FISCHER FISCHERSCOPE X-RAY 5000 Series, Руководство оператора, Страница: 177 / 188

WinFTM
®
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Control the XY(Z) Measuring Stage Features of WinFTM BASIC and LIGHT
Travel to absolute or rela-
tive coordinates You can enter absolute or relative coordinates to travel the
stage. The zero point of an operation can be specified indi-
vidually.
Laser light pointer The red laser point points to the subsequent measurement
position in the retracted condition and thus significantly
simplifies a quick sample positioning
Point & Shoot You can travel to the desired position by clicking the left
mouse button.
Point & Measure You can travel to the desired position and perform a
measurement at this position by clicking the middle mouse
button.
Point & Save You can travel to the desired position and save the related
coordinates by clicking the right mouse button.
Joystick at measuring
head You can easily control the XY(Z) stage with the joystick at
the measuring head.
In addition, you can control the XY(Z) stage with the mouse.
Measurement point over-
view The measurement point overview windows offer you a full
overview of all programmed points of the current measure-
ment coordinates and of the entire travel range.
Programming individual
coordinates You can program arbitrary individual coordinates, on which
measurements will be performed.
Programming lines You can define a start point and an end point of a line and
a number interim points. On these points measurements
will be performed.
Programming arrays You can define two corner coordinates of an array and the
number of points within the array (columns and rows).
Furthermore you can define the sequence, in which the
points will be travelled. On these points, measurements will
be performed.
Programming patterns You can define a freely programmable geometric pattern of
measurement points. You can replicate this pattern as often
as you want. Thus, you can travel the same points on
different specimens or on different parts of the same spec-
imen.
Programming offset In addition to the measuring points (line, array or pattern)
you can define one or two reference points. Thus, you can
change specimens and make sure the measurements are
performed at the same coordinates, while the specimen is
not located at the same position.
Function Description