I was the project manager on this project. I did most of the 3d surface model prep, some of the cnc programming and overall project planning. Thanks for all of the kind comments. I've seen a few comments asking how long it took. The run time was approx. 3 days, running around the clock, and using 3 milling machines and and edm sinker. This was a challenging project, but rewarding, and a-lot of fun.
I understand that these machines were originally developed for machining large cast iron frames for pianos. And they do an extremely precise job of it.
A masterpiece of machining, design and programming. Truly incredible. If you were to take your raw footage to a video production company, add some music, edit slightly for length, leaving out some of the shaky shots, this would be a fantastic piece for your company. Again, magnificent work!!
There are several ways now to generate the program to tell the machine what to do. You can use a file that somebody else already drew up on a cad/cam system, now they have 3D scanners that can scan an actual model or if your artistic you can make up your own desigh and convert a cad file to cam and send to machine and set your tools and away you go. Actually its not that easy any way you go something this complex will take some time to make
Wow... am I the only one who noticed the operator is standing on the table while the machine is in auto? As a Mastercam user I would like to see Tebis demo software and get my hands on the solids.
That's ridiculous, 18 meters in X... I suppose if you're making molds for yachts. I'd love to see the retopology from the scan data, especially with all the detailing on the body. When I send off models for machining the programmers are always asking that I make the model so that there are the smallest number of faces possible, they say that it allows for more machining strategies without them ripping the model apart and sewing it up again. Anyone know if there is a video/model somewhere?
I'd imagine the Droop und Rein FOG cost substantially more than a million dollars just for the machine itself. This thing has hydrostatic ways, and it's one of the few machines its size which is capable of micron-level repeatability.
Yes, the texture lines were in the cad model. They were just curves that we mapped to the surface and then machined them 5-axis with a scriber tool. That was actually an idea our night shift foreman came up with to make the glass areas stand out more.
@ganaschico Beeeeeeeecause of the technology behind it, the structure, and also copyright names. ^_^ But if you can by three (one in the garage, one in the bedroom and the other in the bathroom), all the better for you. :)
gad, there's no need to have it at full volume... i got neighbours to not wake up, and ears to not damage. i play loud heavy metal and this is intolerably loud...
I was the project manager on this project. I did most of the 3d surface model prep, some of the cnc programming and overall project planning. Thanks for all of the kind comments. I've seen a few comments asking how long it took. The run time was approx. 3 days, running around the clock, and using 3 milling machines and and edm sinker. This was a challenging project, but rewarding, and a-lot of fun.
I'm totally amazed. Probably the best CNC work I've seen so far. You guys can rule the world with this.
I understand that these machines were originally developed for machining large cast iron frames for pianos. And they do an extremely precise job of it.
This masterpiece made before 13 years ago! 😱
What's about 2022
A masterpiece of machining, design and programming. Truly incredible. If you were to take your raw footage to a video production company, add some music, edit slightly for length, leaving out some of the shaky shots, this would be a fantastic piece for your company. Again, magnificent work!!
another month or two and it will be back en force. can't wait!
There are machines that are "from what the magazine i was reading" are at least three stories high
Now I finally know what I want for my birthday!
There are several ways now to generate the program to tell the machine what to do. You can use a file that somebody else already drew up on a cad/cam system, now they have 3D scanners that can scan an actual model or if your artistic you can make up your own desigh and convert a cad file to cam and send to machine and set your tools and away you go. Actually its not that easy any way you go something this complex will take some time to make
Wow... am I the only one who noticed the operator is standing on the table while the machine is in auto? As a Mastercam user I would like to see Tebis demo software and get my hands on the solids.
Hehe, I just cant help wanting to sleep... I miss working 18 hours a day...
3.55 the best :) great video
That's ridiculous, 18 meters in X... I suppose if you're making molds for yachts.
I'd love to see the retopology from the scan data, especially with all the detailing on the body.
When I send off models for machining the programmers are always asking that I make the model so that there are the smallest number of faces possible, they say that it allows for more machining strategies without them ripping the model apart and sewing it up again.
Anyone know if there is a video/model somewhere?
Very impressive work. Was the textured surface on the glass and various other areas in the cad model or was it acheived by the milling process alone?
you are such a fun little guy
really amazing
WHAT A CAR ??
Very good....
Check it out at 2:45
esto son maquinados y no ma....as!!!!!
I'd imagine the Droop und Rein FOG cost substantially more than a million dollars just for the machine itself. This thing has hydrostatic ways, and it's one of the few machines its size which is capable of micron-level repeatability.
douro20
very impressive.
Yes, the texture lines were in the cad model.
They were just curves that we mapped to the surface and then machined them 5-axis
with a scriber tool. That was actually an idea our night shift foreman came up with to make the glass areas stand out more.
@ganaschico Beeeeeeeecause of the technology behind it, the structure, and also copyright names. ^_^
But if you can by three (one in the garage, one in the bedroom and the other in the bathroom), all the better for you. :)
+TebisCadCam
this is awsome, whe got a few droops and gantry systems at my job, this pieces we make are less cooler tho
Very COOL
well done!
this machine cost same of 300k usd in vietnam, and only for heavy industries...
Bravo!
@felderup You don't know what heavy metal sounds like If you never worked in a shop like this... I'll take your statement as a compliment.
;D
how much would a machine like this go for?
What was the run time on the car
How do you fix the car to machine its top part? how do bolt them to those two "L" shapped pieces?
+André Válega There is a socket head bolt going up through the bottom of the L-Block and a tapped hole in the bottom of the part.
I like you funny jobs!!
What CNC machine is this? Who is the manufacturer?
DEAR SANTA
cuanto costaria una maquina de estas ¿?¿?
How long of machine time did it took?
total machine time please ? , just cutting , not setup
só faltou o disco de freios.
I wonder how that machine will but 10 years from now. That is some really picky work and really show-cases the accuracy of that machine.
legal
DAMNN, IM SPEACLESS!!!!
wow how I which I can have one of this, I will be one of the best in my country
wer is the caliper?
13th of september it don't need breaks it doesn't move lol
1 million
dear santa....
MDNSOFT dice: esta es mi version con musica de tu video
@arabprince4life Most probably 2 million euros. At least.
That didn´t take an hour to make and it didn´t cost 10 dollar either..
LIKE
lokooooooo
gad, there's no need to have it at full volume... i got neighbours to not wake up, and ears to not damage. i play loud heavy metal and this is intolerably loud...
sadly this precision is way overshadowed on UA-cam by some japanese comanies
what the fuck
biggest cen i have ever seen or is it bu ha ha ha ha ha ha
alter ist die letzte Maschine riesig !!!