MCOSMOS C1
CMM Software Tutorial
MCOSMOS Overview
• MCOSMOS:
– “Mitutoyo Controlled Open System for Modular Operation Support“
• Modular CMM software system
– For Both CNC and Manual CMMs
– Three Levels: 1,2,3
– Optional Modules Available
• Provides CMM control, measurement and evaluation
• Runs on Microsoft® Windows® 2000 or XP Pro
© 2005 Mitutoyo Corporation All Rights Reserved
2
MCOSMOS 1, 2, & 3
Part Manager
The Control center from which the software package
initialized and the individual part programs are managed
GEOPAK (Geometry module)
For (online / offline) part program creation using the
measurement of geometric elements. Extensive tolerance
comparisons and output functions are included
Cat 1000 P ( CAD based programming module)
For (online / offline) part program creation using the
measurement of geometric elements directly from the
CAD model, with collision avoidance.
Cat 1000 S ( 3D free form surface evaluation module)
CAD model based generation of surface measurement
points and comparison of actual/nominal data, with
graphical output
SCANPAK ( 2D profile evaluation module)
For scanning and evaluation of workspace contours and
3D digitizing of surfaces
© 2005 Mitutoyo Corporation All Rights Reserved
3
Content : C1 Geopak
Probe data management
- Calibrate
- Automatic calibration
- Save
- Archive
- Probe builder
- Define probes
- Generate
- Edit Generated program
Tolerancing Review
- Coordinate
- Size
- Position
- Orientation
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CNC movement
- Parameters and commands
- Automatic measurement
- Automatic probe calibration
- Drive moves Cartesian/polar
Automat part programs
- Manual / CNC program
- Fixture coordinate system
- Conversion to full CNC
Programming Review
- Techniques
- Operator instructions
4
Probe Data Management 1
Select
Probe
Select
Probe Data
Management
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5
Probe Data Management 2
Select
Probe
Builder
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6
Configure probe system 1
Select
OK
Preview your
selection
Apply your
selection
Select your
probe head
Customize
your probe list
Coordinate
orientation
Select
view
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7
Configure probe system 2
List of
components
Apply to
the probe
Remove
last item
Select the next
component
Preview the
selection
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8
Configure probe system 3
Apply to
the probe
Select the next
component
Preview the
selection
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9
Configure probe system 4
Apply to
the probe
Select the next
component
Preview the
selection
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10
Configure probe system 5
Apply to
the probe
Select the next
component
Preview the
selection
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11
Configure probe system 6
Apply to
the probe
Select the next
component
Preview the
selection
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12
Configure probe system 7
Complete list of
probe components
mounted on CMM
Select
OK
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13
Configure probe system 8
Select yes to
delete all probes
but probe 1
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Select no to
redefine all probe
orientations
based on the new
swivel length
14
Define Probes 1
Probe position
and diameter
information with
no time and date
shows the probe
is not calibrated
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Select
Define probes
15
Define Probes 2
Graphic of probe in
selected orientation
Add remove
selected probe
Select
view
Listing of
probes
Graphically
select probes
Select OK
when finished
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16
Probe Calibration 1
Select the red
check marks
to select all
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Use Windows
selection
methods to
select probes
Select Calibrate
to start probe
calibration of
selected probes
17
Probe Calibration 2
Z Offset
Angle
Z Offset
Distance
Masterball
Equator
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18
Probe Calibration 3
Select Auto
Calibration
Set CNC
parameters
Select point
on top of
sphere
Define
Calibration
settings
Select
OK
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19
Probe Calibration 4
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20
Probe Calibration 5
Point #1
Top
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21
Generate probe calibration
program 1
Select
Generate
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22
Generate probe calibration
program 2
Select trees
to calibrate
Select styli
to calibrate
View
selected
probe
Select
view
Set CNC
parameters
Set Parameters
for Calibration
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Select
Ok
Select
Masterball
23
Archive probe data
Archive indicates
probe is not archived
Define
probe name
Archive
probe
Select
OK
