How is the press part made? (CNC milling Part1)
HTML-код
- Опубликовано: 5 окт 2020
- How is the press part made? (CNC milling Part1)
Mat 1.2379 Roughing: ISCAR Ø52 F:4000 S:1000 AP:1mm plate FTP LNHT 1006 ETR IC830
Next video: • How is the press part ...
CNC Production: ruckbs.sk/
Machine: Three-axis machining center brand UDM-2216
CAD/CAM software: Cimatron 15
My video editor:
www.mvvitrk.com/click?offer_i...
making a master mold iscar cnc machine vise bed mill high speed milling angular milling high speed metal milling harvi 3 c 42 u big forgings glock 19 trijicon rmr cut retract speed mastercam insulation routing
#cncmilling #cnc #cncfrezar 
Хобби
Hello, I am a mechanical manufacturing colleague from China. The video you made is amazing.
Thank you! I appreciate that :)
please my little chinese friend...stop giving births in your country..there are so many people on the planet and you keep coming in milions...
Nice job mate. And I love your shop 👍
More Machining Videos, please! Cheers, from Chicago!
Hi, I'll try to add as many videos as possible here.
I love it.
U guys are rocking
10:33 _You know it's serious milling when you have to remove chips with a shovel_
it didn't work with a whisk :-)
👍👍👍👍👍
Looks like about a 2 inch feed mill. We normally run ours at .06 depth of cut, 2in width (100% engagement) at 600sfm and .031 chip load (5 flute). 1146rpm, 177ipm. Works really good there. Can go faster, but you lose insert life.
Молодцы! Но без каски-100 % премии, за курение на рабочем месте -50%!
Ty pomalé přejezdy, to je peklo. Jinak pěkná práce.
To vieš velký stroj tam je max rychloposuv asi 15 000 aj to len v y-lonovej ose.
@@CncFrezar to je škoda, jelikož z vlastní zkušenosti vím, že se tím dá velmi razantně stáhnout čas.
@@adyx_xd Primárne je ten stroj určený na velké kusy a tam nie je možné aby sa stroj zastavil z 50000 na nulu keď tam máš naložené napr 5t. Už len pracovný stôl ma 3t.
@@CncFrezar jasny, to dava smysl. My to dělali na kusu cca 1000kg těžkém.
mazel
Question and it’s maybe because I work with much smaller stuff, but why didn’t you saw off that corner block to save some time?
We don't have such a big saw. The milling time was not that long. Of course, if more pieces were made, it would be advantageous to saw them off.
We made a similar pressing tool for our new Zealand customer
This is for gutters
Some cam videos plz
(45 cm x 45 cm x 18 cm x 7.85 g/cm3 )/1000 = 286.13 kg
Best regards from Poland 😀
Why not tap it on the machine?
How do you cost out sonething that big? Is by the hour or what?
I don't know the price, I'm just a worker
Too many time to milling the exceed corner. Any way to remove it?
It is possible. A big saw would help.
11:40 ojooj bez helmy? U nas by to bolo za 20 ojro :D Plus ten uhol ts ts :D Inac moc pekne videjko!
Len to nikde neukazuj. :-)
@@CncFrezar ;) ja nemam srdce rozdavat pokuty, iba nalepky na helmu :D
@@chronokoks a kde robíš? Bude to asi nejaká väčšia firma keď tam je taký "sekír"
Usually you cut corners to _save_ work 😄
Did you have to drip it into controller with all those lines of code?
Not. CAM programming
@@CncFrezarI think you misunderstood the question. The code can sometimes be so long that the control doesn't have enough memory to contain it all and it has to be fed in "drip feed" in portions via an outside souce.
@@justinl.3587 Oh no. Fanuc has a data server. It copies the whole program to the machine.
@@justinl.3587 I have an older fanuc controller and a small memory ( about 28Kb free). we also make moulds and I use a rs232 to usb drip feed device. In DNC mode . i run straight from the USB. change the send/ receive par to max .
Ok but the program is running from one side and takes more time
Minden magyar?
I'm Slovak
What we have seen here it is too much wasted time for pretty simple job, think about change this silly passes above piece... Thats unnesecary... I work with molds everyday... That piece would take maybe 4-5 h, how long it takes you?
cca 5 hours
I was thinking the same thing, that is giant machine for how much material it's removing at any given time, keep the tool short and wide keeping it's rigidity up until then step to the longer narrower tool when needed. A slight bit more programming but way less cutting time and wear on the machine.
5 hours seems pretty good to me
that come to my mind too but wouldnt it be considering as a up milling ...i guess the passes above the workpiece are there to cut in down milling