Brother SPEEDIO M200X3 (5-Axis) Semiconductor Component Machining (Aluminium)

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  • čas přidán 25. 10. 2021
  • Material: Aluminium A6061
    0:18 Setup
    0:42 OP1
    3:59 Setup
    4:42 OP2
    6:42 Finished workpiece
    For more information please visit www.lionapex.com.sg/
  • Věda a technologie

Komentáře • 90

  • @neillawrence4198
    @neillawrence4198 Před 5 měsíci +9

    Having retired after 58 years of machine shop experience, starting with CNC in the 60's up until the 2020's, I can say this is the fastest thing I've ever seen. This program has been tweaked to the limit. There is no wasted time cutting air. The part is indexing and the tool is moving into position at the same time with almost no clearance. The first few parts took a LOT longer than this demonstration. I have seen a lot of wrecks in my career; this machine has the potential to make some spectacular wrecks.

  • @Blashyrkh2124
    @Blashyrkh2124 Před 2 lety +53

    I love how the machine cleans itself in between cycles.

    • @Orc-icide
      @Orc-icide Před rokem

      It takes time to do a tool change anyways, so you might as well do something ..

  • @jimmyiscool1239
    @jimmyiscool1239 Před 2 lety +37

    axis speed and tool change is insane

  • @3073Sean
    @3073Sean Před 2 lety +30

    Honestly, that has to be the fastest machine I have ever seen. The better part of a day to program, an hour or two to proof the program, 4 minutes for opp 1. Amazing machine. Makes my HAAS look like a snail, although I have to admit I currently lack the sack to push it that hard.

    • @printgymnast368
      @printgymnast368 Před rokem +1

      Also the Hass mill probably has a slower spindle for heavy roughing with larger diameter tools compared to the hsm and adaptive toolpaths with the brother

    • @Belsebugi
      @Belsebugi Před 7 měsíci +1

      Agree. Last work i did have 17s at worst, because of two magazines who can handle short or long tools and all 120 pockets in use.. The wasted money. About 6min total tool changing time in 35min program.

  •  Před 2 lety +18

    Running that 12mm endmill at such an MRR is insane 22mm deep 8 mm engagement at 6000mm/min

  • @brianramsey7180
    @brianramsey7180 Před rokem +4

    All day every day! We have run over 7 million parts in 3 Brothers over 8 years, 161million holes. Yamazen repair guy was here 3 years ago and replace one "Z" motor.... that's it. Super reliable!

  • @vijenderthakur1880
    @vijenderthakur1880 Před rokem +15

    I have been programming on Brother Machine for the last 10 years, there is no better machine than this.

  • @Supramonk
    @Supramonk Před 2 lety +4

    The programming can be done in fusion, your skills and knowledge is very pro level

  • @philipdixon
    @philipdixon Před 2 lety +5

    Finally a 5 axis with a decent tool change! Very nice bit of kit.

  • @X197ToPlay
    @X197ToPlay Před 2 lety +3

    I really like the fact how you made it visible out of 2 videos overlaping somtimes!

  • @arcanjosousa990
    @arcanjosousa990 Před 2 lety +2

    It's beautiful work!

  • @simonjdouglass1978
    @simonjdouglass1978 Před 2 lety +8

    I run these machines in my shop and they are a lot of fun. Well made. We have others that have problems all the time but not these.

    • @MrXuananh1706
      @MrXuananh1706 Před rokem +2

      In vietnam. There are alot of brothers. Old machine from 2000-2010. But their quality really good, tool change very fast, easy to mantain.

  • @yhammess1175
    @yhammess1175 Před 2 lety +1

    I'm normally on big YCM TV188B's and I know they're fairly slow but holy cow this thing is quick

  • @webtoedman
    @webtoedman Před 2 lety +4

    My wife has a Brother sewing machine. It not only has an integral menu of different stitches, but it can be programmed to do complex embroidery. An interesting technology crossover.

    • @brianbaumgartner7223
      @brianbaumgartner7223 Před 8 měsíci

      The engineering that goes into sewing machines is amazing, particularly in machines from before CAD/CAM.

  • @Mn16Cr45
    @Mn16Cr45 Před rokem +1

    Crazy never seen anything that fast

  • @montyzumazoom1337
    @montyzumazoom1337 Před 2 lety +6

    Nice job. Very fast and good toolpaths.
    Surprised you chamfer the tapped holes after tapping and not before though?
    Also first op is torqued up but not the second.
    Obviously the loading of the part for the second op is not that critical.
    I assume you could probe the part if you wanted to?

  • @jiritichy6855
    @jiritichy6855 Před rokem

    Pretty fast, hands down! Though, the way the metal of the part rings and the way it cuts so easy I would think it is rather 7075 Aluminum. Normally at these spindle speeds and feeds 6061T6 has the tendency to stick to tools even under full flood.

