Professional Courseware Mill 4/5 Axis 5 A XIS T OOLPATH C REATIONADVANCED MULTIAXIS TOOLPATHS ADVANCED MULTIAXIS TOOLPATHS Advanced Mutiaxis provides enhanced 5 axis multisurface machini
Trang 2Professional Courseware Mastercam X³ Mill 4/5 Axis
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Trang 4Mastercam X4 Training Tutorials – Professional Courseware Mill 4/5 Axis
Date: June 15, 2009
Copyright © 1984 2009 In House Solutions Inc All rights reserved.
Author: Mariana Lendel
ISBN: 978 1 926566 34 4
Notice
In House Solutions Inc reserves the right to make improvements to this manual at any time and without notice.
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in the manual, even if In House Solutions Inc has been advised of the possibility of such damages Some jurisdictions do not allow the exclusion or limitation of implied warranties or liability for incidental or consequential damages, so the above limitation or exclusion may not apply to you.
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Trang 64 AXIS TOOLPATH CREATION CONTENT
4 AXIS TOOLPATHS 1
Axis Substitution Roll the geometry 2
Axis Substitution Unroll the geometry 10
Using Rolldie C hook to machine with the edge of the tool 15
Axis Substitution, Rotary Axis Positioning & Transform Rotate 17
Axis Substitution –Creating a Cylindrical Helix 24
Axis Substitution –Creating a Conical Helix 26
4 Axis Rotary Toolpath 28
4 Axis Rotary Toolpath –Axial dampening 30
Tool Planes – Indexing about A axis 32
Tool Planes – for horizontal machining centers 38
Trang 75 AXIS TOOLPATH CREATION CONTENT
GENERIC 5 AXIS TOOLPATHS 49
5 Axis curve toolpath 50
5 Axis Drill 74
5 Axis Swarf 88
5 Axis Flowline 96
5 Axis Multisurface 99
ADVANCED MULTIAXIS TOOLPATHS 102
Projection (engraving) 102
Port Machining tilting through curve 104
Impeller Blade Swarf Finishing 107
5 Axis Swarf 110
Advanced interface to machine fillet surfaces 113
Advanced interface to create a multi surface finish toolpath 115
Advanced interface to finish the ends of the blade 120
Advanced Multiaxis gouge strategies 125
Advanced interface surface roughing 137
Advanced interface semi finish the blade in a swarf cut 139
Advanced interface finish the blade in a surface finish manner 142
Advanced interface finish the fillet 147
Cleaning the back of the blade– using finish scallop 151
Transform – rotate to complete the entire part 153
Impeller floor surface without tilt curve 158
Impeller semi finish blade using Swarf 162
Impeller finish blade using Advanced interface 164
Transform – rotate to complete the entire part 166 GENERAL NOTES A 1
Trang 8Professional Courseware Mill 4/5 Axis 5 A XIS T OOLPATH C REATION
ADVANCED MULTIAXIS TOOLPATHS ADVANCED MULTIAXIS TOOLPATHS
Advanced Mutiaxis provides enhanced 5 axis multisurface machining strategies You can work with the full interface that gives you access to all the available parameters and options Or, you can choose from a number of simplified interfaces that have been customized for specific applications and machining strategies.
These toolpaths work on surfaces Solid selection is available for most advanced multiaxis toolpath strategies, with the following exceptions: Toolpaths that require the selection of a defined edge (solid edge) and toolpaths that require the selection of only a single surface (solid face).
16 ADVANCED MULTIAXIS PROJECTION (ENGRAVING)
Resources – Download the file from; www.emastercam.com/files/ x4_pc 45axismill.html
Or C:\Training X4\ 5 axis training x\Advanced Multiaxis\5 ax_Engraving.MCX
Toolpath
Advanced Multiaxis
Select Projection
Create a taper mill 0.1 tip
diameter; angle 3 deg
Drive surface Select the green (30) surface.
