Layer lift
Scan
Min, max power
Cut freq
Power ratio
On delay
Off delay
Linkage IO output
Lift control enable
Enable primitive lift
Rise position
Offset height
Overcut
Scan mode
Bitmap processing
Scan space
Out by curve
filling method to process the closed metadata to this layer
before outputting. Bitmap cutting is to cut the outer frame of
the bitmap, and scanning is to output the scanned image data
after processing according to the processing method.
The power value ranges from 0 to 100, which indicates the
strength of the laser during processing; The value is large, the
laser is strong, and the value is small, the laser is weak; The
minimum power should be less than or equal to the maximum
power. When scanning, set the maximum and minimum power
to be the same. In FSP mode, only the maximum power is valid.
In PSV mode, the maximum power and minimum power need
to be adjusted.
When processing corresponding primitives, control the
frequency of the PWM signal output by the laser.
。
Valid in FSP mode for micro pulse processing. Generally, the RF
tube cutting is set to 100%.
When processing graphics, delay the opening time to prevent
the starting point from over burning due to the motion lag.
Delay the time of turning off the laser to prevent the cutting
pattern from not closing due to the motion lag.
When processing the data of this layer, the checked IO also
outputs a low-voltage signal, which can be connected to the
external equipment that needs to distinguish the layer for
related process processing.
After checking, this layer will execute automatic lifting action
during processing
After checking, each primitive will perform a lifting after
processing
When the motor is used to control the Z axis up and down, the
coordinate position that the Z axis will rise automatically when
cut this layer
When the motor is used to control the Z axis up and down, the
distance between the laser focus and the cutting table when
processing this layer
In the case that the effect of delaying the laser-off is not work,
repeat the processing of a motion trail of the starting position
on the output metadata.
Vector and bitmap can generate scan lines in horizontal one-
way, two-way scanning and vertical one-way and two-way
scanning.
The bitmap processing method supports three types: black-and-
white image, dot image, and hanging network processing.
Sampling interval when generating scan data.
When the primitives of the same layer are scanned and
calculated, they are output as a single primitive or calculated
and output together with the layer data. Checking means a
single primitive output. Bitmap and vector graphics are
calculated separately.
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