I love the fact that you thought of an idea, modelled it, tested it, and shared it. I find it really useful to see this, I've not thought of this concept and it's also useful to read the comments from experienced builders about the problems that you might encounter. Keep it up, I look forward to following your developments.

👀

Nome da musica?

how do you rotate tour view seamlessly?

Make tutorial from zero assy sir to dynamic basic, please... thanks

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3 Issues I see with this design. 1: Wet noodle. When this is extended more than a few inches, you'll be able to move the spindle visibly with your own strength. I'd guess you need to stiffen this by at least a factor of 10 to have it usable for more than drilling. 2: Accuracy issues. Those types of linear rail are not guaranteed to be straight. They need to be screwed down and and held against a reference (flat) surfaces. 3: Not much clearance. In the configuration you show this most of the time, with the axis as far up as it will go without coming out of the lower block, the spindle shaft sticks a couple inches below the gantry clearance, and any tool inserted in it will just stick out further. If you move the spindle up the rails, then the rails will have to protrude below the gantry when at it's lowest position. Linear rails are not a good substitute for a real frame.

Im certain you are going to see a lot of vibration issues with the design, especially when cutting deep. You should try to alter the design so there is a more rigid connection with the rails and the spindle, especially because its sticking out

Did this for 2 years ago you will get vibration and a no rigidity

Ive made mine like that 25 years ago using a 16mm thick steel plate to suport the rails and its not as rigid as having the rails fixed to the gantry ,so i will change it for a fixed rail version. the max depht of cut in steel using a 10 mm end mil is about 1mm not good enough for me. So go for the fixed rail if you can its much more rigid.

I don't know the dimensions but, that kind of bearing assembly and ballscrew should let you put the spindle closer to the gantry. It will be hard to have it all really parallel. I quite like that you use the linear rail as part of the structure of the Z component. Check the deflection gantry it seems that it will be huge. It would be better if you could make a square beam using aluminium plates (aluminium tubing has too little wall thickness) and have the same assembly procedure as you have right now. Because the gantry is not moving, you can make it as rigid as long as the table/floor can hold it. In my case, I wanted a compact and easy to tune CNC so I went with a moving gantry but that design has lots of problems. Like: chip management, sealing against dust all axis, limited mass on the moving axis, big enclosure, difficult to assemble, hard to water cool all of the moving members, 4 motors for 3 axis, 4 encoders, etc.

Love it! Excellent concept and explanation of its advantages. Are there any new disadvantages to this approach over the more traditional ways to build Z-axi?

Excellent walk thou!

Getting better than ever before!! Better than SW for sure

Very useful

You helped me a lot, thanx man! God bless ya

It has neen used contact elements?

3D scanning?

lol 🤣🤣🤣

Thank youuuuuuuu Sooooooo Much🥰

how you export stl file in solidedge. its hard and impossible for me.

Hey is there a file or something on how I could build the same modified 3018 cnc router as you? also what router was this?

Hi Lucmartz Thank you for your work, but this so funny. You showed us now we can remove " an old car jpg" in render. Wow what a huge step forward, "congratulation" to Autodesk. About 5 -10years behind the competitors, lol

So cool!!

Great feature

I've been thinking about it for last few days for my own project. My part is large enough that it will have infill. I'm sort of thinking that shell elements of just the walls might over predict deformation. While treating the part as being solid and using a solid elements as you have done will under predict deformation. BTW, I like your simulation and appreciate the effort it takes to get the FEA to work sometimes.

Please share a tutorial

Can this machine do copper ?

Alluminium ?or steel ?

I have question regarding connection, How can I add an angle as a connection element in frame generator?

Why not using this one: www.engissol.com/2d-frame-analysis-static-edition.html ?

did you do the FEA, analysis eventually?

hi .. Good Work .. Can u Please upload tutorials of other type of Hydropower Gates ... Also this Method is very long and difficult to understand ... Please share any easy method ..

is 1610cnc enough for jewelry engraving? im looking for some cnc to silver, gold and brass engraving

thats cool to see what we can do at home these days

Hi, I have a question. I use Inventor 2017 and I do not have the command Insert End Cap, which I see has appeared in 2020. How do i insert plates at the ends of the profile bars? I want plates of customized dimensions, not from the library. I did this by drawing a part in separate file, placing it in the frame assembly and then it's impossible to constrain it on faces which are cut inclined. It seems to work inserting them with Joint, but it only works edge to edge, with no offset. If I need to offset the edge of the plate from the edge of the inclined fece of the steel bar, I have no option.

How did you manage to create that sort of pulling force from the top of the frame? I could noticed that you simulate some sort of pulley system.... can you show me how you did it?

Si nice

WOW.thank for this,this video is very helpfull

Would you say it's jewelry quality engraving? I would like to engrave metal keychains.

Sehr interesant

excelentes tus videos gracias por las clases , exitos

hola disculpa, puedes pasarme los planos¿?

excelent

would it be possible to show some close up images on the line quality of the text. Im looking for a cheap CNC to engrave aluminium, thanks

did you do all that cutting on that on the other part of the aluminum with that same machine???

thats cool were can I get that tool holder from???

how you are scrolling and revolving around the screen? is it by command and shortcuts,or you are using any special device?

Thank you for providing this useful video. my question : Is it possible to get natural frequency of a bolted structure accurately with this progress you have discused in this video ? thank . my gmail : [email protected]

complicated design but very good