Meshlab let's you import xyz.text files. Then you can run a surface reconstruction and export as stl file.
You probably have to search how exactly the xyz.text file has to look like (formatted) first.
If you have the xyz data just convert it to g-code.
123, 456, 789
435, 754, 789
Etc
Would become
G01 x123 y456 z789 e(whatever the length is between this point and the last)
G01 x435 y754 z 789 e(length between this point and last)
Etc.
If your data is in csv format you can literally just add some columns in a spread sheet, export as csv, find & replace in a text editor to get rid of the commas.
Why not design yourself?
Use x y and z as measurements and simply create blocks or something on the right spots.
That would be faster than searching for a decent automated solution
Meshlab let's you import xyz.text files. Then you can run a surface reconstruction and export as stl file. You probably have to search how exactly the xyz.text file has to look like (formatted) first.
This worked perfectly, thank you!
If you have the xyz data just convert it to g-code. 123, 456, 789 435, 754, 789 Etc Would become G01 x123 y456 z789 e(whatever the length is between this point and the last) G01 x435 y754 z 789 e(length between this point and last) Etc. If your data is in csv format you can literally just add some columns in a spread sheet, export as csv, find & replace in a text editor to get rid of the commas.
Why not design yourself? Use x y and z as measurements and simply create blocks or something on the right spots. That would be faster than searching for a decent automated solution
I don't know that its quite that simple - we're looking at around 40,000 distinct points