Select
OK
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24
Editing Calibration Program
Select
text
Select
Program
Input
Text
Select
Programmable
stop
Select
Picture
Browse for
Picture
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Verify
picture
Select location
for instruction
25
Editing Calibration Program
Select
Probe
Use Pull
down
Select
Archive
name
Select line to
load probe
Select Probe
from archive
Select
OK
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26
Editing Calibration Program
Double click
to edit line
Select probes
to calibrate
Adjust CNC
Parameters
Adjust
Calibration
settings
Select
OK
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27
Define Masterball
Select
Probe
Select Define
masterball
position
Select
masterball #
Select sphere
name
Select
OK
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28
CNC: Setting CNC On
Select
Machine
Sets do not
change
Get max
speed
Get default
speed
Manually
Input
speed
Select CNC
parameters
and CNC on
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29
Setting CNC on / off
Will toggle
CNC mode
on / off
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30
CNC parameter 1
Select CNC parameter to
set or change parameters
Active only with a
scanning probe
installed in the CMM
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31
CNC Parameter 2
Point to point
speed
Speed to take a
measurement
See next slide
Distance machine
will search for
part contact
without an error
A cylindrical
tolerance for the
straight portion
and spherical
tolerance for the
target point of a
move machine
command
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32
Safety Distance
Starting position
of probe
Theoretical
touch point
Moves along
vector at
measurement
speed
Machine
movement speed
Probe
radius
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Safety Distance
End of measurement
length, CMM will error if
contact is not made by
this position
PART
Measurement
Length
33
Error Recovery
Learn or repeat
mode started
without starting
CMM and
homing the CMM
Measure command
did not contact part
before exceeding
the measurement
length
Measure or
move command
contacted part
or fixture
before starting
measure mode
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34
CNC: Movement
This button
will allow
you to
make an
automatic
move by
entering
the desired
coordinate
s
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Send the CMM to the
home position
This button is a absolute
move. The system will
move relative to current
coordinate system.
This button
will move
the system
relative to
the current
position of
the stylus
35
CNC: Automatic Elements
Select
Machine
Select element
type to measure
Select Automatic
element measurement
Measurement
point
Select
Measurement
tool
Automatic
line
measurement
Automatic
plane
measurement
Automatic
circle
measurement
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Automatic
cylinder
measurement
36
CNC: Automatic Elements
Automatic tools
may also be
accessed from
the measurement
dialog
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37
Auto Measurement Point
Coordinate
format
Machine
position
Point on
work piece
Start
point /
target 1
Vector
direction
format
Normalize
vector
Reverse
vector
Vector
direction
Point at
Center
of probe
Target
point
direction
format
Select
Automatic
point
Target
point 2
Machine
position
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38
Auto Measurement Line
Length
of line
Number
of points
Angle
Probing
direction
X Y Z Coordinate,
line, and probing
direction pictorial
Driving
plane
Select
Automatic
line
Coordinate
system
format
Machine
position
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Line start
point
Scanning
parameters for
scanning probe
39
Auto Measurement Plane
Arc
move
Number
of points
Start
Angle
Rotation
Diameter
End
Angle
Probing
direction
X Y Z Coordinate
plane and probing
direction pictorial
Driving
plane
Select
Automatic
Plane
Coordinate
format
Machine
position
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Center
of plane
Slot
width
Scanning
parameters for
scanning probe
40
Auto Measurement Circle
Arc
move
Number
of points
Diameter
Id Od
Rotation
Coordinates
of circle
Scanning
parameters
Slot
width
Start
angle
End
angle
Driving
plane
Select
Automatic
Circle
Coordinate
format
Machine
position
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Pitch of
thread
X Y Z Coordinate
circle and probing
direction pictorial
41
Auto Measurement Cylinder
Diameter
Number
of points
Arc
move
Id Od
Number
of steps
Slot
width
Start
angle
End
angle
Probing
direction
Rotation
Height
difference
Driving
plane
Select
Automatic
cylinder
Coordinate
format
Machine
position
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Start
point of
cylinder
Scanning
parameters
X Y Z Coordinate
cylinder and probing
direction pictorial
42
Manual Coordinate Systems 1
Set dialog
as shown
Select
Coord.sys.
