[Cutting Guide] 1mm Titanium Cutting settings for F2 Ultra MOPA laser

Instruction
Untitled.xcs
Untitled
.xcs
Application scenario
Laser processing、Screen printing
Machine & module
xTool F2 Ultra
60W
Compatible xTool Machine
M2
3W, 10W, 20W
F2 Ultra UV
5W
F2
5W
P3
5W
F2 Ultra
40W
F1 Ultra
20W
M1
5W, 10W
D1
2W, 5W, 10W, 20W
D1 Pro
2W, 5W, 10W, 20W, 40W
F1
2W, 10W
S1
2W, 10W, 20W, 40W
M1 Ultra
10W, 20W
F2 Ultra (Single)
60W
Material used
3/64"(1mm) TA1 Titanium Sheet
gift
14
959

Instruction

1

Step1

These are the settings I used for good cuts, the rectangles in the photos took around 18mins each.

Use an offset of at least 0.25mm  around your design and combine the vectors using “Combine>Exclude” settings, you may have to play around with different “Combine” settings depending on your vector.

However if you can make the vector to have a 0.25mm thickness in your original design, that would be way easier.

The image below shows what  I am talking about, the vector on the right is original, very thin single point vector. The one on the left has a 0.4mm offset. 



If you try to incise this right side vector it will look like the image below: As you can see if will try to disintegrate material from the whole area.



So create an offset (Min 0.25mm) - larger offset will increase cut times but the cuts will separate easily. Below I show an example with 0.04mm offset




The right vector now has an offset of 0.04mm

 

Now select them both and combine them, depending on the design, sometimes the result may have breaks, so adjust the offset value or try it in original software because xtool studio is not great at making accurate offset paths.

 

 

 


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