| |
| Operating
modes |
|
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Manual
operation |
 |
Manual
traversing via joystick or with electronic
handwheels |
|
Graphic
support for entering and running cycles in
direct interaction with manual machine
operation |
|
Thread
repair (thread recutting of workpieces in a
different setup) |
|
| |
Teach-in |
|
Sequential
linking of fixed cycles |
|
Graphic
simulation of the machining cycle sequence
immediately after data entry |
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Immediate
machining after each cycle input |
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Storing
of machining cycles, with automatic program
creation |
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| |
Program
run |
|
Cycle
or ISO programs in single block or full
sequence |
|
| Programming |
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| |
Machining
cycles |
|
Conversational
cycle entry with graphic support |
|
Linear
and circular paths, chamfers and roundings |
|
Area
clearance cycles for longitudinal and
transverse turning of simple, complex and ICP
contours |
|
Contour-parallel
area clearance cycles for simple, complex and
ICP contours |
|
Recessing
cycles for simple, complex and ICP contours |
|
Recess-turning
cycles for simple, complex and ICP contours |
|
Undercuts
according to DIN 76, DIN 509E, DIN 509F |
|
Cutoff
cycle |
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Drilling,
pecking and tapping cycles |
|
Linear
and circular bolt-hole patterns on end face
and lateral surface |
|
Cycles
for single- or multi-start paraxial and taper
threads |
|
Axial
and radial milling cycles for slots, figures,
single sides and polygons as well as complex
ICP contours |
|
Thread
milling |
|
Assume
cutting data from tool memory |
|
Use
ISO macros in cycle programs |
|
Conversion
of cycle programs into ISO programs |
|
| |
Interactive
contour programming (ICP) |
|
Contour
definition with linear and circular contour
elements |
|
Immediate
display of entered contour elements |
|
Calculation
of missing coordinates, intersections, etc. |
|
For
multiple solutions: graphic display of all
solutions with selection by the user |
|
Superimposition
of chamfers, roundings and form elements
during or after contour definition |
|
For
turning contours |
|
For
milling contours on end face and lateral
surface |
|
| |
ISO
programming |
|
NC
programming according to ISO 6983 |
|
Creation
of ISO programs and ISO macros |
|
Programming
with clearance, recessing, recess turning,
drilling and milling cycles |
|
Simplified
geometry programming (calculation of missing
data) |
|
Variable
programming |
|
Subprograms |
|
| Positional
data |
|
Nominal
positions in Cartesian or polar coordinates |
|
Absolute
or incremental dimensions |
|
Input
and display in millimeters or inches |
|
| Tool
compensation |
|
compensation
of the tool-tip position in the X/Z plane |
|
Automatic
tool-tip position recognition |
|
Precision
compensation via handwheel with transfer of
compensation values to the tool table |
|
Cutting
radius and milling radius compensation |
|
| Tool
table |
|
One
tool table for 99 tools with tool description |
|
Graphic
support for tool entry |
|
Tool
monitoring according to the service life of
the tool tip or number of workpieces produced |
|
| Verification
graphics |
|
Graphic
simulation of individual cycles, or of the
memorized cycle or ISO program |
|
Two-dimensional
wire frame or cutting-path graphics |
|
Side
or end face view, or display of the (unrolled)
lateral surface |
|
Detail
magnification and reduction (zoom) |
|
| Analysis
of the machining time |
|
Calculation
of the machining times and idle times |
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Recognition
of the switching commands triggered by the CNC |
|
Display
of the individual times per cycle or per tool
change for ISO programs |
|
| Communication/data
exchange |
|
Via
the networks common under Windows 98 |
|
| Dialog
languages |
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German,
English, French, Italian, Spanish, Dutch,
Danish, Swedish, Czech |
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