Select Plane line
line pattern
Select Pattern
alignment
Select Align
coordinate system
Select
OK
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Select
OK
43
Manual Coordinate Systems 2
You collect
the points
Pattern alignment
provides the
instruction
Pattern alignment
provides the
instruction
Pattern alignment
provides the
instruction
You collect
the points
You collect
the points
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44
Verify Coordinate System 1
Orientation
symbol
Origin
symbol
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45
Verify Coordinate System 2
View
Part
Coordinate
system PCS
Machine
Coordinate
system MCS
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46
CNC On / Off
Select
Machine
Select CNC
on / off
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47
CNC Parameters 1
Select
Machine
Select CNC
Parameters
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48
CNC Parameter 2
Point to point speed
Speed to take a
measurement at
Distance from target to
edge of probe prior to
change from movement to
measurement speed
Distance machine will
search for part contact
without an error
A cylindrical tolerance for
the straight portion and
spherical tolerance for
the target point of a move
machine command
© 2005 Mitutoyo Corporation All Rights Reserved
Parameters for
scanning
probes
49
Clearance Height
Select
Machine
Select
Clearance
height
Turn Clearance
height on
Select axis for
clearance height
Use machine position
to define clearance
height value
Select
OK
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Define clearance
height value
50
Automatic Plane
Select
Plane
Set
parameters
as shown
Select
Yes
Select
OK
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51
Collecting data on our Plane 1
Select Automatic
line measurement
Adjust
parameters as
shown
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Verify
Graphic
Select OK
to collect
data
52
Collecting data on our Plane 2
Verify
Graphic
Select Automatic
plane measurement
Adjust
parameters as
shown
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Select OK
to collect
data
53
Collecting data on our Plane 3
Verify
Graphic
Select Automatic
plane measurement
Adjust
parameters as
shown
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Select OK
to collect
data
54
Collecting data on our Plane 4
Select Automatic
point measurement
Adjust
parameters as
shown
Select OK
to collect
data
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55
Collecting data on our Plane 5
Select Automatic
point measurement
Adjust
parameters as
shown
Select OK
to collect
data
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56
Finish Element
Select finish
element
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View graphic of
plane and points
measured
57
Align Plane
Select Align
Plane
Set parameters
as shown
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Select
OK
Select
Cancel
58
Automatic Circle
Select
Circle
Set parameters
as shown
Select
OK
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59
Collecting data on a Circle
Verify
Graphic
Set parameters as shown
based on current
coordinate system
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
60
Tolerancing Datum A
Select
Actual
value
Define
Nominals &
Tolerances
Select
More
Define
Datum Label
Select
OK
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Select
OK
61
Creating an Origin
Select
Create origin
Set
parameters
as shown
Select
OK
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Select
Cancel
62
Automatic Cylinder
Select
Cylinder
Set parameters
as shown
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Select
OK
63
Collecting data on a Cylinder
Verify
Graphic
Set parameters as shown
based on current
coordinate system
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
64
Tolerancing a Cylinder
Select
Diameter
Select
Actual
value
Define
Nominal &
Tolerance
Select
more
Define
Datum Label
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
65
Creating a Point for Alignment
Select
Plane
Set
Perimeters
as shown
Define
Distance
Define
Vector
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
66
Creating a Point for Alignment
Select
Point
Set
Parameters
as shown
Select
Plane
Select
(3)Plane
Select
Cylinder
Select
OK
Select
OK
Select
(1)Cylinder
© 2005 Mitutoyo Corporation All Rights Reserved
67
Align by Point with Offset
Select
Coord.sys.
Select Align axis by
point with offset
Select
point
Select
(1)Point
Set offset
values
Select XY
Plane
Select
OK
Select
Cancel
© 2005 Mitutoyo Corporation All Rights Reserved
68
Save Coordinate System
Select save
Coord.sys.
