly enough, over time it seems that everything is more or less normal.
I'm delighted to see your positive comment. I want to express my gratitude once again for your support on Patreon. Monetization has already started on my channel, and as it continues to grow, it will become easier for me in terms of revenue. Right now, your support is crucial. I have a lot more genuinely interesting and valuable content in the pipeline, and I just need more free time to work on the channel. I genuinely appreciate your assistance.
This is a project for now, but it is quite realistic. I thought in detail about how to accomplish this task. Fortunately, I have everything, I mean tools and equipment, to complete this task. This is interesting, in addition, I agreed with the owner on the subsequent rental of this machine, and due to this it is economically justified.
A drop of oil on the target contact points might help to stop the vibrations happening.The contact points would be moving in two different arcs due to the friction (which is where the sound comes from) and therefore possibly not in a true plane when you park at each stop.Only splitting microns here but that is how my brain sees it.
I wondered if you could offset the measurements by 50 cm on another pass, to get intermediate results for averaging... It seems to me that one possible problem with the autocollimator is that a section that has an offset from the main line, will measure as perfect, if it is parallel to the autocollimator...I suppose that it could be "picked up" with the transition from correct to offset..
Great work. I also prefer your voice and accent. How do you differentiate orthogonal movements from angular ones? The mirror sitting higher than the guides can swing sideways if the guides had angular variations confusing measured data.
Now the surface is rough. The repeatability of measurements is within one arc minute. But this is enough to start scraping work. After this, the surfaces will become smoother and the accuracy will increase. Up to maximum at the end of work. And the mirror at the end of scraping will not be able to swing, since there will be full contact.
Il sistema é stato spiegato in modo chiaro. Ho solo un appunto da fare: La base d'appoggio è di 300 mm di lunghezza , ma poggia su due V larghe 12 mm, a seconda che la superficie è concava o convessa, la base si allunga o si accorcia di almeno 12 mm e questo porta ad una grossa incertezza sulle misure. Al loro posto bisogna mettere delle coppie di sfere, in modo d'avere dei contatti puntiformi.
Hello! Point (ball-shaped) contacts also have other disadvantages. In this case, there is no problem with the contact of the legs. The measurement accuracy is sufficient for the state of the surface as it is. As the condition of the surface improves during scraping, the quality of contact will increase, from cycle to cycle, up to the maximum.
I recently picked up a couple of Nikon 6B autocollimators and some of their mirrors and a precision prism optical square. It has been interesting to see how the Eastern European manufacturers solved certain problems, for example, your mirrors with the sights are a very cool solution to the tedious initial alignment. I also liked how you rotated 45 degrees to simplify the offsets, simple but not as obvious a solution as it looks. I'm curious how you intend to measure the parallelism (both height and distance) between those two V-ways?
Hello! I appreciate your hands-on experience with the autocollimator and its accessories. If you could email me, we can delve into these questions in greater detail. I also have a pentaprism, a Soviet one, and it's quite fascinating with its beamsplitter and the third window. I couldn't find much information about it, so I'll have to figure it out as I work with it. Now, to address your two questions: There's no need to monitor the parallelism of the guides on this machine since the linearity of motion is ensured by the V-shaped guide. Any angular deviation, i.e., the deviation of the flat guide from the vector of the V-shaped guide, can be easily detected and measured with a precise spirit level. Feel free to reach out via email, and we can discuss this in more detail.
The autocollimator is installed approximately coaxially with the guide. The optical axis of the autocollimator must fall into some place on the surface of the mirror at the first measurement step and at the last, not necessarily at the center of the mirror. It's enough. For installation, a level is needed so that the autocollimator can be installed without tilting, I mean without rotating around the optical axis.
Great example of using the device. Is there a reason to not oil the ways: does it interfere with the measurements. Are dry readings more accurate ? Thanks for the channel and stay safe.
Now the measurements are plus or minus ten arc seconds, each time the mirror moves. Surfaces are too rough. It won't work out more precisely. The presence or absence of lubrication will not change anything. When the work is completed, the flatness of the surfaces will improve significantly, the accuracy of the measurements will increase, then I would rub the surfaces with graphite, the dust is very fine and does not distort the measurements. You can also use kerosene. Or you can use nothing.