  • @shadowlab9543
    @shadowlab9543 Před 2 lety

    sweet program 😊

  • @giga_crypto4537
    @giga_crypto4537 Před 2 lety

    Maaan! What brand of tools are those? How many hrp spindle has?
    Impressive. Truly Impressive

  • @Roslinjerla
    @Roslinjerla Před rokem

    Good job guys

  • @TrollerzTV
    @TrollerzTV Před 2 lety +8

    Holy fuck

  • @MrCharliebbarkin
    @MrCharliebbarkin Před 2 lety

    Crazy fast.

  • @alexh6061
    @alexh6061 Před 2 lety +3

    This Speed is fucking Insane !

  • @Turco70
    @Turco70 Před rokem

    Insane

  • @Kurth_Engineering
    @Kurth_Engineering Před 2 lety

    very nice

  • @Z-add
    @Z-add Před rokem +1

    For the second op he used a guage block for alignment?

  • @YiGwangMin
    @YiGwangMin Před rokem

    시원시원 하구만

  • @FrankTuk
    @FrankTuk Před 2 lety

    Toolchanges sound like a cartoon ninja!

  • @nobody617
    @nobody617 Před 2 lety

    Do they have a model thats faster? I might be interested... :)

  • @peterhenn4674
    @peterhenn4674 Před 2 lety +4

    It is amazing how the BT30 tool holder remains intact while under such pressure during the milling roughing cycle. Could you tell us what type of endmill did you use?

    • @lionapex
      @lionapex  Před 2 lety +8

      The tools used in this demo are from Kyocera-SGS and Big Daishowa.

    • @Hanal503
      @Hanal503 Před 2 lety

      You can rough...with any kind of tool...endmill....or HSS..or solid carbide....the same shit...the same result😂😂😂😂

  • @catttcattt
    @catttcattt Před rokem +1

    As a Speedio machine user myself I am a little concerned about the cutting parameters used in the demo. Maybe it is not a very good idea to push the machine to the limit every now and then.

  • @Omnis2
    @Omnis2 Před 2 lety

    "Lol, why's he torquing it down so precisel-- HOLY SHIIIIIIIIIIII"

  • @authentic4225
    @authentic4225 Před 2 lety

    Wonder what is the price tag?

  • @hullinstruments
    @hullinstruments Před rokem +2

    Good God is someone who hasn't touched a CNC machine in the better part of 15 years... Can someone please explain to me what I'm seeing? I have no ideas machines could be like this. What's going on here what's the technology makes this happen? Last thing I owned and played with was a Haas mini-mill nearly fifteen years ago

    • @innominatum9906
      @innominatum9906 Před 9 měsíci +1

      Well - what youre seeing is "basically" another mini-mill but running on cocaine
      Nah, these Brothers are known for their insane speeds from the second the toolchange is made until its in contact with the part again. This isnt your best bet for an all-around machine if you do a lot of prototyping. Its a small footprint with great capabilities but you're limited, like the Haas mini-mill, in what sizes you can make your parts.
      If you have a company that has orders with very high quantities of the same part - afaik there's no faster machines on the market than Brother Speedio (Robodrill is another very fast milling machine).
      I do a lot of prototypes myself and I don't think I'd like doing it on a Brother Speedio. If I had a big order of the same part? Get a couple of Brother Speedio with a pallet system and just run lights out 🙂

  • @JShel14
    @JShel14 Před 2 lety +1

    Holy shit this thing is fast. I thought Datron M8's moved fast....Jesus

  • @bradleygalloway9067
    @bradleygalloway9067 Před 8 měsíci

    Ocean optics spectrometer enclosure??

  • @user-cm7qt7jh2q
    @user-cm7qt7jh2q Před 2 lety +2

    Программист очень хороший

  • @ztp3062
    @ztp3062 Před 2 lety

    May I ask which CAM programming software is used for this program?

  • @a-a-ron8437
    @a-a-ron8437 Před rokem +3

    having crashed several machines in my life time. If I ever have to operate this machine I would probably have several minor heart attack before the part is completed

    • @HuFlungDung2
      @HuFlungDung2 Před rokem

      Nah!. By now you'd have learned to pace yourself and override the 100% override for a couple of parts at least.

    • @derekgardin1512
      @derekgardin1512 Před 5 měsíci

      this is high production type parts and machining. if theyre making 10,000 of them they perfect the program so they can run this speed

  • @FireGodSpeed
    @FireGodSpeed Před rokem +1

    2:15 i just hope thats a typo 3.7mm drill for m4? threadpitch of 0,7mm so you would typically use a 3.2-3.3mm drill

    • @SMCca
      @SMCca Před rokem +3

      Unless it's a form tap, then 3.7mm is correct.

