Hello,
what a great Project.
Amazing JOB !!!
Is here some People from Germany there are also working or build this CNC Router in the moment ?
Has anyone a PARTLIST from maybe GERMAN Amazon for example?
And i have problems to import the DXF or STEP Files in the Free Version of Fusion360
Can anyone helpe here?
And last question,
is there a DISCORD Group for the CNC Router to discuss it like a chat ?
best Regards and i will build one also for me
German here 
I ordered a lot of the bigger parts from Amazon, one from eBay and the smaller parts from AliExpress. I sourced the PCB components from JLC, LCSC and Reichelt. Screws from Schrauben Luchs.
I can send you the links when I’m home. If you wish I could even send you a lot of parts, since I had to order bigger amounts for a lot of things, screws for example or the end switches
What about just ordering from here??
~~https://www.v1e.com/products/lowrider-v4-hardware-kit-international~~
This is direct shipping, not from the US.
Nevermind. Wrong section 
Honestly it took longer to get me than expected 
Some more Questions:
How large can I cut something out?
2000 x 1000mm?
Is that working?
And how can I cut out a circle with a diameter of 5 cm at a specific point, for example on a plate at x 15 cm and Y 15 cm from a specific corner?
Or cut out a socket or similar at a specific point on the plate?
Why was the project created with a Teensy?
This chip isn’t exactly cheap.
Why does the project have such a small, round display?
Wouldn’t something larger, perhaps even a touchscreen, have been feasible?In the video, the menu looks very small and difficult to scroll through.
Best regards
The build size is theoretically infinite, but in practice there is a certain amount of drift per unit distance that has to be taken into account. The drift is about 0.1% per unit distance traveled, so that would come out to about 1mm for a 1000mm run.
You would need to set up a jig if you wanted to do this precisely. The most sensible approach would likely be to align the corner of the machine with a corner of your workpiece and use that as the origin for the design. Then you set up your design in CAM with respect to that workspace configuration.
^ that thread has more information on it and thoughts regarding potential alternatives.
Because at the moment, all of the screen processing, actuation, and sensing are happening synchronously in the loop. There is already a bottleneck with runtime UI complexity, so any bigger of a display would make this bottleneck worse. Also, these screens are commonly used in smartwatches, so they’re super cheap and easy to integrate. They have touchscreen versions as well, but again that requires more processing. I’ve thought about moving to a display with an embedded processor which would allow for touchscreen, bigger form factor (if desired), and more complex runtime UI.