Thank you for explaining. If it doesn't matter at this stage then my ears tell me to use lubrication. Maybe not everyone is so sensitive to metal screeching. Great tip on using graphite. @@gena_bazarko
I did not work and film in my own premises; unfortunately, I did not take kerosene with me and was forced to work with a creak. Going to the store for kerosene meant going behind schedule; time did not allow it.
Hello, I appreciate your work, I am a hobbyist myself, I have restored my lathe and while doing that I got quite passionate about high precision. You were saying in the video that you are selling autocollimators and mirrors. I was wondering how much one would cost.
Hello! Now I have for sale an autocollimator of 1 arc second, there is a 0.5 arc second, there is a 0.2 arc second. Everyone works in two coordinates at the same time. Autocollimators can be equipped with one, two or two plus a third mirror that fits onto the lens at an angle of 45 degrees. The set has a special plywood box with places for storing the set. The autocollimator and its accessories are tested before sale. Everything is in good order and corresponds to its original characteristics. Please write to me by email, I will provide detailed information and photo or video material. My mail: den.gennady19@gmail.com
Hello! I have my own small enterprise that produces clothes. I've been doing this for the last 30 years. Before that, I worked for some time as an industrial designer. Recently, due to the war, my business has decreased significantly, and circumstances have changed greatly. In addition, I now spend a lot of time on my hobby, which fills my UA-cam channel with material. But I’m happy to work for the UA-cam channel, it’s interesting and promising.
Я думаю, что получить такую точность возможно. Но это нужно подтвердить. Если я отремонтирую этот станок, то с условием дальнейшей аренды. Собственник его использует редко, для заточки ножей своей гильотины. У них другой тип изделий в призводстве.
@@gena_bazarko Ну если вы его даже в 10мкм на 3 метра сделаете, то шлифуемые детали будут по плоскости в нулях, особенно не на весь ход. А если хозяин чисто свои ножи на нём периодически шлифует, то ему ещё как будет выгодно дать в аренду, ещё при том что ему Так сделают станок. Когда ему будет нужно, вы ему пошлифуете эти ножы, правильно же? Это вы тогда сможете брать плиты, линейки на восстановление?
Да, предварительно все получается хорошо. Альтернативный вариант- купить свой станок, но нужны немалые вложеня. Я предполагал этот вариант, он имеет смысл. Но такая возможность еще лучше. Если пару лет поработать на арендованном, можно собрать значительную суму и купить станок еще с большим ходом. А хазяину этот станок вообще безразличен, ему нечем его загружать,. Если будет оплата аренды, его очень устроит.@@iron9564
Yes, when a dangerous plane takes off somewhere, and they think there might be a missile launch, the alarm sounds. But as a rule, nothing happens, so I didn’t stop working.
Подскажите пожалуйста по выбору автоколлиматора. Правильно ли я понимаю, что если купить более точный, скажем АК-0,2 вместо АК-1 то им будет трудно работать на больших расстояниях и с большими допусками? Поле зрения ведь остается такое-же? Я бы например хотел иногда посмотреть направляющие скажем 1,5м, а иногда ндо выставить оборудование длиной 20м. Обязательно нужны разные приборы?
Great content ! the AI voice is unnecessary, your english is very good , best regards Steve
Hello Steve! Unfortunately, I need to spend a lot of time to pronounce the text more or less clearly. To dub this video with my own voice, I would spend about two working days. I don’t like to include artificial speech in the video, but it turns out very quickly). I'll see what the responses are.
@gena_bazarko hey hope you don't mind something off topic but but how are you and yours holding up?
I love all your videos. It's great stuff.
Hello! I didn’t intentionally insert an episode with anxiety, but if it happened by accident, I shouldn’t re-shoot the video material again. I am in the center of Ukraine, our life is similar to ordinary. The fighting is going on 500 kilometers away from us. Several times there were rocket bombings, then there were explosions, shaking of the soil and air, the closest explosion was 600 meters from my house. But, oddly enough, over time it seems that everything is more or less normal.
@@gena_bazarkoThis channel has been great from the start. Hope you and yours stay healthy and safe.
Your decision is wise, the AI is fine by me
That animation really sealed the deal for me. Excellent content, thanks for sharing. Looking forward to the rest
Wow! How have I not seen your channel before?! Great videos, thanks!
Your content is so fascinating, I will forgive any imperfections in presentation! I admire passion such as yours.
