Fantastic. Very talented.

Its fascinating to know that someone in the world does theese kind of stuf and moore even that they document it on video for free . Thanks so much .

Thank you for sharing your knowledge ~20 year old from germany

Thanks for making the video! I am starting out as a home machinist with a cheap Chinese 7x14 mini lathe and a Sieg X2D mini mill. I am learning metrology so these will be my test and learning subjects to improve upon. Once I am confident with these I am planning a high precision mill with concrete or epoxy granite, so developing precision measuring, lapping and scraping skills are essential.

Just discovered your channel and wanted to say a huge thanks! I am fascinated by precision machining/instruments and it's hard to find such informative videos on the topic.... Please keep on posting! Cheers from Canada🍁

Great attention to detail. Looking forward to more videos.

You're the best. I love your hand animated sketches

Thanks so much for sharing your experience. This is so interesting to see.

one word is all that is needed, fascinating!

Beautiful work and precision 👍👍Thanks for sharing...Enjoyed. ATB....Dean

Your content is always so interesting and the workmanship fantastic. Thank you and see you later? ❤

I'm fascinated by levels. I have ten maybe. Some .5mm a couple .05 and even a .02 in a meter. I find it all interesting and I am glad I found your channel. Thanks for posting and taking the time to share.

@gena_bazarko

Жыл бұрын

I have an English ampoule 0.01 mm per meter, I plan to make a level based on it. material will be published, I hope.

Dude, you saved me a fortune.

Fantastic, simply put Fantastic job. Work on the camera movement, shake and editing as your English is very good and your skills are Excellent. Fantastic.

Great thoughts , a perfectionist

Excellent! What an elegant, high quality tool! I made a precision level a few years ago, and it's actually better than a precision indicator for measuring flatness and straightness. Mine has 3 point contact, also made from drill, about 4MM polished to a ball radius. Adjustment is by a 3cm wedge with about 3UM thickness difference from end to end, so it takes almost 2 screw turns to move the bubble 1 graduation. Not tweaky at all!

Por isso me increvi hoje no canal um dos melhores que encontrei.

Absolutely love your channel! Very informative and clearly explained. Keep up the good work! Slava Ukraini!

Great video and nice level. ----Doozer

I have some of these levels, including one from a Zeiss transit... I was easily able to see wear on my lathe ways, and knowing the sensitivity, one can get a very good 'approximation' of the amount of wear on areas with a long enough span (about 7-10 cm).

@gena_bazarko

Жыл бұрын

I will do so, but in a slightly different way, on a special stand, there will be certain benefits.

Your videos have been very helpful .i made a level for myself .not as precise as yours but good enough for my purposes. Thanks and Slava Ukrani

So fucking cool...

Приємно бачити !Бажаю розвитку канала!

Very good work 🇬🇧🇺🇦

@gena_bazarko

Жыл бұрын

This version of the level, complete with a stand for precise control of the position of the workpiece of an accurate ruler in space, allowed me to make a ruler 1070 mm long and 70 mm wide with a surface error of less than one micron.

Slava Ukraini . Beautiful work! ❤

Impressive level , question where have you located the glass ampoule as quality of glass ampoule is crucial and high accuracy ampoule are hard to find .

@gena_bazarko

5 ай бұрын

kzread.info/dash/bejne/qGmIz5R8n5ncfJs.html This video has information regarding your question.

I was thinking that you could use a flexure mechanism to "multipy" sensitivity, at the expense of a bit more surface pressure...

@gena_bazarko

Жыл бұрын

Unfortunately, probably because of the inaccuracy of the translation, I did not understand the idea (.

@joerogi8401

Жыл бұрын

AVE makes one in the video attached.

It would have been nice to see you rotate it 180 degrees.

What are the purpose of the slots in the device? Weight reduction?

@gena_bazarko

4 ай бұрын

Yes, the smaller the weight of the device, the better, because its mass affects the geometry of the surface being measured.

8:50 Base little bigger tha 50mm. Because of legs diameter...

@gena_bazarko

Жыл бұрын

Of course, but here it is appropriate to average.

Bubble level is unsuitable for such precision, simply because bubble size depends on temperature, increase temperature a little, fluid expands, bubble gets smaller and you get wrong measurements.

@gena_bazarko

6 ай бұрын

But it is possible to carry out measurements observing a regime that excludes temperature changes from the beginning to the end of the measurements. I have used this technique several times and it allows the surface of a surfase plate meter long by meter wide to be processed in the direction of maximum flatness leading to submicron accuracy. This method works great.

@hinz1

6 ай бұрын

Compared to electronic pendulum/LVDT levels, bubble levels were far less accurate and stable over time, from my experience. Pendulum level like Talyvel, you set it up on surface plate, zero it, leave it for 1/2 day, it will still be close to zero, when you return. My Stiefelmayer bubble levels, bubble shrinks and expands with temperature, takes much longer to take a reading and it's far less repeatable than a Talyvel.

@gena_bazarko

6 ай бұрын

@@hinz1 I'm interested in hearing about your experiences using an electronic level. Unfortunately, I don’t have this level yet and I can’t practice working with it. It's probably quite expensive. In any case, in Ukraine I won’t be able to find one like this to buy at all; we practically don’t have anything like it. Although there are many other special devices, and they can be purchased relatively inexpensively.

@hinz1

6 ай бұрын

@@gena_bazarko Fun fact, during cold war, soviet union apparently even cloned it ;-) google directlot id=899419

@ced3098

5 ай бұрын

Yes but if you run test in a shot period of time that works quite fine , I have a HP interferometer 5500 and a Federal 832 but that costly to very costly equipment the classic ''bubble'' system as describe in the video allow a nice DIY system at reasonable cost . Another interesting system is the 0737-1203-99 ±0.5° Glass Single-Axis Electrolytic Tilt Sensor fron Fredericks .