Electronics Housing Machining - DATRON High Speed Milling Machines
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- čas přidán 6. 08. 2014
- The goal of producing this high-end electronics housing was to demonstrate the high level of milling quality that can be achieved within a short cycle time. DATRON parameters and tools were used for the milling process. The milling strategy included the use of the entire cutting length of tool no. 2, 26 mm long with Z infeed. Subsequently, a pocket with a 1 mm transverse feed is worked on dynamically. This approach ensures faster machining time and less tool wear than with a conventional milling strategy.
Visit www.datron.com/cnc-machines/m... for more info. - Věda a technologie
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I stood and watched this and the long board demos for literally hours at IMTS and geeked right out. I still have one of these pieces sitting on my programming desk LOL.
Very cool, I did my time in the late 70's on manual mills and was trying to work out the hrs to make that job on the Bridgeport mill I used !!
I love how the machine comes with a probe built in. Very handy!
I think high speed is an understatement.
I will end up with something from Datron for my business. Even if it means being sponsored by them and making monthly videos. But something like this will tie in perfectly with building Electric Vehicles from scratch. Especially the hub motors, and other intricate parts that are typically low quality in EV import stuff. Or circuit boards... man, there are so many things that I could use this machine for... yeah, I'm getting one!
Heck, even the fun small projects. Like I always thought it would be cool to take the probe and make a copy of something considered fancy, like the iPhone aluminum unibody, and then making an exact duplicate in titanium! This is the machine that can hold those tolerances, and do that! Be kind of an eye turner, to see my mouse logo on the back instead of an Apple.
I have no idea what that part is. Or what it is for. Or why I would need one.
But after watching that, _I must have one._
OMG this machine !!
ahhhhh, love me some trochodial machining!
DAMN, I think that about sums it up. Oh, ahh, I want one too!!
This is like watching a cyborg ice sculptor!!
Awesome! Here from the Autodesk HSM channel.
OMG!!! I got's to get me one of these, wow!!!
NICE MACHINE
excellence milling very nice
Nice little router.
I wish someone would teach me to mill like that!
What rpm is that running at? Also how much power does the spindle have?
Jonathan Feist Jonathan, this is a 3kW spindle running at between 8,000 - 40,000 RPM depending on the tool/function. Here's a run down: 1) Roughing/1 Flute End Mill/35,000 RPM/6m/min. feed 2) Smoothing 2 Flute End Mill with edge radius/25,000 RPM/5m/min. feed 3) Smoothing/1 Flute End Mill/36,000 RPM/5m/min. feed 4) Drilling 2 flute drill/8,000RPM/.3m/min. feed 5) Helix Milling/1 Flute End Mill/40,000 RPM/3m/min. feed 6) Thread Milling/ 4 flute thread mill/ 35,000 RPM/1m/min. feed 7) Chamfer Milling/3 Flute Countersink Tool/25,000 RPM/2m/min. feed 8) Roughing/2 flute Monoblock Tool/40,000 RPM/6m/min. feed 9)Roughing/Smoothing/1 Flute End Mill/38,000 RPM/5m/min. feed 10)Smoothing/ 2 Flute Sherical Milling Tool/ 40,000 RPM/6m/min. feed
NICE
Now I understand why NYCNC wants a VMC. beats a tormoch by a bunch. Tormoch is still good stuff but.......
so nice
wow !!!
What's the brand of the tools you are using?
+Tim Peters van Ton Tim, DATRON also manufactured it's own line of solid carbide tools that are optimized for high-speed milling. These come in coated and uncoated versions as well as special geometries for steel, plastics (acrylic), aluminum, abrasive composites and even foam cutting tools for PU foam. They are all made from the highest grade of micro-grain carbide and they deliver both precision and long tool life. The acrylic tools can even achieve a glass like finish when milling acrylic.
Must have taken forever to setup the program to run that part. Nice machine by the way.
Thats Sexy