Very interesting. I cannot wait for more videos on the milling machine restoration.
Another great video. Thank you!
I'm delighted to see your positive comment. I want to express my gratitude once again for your support on Patreon. Monetization has already started on my channel, and as it continues to grow, it will become easier for me in terms of revenue. Right now, your support is crucial. I have a lot more genuinely interesting and valuable content in the pipeline, and I just need more free time to work on the channel. I genuinely appreciate your assistance.
Truly incredible. Cant wait this mill restored.
This is a project for now, but it is quite realistic. I thought in detail about how to accomplish this task. Fortunately, I have everything, I mean tools and equipment, to complete this task. This is interesting, in addition, I agreed with the owner on the subsequent rental of this machine, and due to this it is economically justified.
Дякую за відео.
Gene, nice to see you again!
Thank you! I hope to release new videos regularly.
A drop of oil on the target contact points might help to stop the vibrations happening.The contact points would be moving in two different arcs due to the friction (which is where the sound comes from) and therefore possibly not in a true plane when you park at each stop.Only splitting microns here but that is how my brain sees it.
I wondered if you could offset the measurements by 50 cm on another pass, to get intermediate results for averaging... It seems to me that one possible problem with the autocollimator is that a section that has an offset from the main line, will measure as perfect, if it is parallel to the autocollimator...I suppose that it could be "picked up" with the transition from correct to offset..
Great work. I also prefer your voice and accent.
How do you differentiate orthogonal movements from angular ones? The mirror sitting higher than the guides can swing sideways if the guides had angular variations confusing measured data.
Now the surface is rough. The repeatability of measurements is within one arc minute. But this is enough to start scraping work. After this, the surfaces will become smoother and the accuracy will increase. Up to maximum at the end of work. And the mirror at the end of scraping will not be able to swing, since there will be full contact.
Il sistema é stato spiegato in modo chiaro. Ho solo un appunto da fare: La base d'appoggio è di 300 mm di lunghezza , ma poggia su due V larghe 12 mm, a seconda che la superficie è concava o convessa, la base si allunga o si accorcia di almeno 12 mm e questo porta ad una grossa incertezza sulle misure. Al loro posto bisogna mettere delle coppie di sfere, in modo d'avere dei contatti puntiformi.
Hello! Point (ball-shaped) contacts also have other disadvantages. In this case, there is no problem with the contact of the legs. The measurement accuracy is sufficient for the state of the surface as it is. As the condition of the surface improves during scraping, the quality of contact will increase, from cycle to cycle, up to the maximum.
I recently picked up a couple of Nikon 6B autocollimators and some of their mirrors and a precision prism optical square. It has been interesting to see how the Eastern European manufacturers solved certain problems, for example, your mirrors with the sights are a very cool solution to the tedious initial alignment. I also liked how you rotated 45 degrees to simplify the offsets, simple but not as obvious a solution as it looks. I'm curious how you intend to measure the parallelism (both height and distance) between those two V-ways?
Hello! I appreciate your hands-on experience with the autocollimator and its accessories. If you could email me, we can delve into these questions in greater detail. I also have a pentaprism, a Soviet one, and it's quite fascinating with its beamsplitter and the third window. I couldn't find much information about it, so I'll have to figure it out as I work with it.
Now, to address your two questions: There's no need to monitor the parallelism of the guides on this machine since the linearity of motion is ensured by the V-shaped guide. Any angular deviation, i.e., the deviation of the flat guide from the vector of the V-shaped guide, can be easily detected and measured with a precise spirit level.
Feel free to reach out via email, and we can discuss this in more detail.
Good information about that.just the mirror plate was bad
З поверненням, відео як завжди цікаве. Станок треба булоб прибрати)
Вітаю! Зйомка велась на чужій території, та лишнього часу не було в розпорядженні, важливо було відобразити технологію вимірювання.
Do you level the autocollimator with a bubble level or is it referenced to the machine ways you are measuring?
The autocollimator is installed approximately coaxially with the guide. The optical axis of the autocollimator must fall into some place on the surface of the mirror at the first measurement step and at the last, not necessarily at the center of the mirror. It's enough. For installation, a level is needed so that the autocollimator can be installed without tilting, I mean without rotating around the optical axis.