    • @innominatum9906
      @innominatum9906 Před 9 měsíci

      @@SMCca Absolutely. Those form taps are beasts and last a very long time.

  • @haseebali4161
    @haseebali4161 Před 5 měsíci

    Solidcam rocks

  • @huynhquangloc5590
    @huynhquangloc5590 Před 2 lety

    Why I didn't see the WCS offset setting?

    • @Hanal503
      @Hanal503 Před 2 lety

      x.y center....z...top

  • @andikaputra6155
    @andikaputra6155 Před 2 lety +1

    Is that real? 😱

  • @Bawbag0110
    @Bawbag0110 Před rokem +2

    Chamfering after tapping the M4s?

    • @innominatum9906
      @innominatum9906 Před 9 měsíci

      Looks like the drill is Ø3.7 which probably means the tap is an M4 roll tap. I recently made around 300 of these also in aluminium and I didnt chamfer before - no problems.
      But yeah; You could make the M4s as the last operation after the chamfers.

  • @Supramonk
    @Supramonk Před 2 lety

    I live in Portugal is this machine available in Europe would love to know

    • @lionapex
      @lionapex  Před 2 lety

      Yes, this is available in Europe. Brother has a Technology Center in Germany and they would be delighted to share more information with you.
      Please contact them at machinetool.global.brother/en-ap/contact/de-form/index.aspx

  • @Nima-xx7ky
    @Nima-xx7ky Před 2 lety +1

    veryyyyyy fastt

  • @user-do4lu8tz3f
    @user-do4lu8tz3f Před 2 lety +3

    Hello, I'm an engineer myself. I would like to know what CAM system do you use and what manufacturer of equipment and tools do you prefer? I prefer siemens nx walter, mitsubishi and isсar

    • @lionapex
      @lionapex  Před 2 lety +2

      Hello there! Here in Asia Japanese makes are preferred for their excellent quality. You may wish to have a look at Yukiwa Seiko's G1 series tooling systems - www.yukiwa.co.jp/e/ts/index.php.
      Brother has an extremely robust partnership with Yukiwa.

    • @Hanal503
      @Hanal503 Před 2 lety

      I use over 20 years ..ISCAR...the best in the world!

    • @derekgardin1512
      @derekgardin1512 Před 5 měsíci

      i use siemens nx as well. we have out machines probe the part on each setup. this types of setup in the video wouldnt fly for our 0.0002" tolerances on aerospace parts

  • @phuang3
    @phuang3 Před rokem

    There is no probing before milling. How does the machine know the exact origin?

    • @Mn16Cr45
      @Mn16Cr45 Před rokem +1

      In germany we say Nullpunkt from there it begins

    • @phuang3
      @phuang3 Před rokem

      @@Mn16Cr45 The origin needs to be on the stock, not on the machine.

  • @kaguameitor2846
    @kaguameitor2846 Před rokem

    Es una belleza como hace los cambios de herramienta tan rapido

  • @mikenn1734
    @mikenn1734 Před 28 dny +1

    Brother Mill turn machine

  • @pocherf40parts66
    @pocherf40parts66 Před 2 lety +1

    RPM please ?

    • @lionapex
      @lionapex  Před 2 lety +1

      The main spindle has 10,000 and 16,000 rpm options, while the turning spindle is 1,500 rpm for the M300X3 model, and 2,000 rpm for the M200X3 model.

  • @Orientalmentor
    @Orientalmentor Před 2 lety +2

    How much for this badboy? 150k?

    • @lionapex
      @lionapex  Před 2 lety

      Hi, from your name I assume you are from USA. Please contact your local Brother representative for the latest offers.
      machinetool.global.brother/en-ap/contact/us-form/index.aspx

    • @Hanal503
      @Hanal503 Před 2 lety

      Its about ..350k euros...or some more..400k

    • @ayatotakema1194
      @ayatotakema1194 Před rokem +1

      @@Hanal503 nahhh 400k euroes and you could get a deckel maho gildemeister. a monoblock yoo if you add a bit of cash

  • @derbacksteinbacker4942

    Legends say it crashes faster then it’s shadow…

  • @cinobro6393
    @cinobro6393 Před 2 lety

    They don't call it the SPEEDIO for nothing!

  • @Orc-icide
    @Orc-icide Před rokem

    1:43 you should make the B and C axis shake off coolant like a wet dog. Maybe alternate between m3 and m4? 😂

  • @evanknop5493
    @evanknop5493 Před 2 lety +3

    So you're telling me the company that makes the piece of shit printer that my family has also makes CNC machines

    • @cesarramos2137
      @cesarramos2137 Před rokem

      Hola l need a cns machined to do Belt Buckles ,