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Baykar Makina uses a Turkish made 5 axis CNC developed especially for them, but I'm sure if such a need arrises such machines can be made for blisks without too much headache.
5 Axis CNC working on foam is one thing, 5 Axis CNC working on steel alloys at very narrow tolerances is another thing.


I would very like to see some Turkish company made a CNC like this, but it is not very easy. As my knowledge Japan, Germany and US has that technology and we buy our CNCs from them.
 
5 Axis CNC working on foam is one thing, 5 Axis CNC

I would very like to see some Turkish company made a CNC like this, but it is not very easy. As my knowledge Japan, Germany and US has that technology and we buy our CNCs from them.

Well Taiwan has it south korea has it even Turkish companies produce 5 axis cnc mashines like dirinler
 
1bcfd374-9c7e-4357-9e11-6687aa2e3892-original.jpg


Large size:
https://drive.google.com/drive/folders/1GjKha3xU4g_qFTIlCxtK-YpBbDbi3mKL
 
5 Axis CNC working on foam is one thing, 5 Axis CNC working on steel alloys at very narrow tolerances is another thing.


I would very like to see some Turkish company made a CNC like this, but it is not very easy. As my knowledge Japan, Germany and US has that technology and we buy our CNCs from them.


Turkey even produce 6 axis technology..
 

I thought, i was being clear when i said this.
5 Axis CNC working on foam is one thing, 5 Axis CNC working on steel alloys at very narrow tolerances is another thing.

For your knowledge, we also produced as students a 3 axis CNC while we were students in the university, by ourselves. But working on very narrow tolerances on very hard substances like steel alloys is a whole different thing.

If you can show a Turkish made 5 axis CNC which is able to machine steel alloys, i would be very happy.
 
... If you can show a Turkish made 5 axis CNC which is able to machine steel alloys, i would be very happy.

At the moment, it seems to me there is only that (impressive all the same) - See links -, but I think now that the state has specified its needs and give the way for the defense sector the technique will be mastered in 1 or 2 years.

http://www.hurriyet.com.tr/dirinlerden-yuzde-100-yerli-imza-40313148

http://www.drinns.com.tr/gantry/drinns-dcnc-series-5-axis-gantry-cnc-milling-machine-y9e27

http://www.dirinler.com.tr/Uploads/PDF/624aef.pdf


...
 
For understanding to matter could you make it clear, What is the differences to work on steel alloys ? Why it is impossible to develope here?
Think cutting a wooden plate and an iron plate by yourself. Since iron is more hard and strength, it's harder to cut iron. Similar logic in machining, you need more revs, you need to exert more power, also your tool should be more hard than the material you are cutting (tungsten carbide), you need to remove the heat from the point that you are machining so you apply lubricants simultaneously and do all of these stuff with precision. Working on steel alloy like Inconel is extremely hard since the material is extremely hard.

I'm not saying it is impossible to develop, i'm saying it's very hard to develop.
 
At the moment, it seems to me there is only that (impressive all the same) - See links -, but I think now that the state has specified its needs and give the way for the defense sector the technique will be mastered in 1 or 2 years.

http://www.hurriyet.com.tr/dirinlerden-yuzde-100-yerli-imza-40313148

http://www.drinns.com.tr/gantry/drinns-dcnc-series-5-axis-gantry-cnc-milling-machine-y9e27

http://www.dirinler.com.tr/Uploads/PDF/624aef.pdf


...
Interesting part it they produced it in 2009.. They probably improved a lot since that..
 

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