Cimatron_E_5X_Aerospace_Morph_Between_2_Curves
5x aerospace / morph between 2 curves
user interface
surface paths
drive surface
drive surface offset
round corners
extend/trim
pattern
parallel cuts
cuts along curve
morph between two curves
advanced options
parallel to curves
parallel to surface
project curve
morph between two surfaces
cutting area
full, avoid cuts at exact edges
full, start and end at exact surface edge
determined by number of cuts
limit cuts by one or two points
sorting
flip step over
cutting method
direction for one way machining
cut order
start point
surface quality
distance
maximum stepover
tool axis control
output format
maximum angle step
tilting strategies
tool axis will not be tilted and stays normal to surface
tool axis will be tilted relative to cutting direction
tool axis will be tilted with the angle
tool axis will be tilted with fixed angle to axis
tool axis will be tilted around axis
tool axis will be tilted through point
tool axis will be tilted through curve
closest point
angle from curve
angle from spindle, main direction
from start to end
from start to end for each contour
automatic curve
tool axis will be tilted through lines
tool axis will be tilted from point away
tool axis will be tilted from curve away
closest point
angle from curve
angle from spindle, main direction
from start to end
from start to end for each contour
side tilt definition
follow surface iso directions
allow flipping side direction
gradual lead angle change
gradual side tilt angle change
side tilt fanning distance
ruled surface radius limit
ortho to lower edge curve
allow flipping side direction
gradual lead angle change
gradual side tilt angle change
ortho to cut dir at each pos
allow flipping side direction
gradual lead angle change
gradual side tilt angle change
use spindle main direction
allow flipping side direction
gradual lead angle change
gradual side tilt angle change
use user defined direction
allow flipping side direction
gradual lead angle change
gradual side tilt angle change
run tool
auto
center
radius
front
user given point
tool axis direction limit parameters
xz limit
yz limit
xy limit
conical angles from leading curve
gouge check
status
check
check gouge between positions
drive surfaces, check surface
clearance (gouge check)
strategy
retracting tool along tool axis
moving tool away
retracting the tool in the x, y and z direction
retract tool along surface normal
retract tool away from origin
retract tool cut to center
tilting tool away with max angle
leaving out gouging points
stop toolpath calculation
link
first entry
last exit
gaps along cut
direct
broken feed
broken feed and rapid
clearance area
follow surface
blend spline
use both macros
use entry macro
use exit macro
links between slice
direct, broken feed
broken feed and rapid
clearance area
follow surface
blend spline
use both macros
use entry macro
use exit macro
links between passes
direct
broken feed
clearance area
follow surfaces
blend spline
broken feed and rapid
use both macros
use entry macro
use exit macro
entry macro
tangential arc
reverse tangential arc
vertical tangential arc
horizontal tangential arc
orthogonal arc
tangential line
orthogonal line
tool axis orientation
width/length
arc sweep/arc diameter
height
exit macro
clearance area
plane in x, y or z
cylinder parallel to x, y or z
sphere
distances
rapid distance
feed distance
air move safety
roughing
connect slices by shortest distance
multi passes
plunge
morph pocket
depth cuts
use ramp
utility
feed rates
change parallel cuts to spiral
advanced spiral calculation
calculation based on tool center
axial shift
chaining tolerance
machine definition
appendix
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