I've worked on 2003 mini mills and I HATED the turret for the tool holders. chips would always get on the the holders and change the Z values by a lot. I am curious on how these one would perform since they seem to be already facing downward. I guess you would have to keep it full of holders.
They should add a spindle assisted spin-down to this machine. If the tool change didn't have to wait for the spindle to stop it would shave a ton of time off the program.
@rwolcott23 - Haha! I like it. Having worked on a Haas I know exactly what you mean. They need to spend a bit more money on their technology, especially the software.
Yeah the toolchanges are fast, but the spindle deceleration seems to be the bottleneck - it pauses for a long time before it rapids up to the toolchange position. This would really benifit from a low inertia spindle
@mindhive It's the post processor's fault. It inserted a "spindle stop" after each operation, when in reality it would have saved time to just omit it and go straight for the toolchange. The Haas control would decellerate on the way up to z zero. I wish they'd done it in this video....
Thats Amazing! I thought this video was playing faster but the reflections of the people on the glass of the door are moving by at a regular pace. That is one fast machine!!
I've worked on 2003 mini mills and I HATED the turret for the tool holders. chips would always get on the the holders and change the Z values by a lot. I am curious on how these one would perform since they seem to be already facing downward. I guess you would have to keep it full of holders.
chambitore 5 months ago
Can this machine also do rotary broaching?
polygonsolution 9 months ago
They should add a spindle assisted spin-down to this machine. If the tool change didn't have to wait for the spindle to stop it would shave a ton of time off the program.
domokid 1 year ago
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skateboard4zero 1 year ago
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andrewjpx 1 year ago
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andrewjpx 1 year ago
ZICAAAAAAAAAAAAAAAA
Eddiiie1 1 year ago
Круто! Оборотов тут как минимум все десять на шпиндель!
moderatorik 1 year ago
Now Haas can produce crap parts really quickly :-)
rwolcott23 1 year ago
@rwolcott23 hahaha!!! soo true! great machines for +-.002 production parts tough
565Customz 1 year ago
@rwolcott23 - Haha! I like it. Having worked on a Haas I know exactly what you mean. They need to spend a bit more money on their technology, especially the software.
monkeyboydai 1 year ago
This comment has received too many negative votes show
good for 1 year ,buy only Japanese machines
Fischer977 1 year ago
Yeah the toolchanges are fast, but the spindle deceleration seems to be the bottleneck - it pauses for a long time before it rapids up to the toolchange position. This would really benifit from a low inertia spindle
mindhive 1 year ago
@mindhive It's the post processor's fault. It inserted a "spindle stop" after each operation, when in reality it would have saved time to just omit it and go straight for the toolchange. The Haas control would decellerate on the way up to z zero. I wish they'd done it in this video....
ydna2 1 year ago
That is the most amazing ATC I've ever seen!
Mazakdude 2 years ago
Holy fast toolchanges batman!!!
spackermen 2 years ago 6
@spackermen
Holy shit!
domokid 1 year ago
The rigid tapping at 0:51 is sweet! None of the other DT1 demo vids have shown that part of the program...
ydna2 2 years ago 2
Thats Amazing! I thought this video was playing faster but the reflections of the people on the glass of the door are moving by at a regular pace. That is one fast machine!!
fillerupagain 2 years ago 2