Great example of using the device. Is there a reason to not oil the ways: does it interfere with the measurements. Are dry readings more accurate ? Thanks for the channel and stay safe.
Now the measurements are plus or minus ten arc seconds, each time the mirror moves. Surfaces are too rough. It won't work out more precisely. The presence or absence of lubrication will not change anything. When the work is completed, the flatness of the surfaces will improve significantly, the accuracy of the measurements will increase, then I would rub the surfaces with graphite, the dust is very fine and does not distort the measurements. You can also use kerosene. Or you can use nothing.
Thank you for explaining. If it doesn't matter at this stage then my ears tell me to use lubrication. Maybe not everyone is so sensitive to metal screeching. Great tip on using graphite. @@gena_bazarko
I did not work and film in my own premises; unfortunately, I did not take kerosene with me and was forced to work with a creak. Going to the store for kerosene meant going behind schedule; time did not allow it.
Hello, I appreciate your work, I am a hobbyist myself, I have restored my lathe and while doing that I got quite passionate about high precision. You were saying in the video that you are selling autocollimators and mirrors. I was wondering how much one would cost.
My email is listed on the channel. It's probably best to check via email. You can also see photos there.
👍🌟👍
Content is great but i prefer your voice
I want to purchase one , please share product details in description
Hello! Now I have for sale an autocollimator of 1 arc second, there is a 0.5 arc second, there is a 0.2 arc second. Everyone works in two coordinates at the same time. Autocollimators can be equipped with one, two or two plus a third mirror that fits onto the lens at an angle of 45 degrees. The set has a special plywood box with places for storing the set. The autocollimator and its accessories are tested before sale. Everything is in good order and corresponds to its original characteristics. Please write to me by email, I will provide detailed information and photo or video material. My mail: den.gennady19@gmail.com
Im intrested, what do you do you do for a living and also if posible plese refrain from using an ai voice I would much rather hear your real voice.
Hello! I have my own small enterprise that produces clothes. I've been doing this for the last 30 years. Before that, I worked for some time as an industrial designer. Recently, due to the war, my business has decreased significantly, and circumstances have changed greatly. In addition, I now spend a lot of time on my hobby, which fills my UA-cam channel with material. But I’m happy to work for the UA-cam channel, it’s interesting and promising.
@@gena_bazarko😅
Точность какая-то запредельная, 1.5мкм на 3 метра, это будет супер станок. Геннадий, это вы для себя делаете? Или по заказу?
Я думаю, что получить такую точность возможно. Но это нужно подтвердить. Если я отремонтирую этот станок, то с условием дальнейшей аренды. Собственник его использует редко, для заточки ножей своей гильотины. У них другой тип изделий в призводстве.
@@gena_bazarko Ну если вы его даже в 10мкм на 3 метра сделаете, то шлифуемые детали будут по плоскости в нулях, особенно не на весь ход. А если хозяин чисто свои ножи на нём периодически шлифует, то ему ещё как будет выгодно дать в аренду, ещё при том что ему Так сделают станок. Когда ему будет нужно, вы ему пошлифуете эти ножы, правильно же? Это вы тогда сможете брать плиты, линейки на восстановление?
Да, предварительно все получается хорошо. Альтернативный вариант- купить свой станок, но нужны немалые вложеня. Я предполагал этот вариант, он имеет смысл. Но такая возможность еще лучше. Если пару лет поработать на арендованном, можно собрать значительную суму и купить станок еще с большим ходом. А хазяину этот станок вообще безразличен, ему нечем его загружать,. Если будет оплата аренды, его очень устроит.@@iron9564
@@gena_bazarko Всё верно, станок заработает на ещё лучше станок👍
@@iron9564j😅😅
is background sound around 5 min air raid siren？
Yes, when a dangerous plane takes off somewhere, and they think there might be a missile launch, the alarm sounds. But as a rule, nothing happens, so I didn’t stop working.
Подскажите пожалуйста по выбору автоколлиматора. Правильно ли я понимаю, что если купить более точный, скажем АК-0,2 вместо АК-1 то им будет трудно работать на больших расстояниях и с большими допусками? Поле зрения ведь остается такое-же? Я бы например хотел иногда посмотреть направляющие скажем 1,5м, а иногда ндо выставить оборудование длиной 20м. Обязательно нужны разные приборы?