Anyone who is watching this and making comments other than affirming the sheer ground breaking nature of what this product is just isnt being honest. Show me one mill that costs twice as much making parts this nice this fast. Just one.
Would like to see more 3D profile videos. How well does it do cutting a draft angle? The company I work for has different logos they do impressions with. I too have seen all the videos on the MR-1.
I've been checking all the mr1 videos posted. Still would like to see more steel cutting videos. I'll admit surface finish looks great. The real thing that will set this apart from fine line automation and avid machines is its ability to cut steels and stainless. Please post more videos. Also I know some comments on another video discussed sending out to a third party for dimensional analysis of accuracy any chance of that happening?
This machine seems really good, i really enjoy my plasma table, im probably gonna pull the trigger on this one , any tool changer options in the future ?
Great videos of the machine, just need some accuracy analysis like many others pointed out. Tramming and squaring might be an issue to get accurate for a hobby user
We will have some accuracy videos coming out next week. The mill is easily capable of holding plus or minus a few thou on parts, even better with the right conditions.
Our goal is always to keep costs to a minimum where not required. After years of extensive testing we just simply have not had a machine skip steps or lose position when cutting, even with insane cuts in steel. When we run our test machines it's always about what can we do to break this thing. The reality is that with ball screws you can generate a very high thrust force for each axis; 135 lbs to be exact. The cut you see in this video is only 80lbs of thrust load and this is really pushing the machine to the limit. I think most people would be happy in their garages cutting at 1/4 of this speed when making parts.
finally! finishing passes and chamfering all in 1 video.
Anyone who is watching this and making comments other than affirming the sheer ground breaking nature of what this product is just isnt being honest. Show me one mill that costs twice as much making parts this nice this fast. Just one.
There isn't. It's a sweet machine and I want one!
Would like to see more 3D profile videos. How well does it do cutting a draft angle? The company I work for has different logos they do impressions with. I too have seen all the videos on the MR-1.
I've been checking all the mr1 videos posted. Still would like to see more steel cutting videos. I'll admit surface finish looks great. The real thing that will set this apart from fine line automation and avid machines is its ability to cut steels and stainless. Please post more videos. Also I know some comments on another video discussed sending out to a third party for dimensional analysis of accuracy any chance of that happening?
We posted a video yesterday roughing a steel part at 4 MRR if you haven't seen it yet. We also have some stainless videos coming out soon too.
The only thing you can say after watching their videos is "avid who?"
Lmao, it’s a metal 0-8000rpm hobby machine for under 7 grand. Good grief, go buy a haas of your gonna be so demanding
Certainly an impressive little machine. I'm hoping there will be a CutControl demo with the probe and tool setter?
th-cam.com/video/gibzxGvZ59o/w-d-xo.html This is a longer video but the probe and tool setter get used a few times here in the work flow.
This machine seems really good, i really enjoy my plasma table, im probably gonna pull the trigger on this one , any tool changer options in the future ?
I wondered if you had a fly cutter for this machine. Glad to see you do.
Me too!
U can easily make ur own
Impressive little machine. Would like to see pneumatic tool change
Will there be a automatic tool changer available soon?
how do you solve collecting all this water? I've never seen people talk about this in videos etc. Really would like to know how to solve this.
I wish you guys would show the second op and the finished part.
Part 2 is coming early next week! We will finish roughing, facing, chamfering, and engraving the back side.
@@LangmuirSystems I'd still like to see that second video if you still have the footage!
is it going to e
be a race to get the 500$ deposits down and be able to get a machine in August. I'm hoping I have a chance atleast.
Great videos of the machine, just need some accuracy analysis like many others pointed out. Tramming and squaring might be an issue to get accurate for a hobby user
We will have some accuracy videos coming out next week. The mill is easily capable of holding plus or minus a few thou on parts, even better with the right conditions.
Would it be possible to see the controller and how you find you tool hight with the touch probe
What about a 4th axis? Is there an extra port for this inside the system?
We will be releasing a 4th axis down the line and it will be compatible. The electronics box has 3 expansion ports for future add-ons.
@@LangmuirSystems looking forward to this option
Witch type of Coolend is this?
Beautiful finish on that part!!! What rpm & DOC were you running the fly cutter?
RPM was 1800, DOC was 0.060" and stepover was about 1.5". Feed rate was 20 IPM.
@@LangmuirSystems thank you for taking the time to reply!!
What was the feedrate for the finishing pass? thanks
Fly Cutter finishing pass was done at 10 IPM.
What software is this compatible with? Fusion360?
Will there be servos or closed loop stepper down the road?
Our goal is always to keep costs to a minimum where not required. After years of extensive testing we just simply have not had a machine skip steps or lose position when cutting, even with insane cuts in steel. When we run our test machines it's always about what can we do to break this thing. The reality is that with ball screws you can generate a very high thrust force for each axis; 135 lbs to be exact. The cut you see in this video is only 80lbs of thrust load and this is really pushing the machine to the limit. I think most people would be happy in their garages cutting at 1/4 of this speed when making parts.
@@LangmuirSystems what about linear encoders for people who need them? When the temperature changes so does the machines accuracy.
5:41 you probably need to tram your z axis
what the spec of the spindle, hp, rpm ect
3.4 HP, 8000 RPM, ISO ER20 Taper