Define
Coord.sys. #
Select
OK
Select
Yes
© 2005 Mitutoyo Corporation All Rights Reserved
69
Tolerancing Position of an Axis
Select
Cylinder
Select
(1)Cylinder
Define Datum
label for MMC
Define
Tolerance
Set distance to
apply
tolerance over
Define
Nominals
Select
OK
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Select Position
of axis
70
Tolerancing Cylinder Coordinates
Select
(1)Cylinder
Select
Cylinder
Select
Actual
value
Define
Nominals &
Tolerances
Check X&Y
Coordinates
Select
OK
Select
Element
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
71
Automatic Circle
Select
Circle
Set
Parameters
as shown
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Select
OK
72
Collecting data on a Circle
Verify
Graphic
Set parameters as shown
based on current
coordinate system
Select
OK
Select
OK
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Select
Delete
Command
Select
OK
73
Adjust CNC Parameters 1
Cancel
Element
Select
Machine
Select
Yes
Select CNC
parameters
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74
Adjust CNC Parameters 2
Adjust Safety distance
(.312-.156)/2=.078
Select do not change
for all parameters not
changed
Select
OK
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75
Automatic Circle
Select
Circle
Set
Parameters
as shown
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Select
OK
76
Collecting data on a Circle
Verify
Graphic
Set parameters as shown
based on current
coordinate system
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Select
OK
77
Tolerance Circle 1 Position
Select
Actual
value
Select
Cylinder
format
Toggle
ABS to off
Toggle to
position
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Check
Dia &
Position
Select XY
Plane
Define
Nominals &
Tolerances
Selec
t OK
78
Tolerance Circle 1 Coordinates
Select
Actual
value
Toggle
ABS to off
Define
nominals &
Tolerances
Check
X&Y
Select
Cartesian
format
Select Last
element
Toggle to single
coordinate
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
79
Measure & Tolerance Exercise 1
Measure
Circles 3-5
Tolerance
for position
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Collect
points
Tolerance
for X&Y
80
Measure & Tolerance Exercise 1
Tolerance circles
3, 4 & 5 for dia. and
position in a
cylindrical format
Measure
Circles
3, 4 & 5
Tolerance circles
3, 4 & 5 for
X
and Y in a
Cartesian format
© 2005 Mitutoyo Corporation All Rights Reserved
81
Automatic Line 1
Selec
t Line
Set
parameters
as shown
Select
Yes
Select
OK
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82
Collecting data on Line 1
Verify
Graphic
Set parameters
as shown
Finish
element
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
83
Tolerance Line 1
Select
Actual
value
Define
Nominals &
Tolerances
Check Angle
& Distance
Select
OK
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84
Collecting data on Line 2
Verify
Graphic
Set parameters
as shown
Finish
element
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Select
OK
85
Tolerance Line 2
Select
Actual
Value
This is not
the B/P
requirement
So Select
Cancel
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86
Collecting data on Line 3
Verify
Graphic
Set parameters
as shown
Select
OK
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87
Collecting data on Line 3
Verify
Graphic
Set parameters
as shown
Finish
element
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
88
Tolerance Line 3
Select
Actual
value
This is not
the B/P
requirement
So Select
Cancel
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89
Collecting data on Line 4
Verify
Graphic
Set parameters
as shown
Finish
element
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Select
OK
90
Tolerance Line 4
Select
Actual
value
This is not
the B/P
requirement
So Select
Cancel
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91
Collecting data on Line 5
Verify
Graphic
Set parameters
as shown
Finish
element
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
92
Tolerance Line 5
Select
Actual
value
Define
Nominals &
Tolerances
Check Angle
& Distance
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
93
Construct Intersection Point
Select
Point
Set
parameters
as shown
Select
lines
Select
(1)Line
Select
(2)Line
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
94
Construction Exercise
Constrict
Intersection
points 3, & 4
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95
Construct & Tolerance Distance
Select
Distance
Select
Actual
value
Check
Distance
Define
Nominals &
Tolerances
Select
Tolerance
Select
Line
Select
(1)Line
Select
Point
Select
(3)Point
