PASCAM Bea can automatically
create an optimized setup program
for model parts who require multiple
clamping operations, so that the machining
plane will be usually defined from the top
of the workpiece.
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Tool changes often generate high
costs in terms of time on the CNC machine and
therefore should be avoided if possible. PASCAM
Bea can minimize the number of tool
changes if the machining sequence is
allowed to be changed. Further optimization is
also possible through intelligent selection of
the tools used.
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Empty travels of the tool unit
cost time and therefore money. Therefore PASCAM
Bea offers the option to automatically change
and optimize the machining sequence - if this is
allowed by the user - in order to minimize
unnecessary travel paths and thus optimize the
general movement of the tool unit
in a time-efficient way.
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The innovative expansion card
technology in PASCAM Bea provides the user with
almost limitless possibilities for user-defined
optimization of the desired routing
strategies.
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PASCAM Bea also uses
drilling optimization for the output in
the WOP format to achieve geometric
simplification, resulting in fewer machining
macros in the CNC program.
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All optimizations can be
reviewed by the user immediately or after the
fact, and can be manually changed if necessary.
This full control approach
increases transparency, enhances flexibility at
the application process and at the same time
reassures the operator at the CNC machine about
the use of best practices.
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