Figure 10-12 Case 3
EzCad2UNI Users Manual
Figure 10-13 Case 4
Different manufacturers use different Laser sources and scanner(gavlo), so the performances
are also different. Sometimes when however users modify the End TC, the hatch-lines and the
border cannot be superposed. Here users need to set the End Compensate (Values from 0.05 to
0.25). But this may cause the 4th case: the hatch-lines are beyond the border, as Figure10-13
shows. Users should lower the End Compensate to reach the perfect result.
Adjust Jump Position TC | Jump Dist TC :
Below is the adjust steps:
Set the two Jump TC items’ values (Position TC value and Distance TC value) as 0 and then
mark the rectangle.
If the start segment and ending segment of the hatch-line are bent, users need to increase the
two Jump TC’s values until there is no bend appearing.
Note: The Jump TC is too big may influence marking efficiency. The scanner (gavlo)
have better performance, the lower the two Jump TC’s value is.
Adjust Polygon TC:
If mark a rectangle with size 40×20, you may find three possible results about the rectangle’s
corners:
Case #1: As Figure 10-14 shows, it is changed into arc angle which should be right angle, and
this is because the Polygon TC is too short, here users need to raise the value.
Figure 10-14 Case #1
Figure 10-15 Case #2
Case #2: As Figure 10-15 shows, although the right angle is what it should be, the corner of
the angle is heavy marked, and this is because the Polygon TC is too long, here users need to
shorten the value.
Case #3: As Figure 10-16 shows, it is right angle and there is no heavy marking. This is the
result we want.
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