Verify
Results
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
Select
OK
96
Construct & Tolerance Distance
Exorcize
Construct and
tolerance
distance 2, 3 &4
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97
Reverse Element Direction
Select
Line
Set
parameters
as shown
Select element
type as line
Select
reverse
direction
Select
(4) Line
Select
OK
Select XY
Projection
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
98
Tolerancing Line for Angle
Define nominal
and tolerance
Select
Actual
value
Select
Angle X
Select
OK
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99
Change Probe
Select
Yes
Adjust clearance
height for
selected probe
Select
Change
probe
Select
Probe 5
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
100
Partial Circle
Select
Circle
Set
Parameters
as shown
Select
OK
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101
Partial Automatic Circle
Verify
Graphic
Set parameters as shown
based on current
coordinate system
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
102
Tolerance Circle 6 ZX Position
Select
Actual
Value
Select
Cartesian
format
Toggle
ABS to off
Toggle to
position
© 2005 Mitutoyo Corporation All Rights Reserved
Check
Dia &
Position
Select ZX
Plane
Define Nominals
and tolerances
Select
OK
103
Partial Circle
Select
Circle
Set
Parameters
as shown
Select
OK
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104
Partial Automatic Circle
Verify
Graphic
Set parameters as shown
based on current
coordinate system
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
105
Tolerance Circle 6 ZX Position
Select
Actual
Value
Select
Cartesian
format
Toggle
ABS to off
Toggle to
position
© 2005 Mitutoyo Corporation All Rights Reserved
Check
Dia &
Position
Select ZX
Plane
Define Nominals
and tolerances
Select
OK
106
Safe Move Probe Change
Select
Change
probe
Select
Move
machine
Turn clearance
height off
Select
Position of
Machine
Select Absolute
position
Set Z axis to
Swivel length
Select
OK
Select
OK
Select
Yes
Select
probe 6
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
107
Move Machine
Select Absolute
position
Define X, Y & Z
requirements
Define X & Y
requirements
Z Axis
clearance
Select
OK
Select
Move
Machine
Select
OK
Select
Move
Machine
© 2005 Mitutoyo Corporation All Rights Reserved
108
Verify Move
Verify probe
position
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109
Cylinder at Compound Angle
Select
Cylinder
Set parameters
as shown
Select
OK
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110
Automatic Cylinder Measurement
Select XY
YZ
ZX
Driving plane
The cylinder on the
part is not parallel to
the Y
X
Z Axis
Select
Cancel
© 2005 Mitutoyo Corporation All Rights Reserved
111
Adjust Coordinate System
Select
Move and
rotate
Define
Move
Verify Move
and rotate
Define
Rotation
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Select
Rotation
axis
112
Adjust Coordinate System 2
Select
Move and
rotate
Select
Rotation
axis
Select
OK
Define
Rotation
Verify Move
and rotate
© 2005 Mitutoyo Corporation All Rights Reserved
113
Compound hole as Cylinder
Select
Cylinder
Set
parameters
as shown
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
114
Compound hole as Cylinder
Set parameters
as shown
Height
difference
.375-.045
Measurement
depth
.500-.080-.045
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
Verify
Graphic
115
Tolerancing Position of an Axis
Select
Actual
Value
Toggle
ABS to off
Select
Diameter,
X&Y
Define nominals
& tolerances
Select
More
Define
Datum
label
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
116
Tolerancing Position of an Axis
Define
Tolerance
Select
Cylinder
Select
(2)Cylinder
Define Datum
label for MMC
Set distance to
apply
tolerance over
Define
Nominals
Select
OK
Select Position
of axis
© 2005 Mitutoyo Corporation All Rights Reserved
117
Plain for Pierce Point
Select
Plane
Select
Tolerance
Set
Parameters
as shown
Select
OK
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118
Intermediate Move (Go To)
Select
Absolute
move
Define
move to
Select
Yes
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
119
Automatic Plane Measurement
Set plane
diameter
Set Start
End angle
Verify
Graphic
Set pattern
center point
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
120
Profile of a Planer surface
Select Actual
Value
Select
Z axis
Define nominal
and tolerance
© 2005 Mitutoyo Corporation All Rights Reserved
Select
OK
121
Saving / Loading a Coordinate System
Select Load
Coord. Sys
Select
OK
Select Save
Cord. Sys
Define new
Coord. Sys
Select
OK
Select Cord.
Sys to load
Select
Yes
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122
Pierce Point
Select
Point
Select
Intersection
element
Select
OK
© 2005 Mitutoyo Corporation All Rights Reserved
Select
(3) Plane
Select (2)
Cylinder
Select
OK
123
Tolerance Pierce Point
Select X,
Y&Z
© 2005 Mitutoyo Corporation All Rights Reserved
Define
Nominals &
Tolerances
Select
OK
124
Local Vs Part Coordinate System
Deviations
in local
Coordinate
system
Deviations
in Part
Coordinate
system
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125
Tolerance Orientation 1
Select
Plane
Select
Select(3)
(3)Plane
Plane
Select
OK
Select Tolerance
Element
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126
Tolerance Orientation 2
Select Actual
Value
Select
Angle Z
Define Nominal
and Tolerance
Select
OK
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127
Tolerance Orientation 3
Select
Cylinder
Select (2)
(3)
Cylinder
Plane
Select
OK
Select Tolerance
Element
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128
Tolerance Orientation 4
Select Actual
Value
Select
Angle Z
Define Nominal
and Tolerance
Select
OK
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129
Tolerance Orientation 5
Select
Line
Select
Intersection
Select
Tolerance
Select
(1) Plane
Select
(3) Plane
Select
OK
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Select
Ok
130
Tolerance Orientation 6
Select Actual
Value
Define Nominal
and Tolerance
Select
Angle X
Select
OK
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131
Tolerance Orientation 7
Select
Line
Select
Theoretical
Define
length
Define
start point
Define
Vector
Select
OK
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Select
OK
132
Tolerance Orientation 8
Select
Angle
Select
(8) Line
Select
Actuals
Select (2)
Cylinder
Select
Ok
Define nominal
& tolerance
Verify
Results
Select
XY Angle
Select
OK
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133
Home the Machine
Select
Machine
Position
Select
Absolute
move
Define as
swivel
length
Select
Probe 1
Select
Move
machine
Select
Change
Probe
Select
OK
Select
OK
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134
Home the Machine
Select
Exit
Select In
home
Select Save
part program
Select
OK
Select
Move
machine
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Select
OK
135
Manual to Fixture Based
Select Learn
mode
Define part
name
Select New
part 1
Select Create
new part
Select
OK
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136
Manual Coordinate Systems 1
Set dialog
as shown
Select
Coord.sys.
Select Plane line
line pattern
Select Pattern
alignment
Select Align
coordinate system
Select
OK
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Select
OK
137
Manual Coordinate Systems 2
You collect
the points
Pattern alignment
provides the
instruction
Pattern alignment
provides the
instruction
Pattern alignment
provides the
instruction
You collect
the points
You collect
the points
© 2005 Mitutoyo Corporation All Rights Reserved
138
FCS to PCS
Select
Exit
Select
Point
Document your
X, Y &Z values
Select auto
repetition
Select Delete
part program
Select
Measure
Select
Side point
Select
OK
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Select
OK
139
Editing to full CNC
Highlight and delete the
machine coordinate system
and the pattern alignment
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140
Editing to full CNC
Select Move
and rotate part
Select Load
Coordinate
system
Select
FCS 9999
Select
OK
Define X, Y &Z
values collected
earlier
Select
OK
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141
Editing to full CNC
Select
Exit
Select Move
machine
Select Program
Programmable
stop
Select Program
Programmable
stop
Select Move
machine
Select
Save
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142
Knowledge Base 1
Select About
Mitutoyo
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143
Knowledge Base 2
Select
Knowledgebase
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144
Knowledge Base 3
Select MCOSMOS
Knowledge base
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145
Knowledge Base 4
Select
New user
© 2005 Mitutoyo Corporation All Rights Reserved
146
Knowledge Base 5
Provide all
requested
information
© 2005 Mitutoyo Corporation All Rights Reserved
147
Contacts
•
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148