Projection curves– Select the red (12) letters (use window selection and enable color red in Color
Mask)
Cut tolerance = 0.01
Axial shift = 0.1mm
Maximum angle step = 3
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Select the Clearnace area button and set the Plane to Z and enter a Height = 150
Distances – Rapid distance = 20;
Feed distance = 10
Air move safety = 10
Backplot the toolpath
Create an STL file and use it as stock
when Verify.
Page 102
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17 ADVANCED MULTIAXIS – PORT MACHINING TILTING THROUGH CURVE
Port Machining tilting through curve allows you to project the lead curve onto the drive surfaces,
keeping the tool aligned so that the tool axis passes through the selected point.
Resources – Download the file from; www.emastercam.com/files/ x4_pc 45axismill.html
Or C:\Training X4\ 5 axis training x\Advanced Multiaxis\ Port 5 axis.MCX
Toolpath
Advanced Multiaxis
Select Port
Create a lollipop mill with a 0.5
diameter
Point Select the red color point.
Drive surfaces– Select the green surface.
Lead curve– Select the magenta curve
Clearance area – set to Plane in Z Height = 6
Distances – Rapid distance = 0.8;
Feed distance = 0.4; Air move safety = 0.4
Maximum angle step =3 degrees
Cut control set to Helical motion
Cutting area set to Full, avoid cuts at exact edges; and Cwise
Surface quality set to: Cut tolerance = 0.0005; Maximum stepover = 0.05
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Trang 11Professional Courseware Mill 4/5 Axis 5 A XIS T OOLPATH C REATION Backplot the toolpath
Note the entry/exit gouges
Misc
Switch to the Advanced interface and check the parameters.
Tool axis control
Change the Tool axis control to Tilted through curve
Tilt curve Select the blue color line
Curve tilt type set to From start to end
Link
Set First entry set to Approach from rapid distance
Last exit set to Retract to clearance area
Enable Use Lead In/Out for First and Last entry
Small gaps and small moves Follow surfaces
Large gaps and Large moves set to Retract to feed distance and enable Use Lead In/Out
Select Default Lead In/Out button and change the parameters as shown.
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Backplot
Note the holder gouge.
Gouge Check
Check the Holder and use Leaving out gouging points
against Drive surfaces.
Backplot the Toolpath
Or changed to Stop toolpath calculation against Drive surfaces.
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5 A XIS T OOLPATH C REATION
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18 ADVANCED MULTIAXIS IMPELLER BLADE SWARF FINISHING
Impeller blade swarf fnishing allows you to create a swarf toolpath to machine the blades with the
side of the tool.
Resources – Download the file from; www.emastercam.com/files/ x4_pc 45axismill.html
Or, Open C:\Training X4\ 5 axis training \Advanced Multiaxis\13_ Impeller_ blade finishing.MCX
Toolpath
Advanced Multiaxis
Select Impeller
Select Blade Surface Swarf
Toolpath Parameters
Create a 1/4” taper ball endmill
Impeller Blade Swarf Finishing
Area type set to Full, avoid cuts at exact edges;
Advanced – Enable Generate tool path only at front side
Floor surfaces – (Select surface color 50).select the bottom surface
Blade drive surfaces– (Select color 30 green)
Surface quality set to;
Cut tolerance = 0.005; Maximum stepover = 0.05
Sorting set to One way and Clockwise
Clearance area – set to Plane in Z Height = 6
Distances – Rapid distance = 0.8;
Feed distance = 0.4; Air move safety = 0.4
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Select Entry/Exit macro button and set the parameters as shown;
Maximum angle step = 3 degrees
Side tilt definition set to Follow surface iso direction
Backplot
Note the gouges
Misc
Switch to Advanced interface and change the parameters.
Surface paths
Change the Pattern to Morph between 2 curves
Select as First the top curve
Select as Second the bottom curve
Change the Cutting method to Zigzag
Cut order set to Standard
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5 A XIS T OOLPATH C REATION
Trang 15Professional Courseware Mill 4/5 Axis 5 A XIS T OOLPATH C REATION Tool axis control
Maximum angle step set to 3 degrees.
Make sure that Tool axis control is set to Be tilted relative to cutting direction
Tilt angle at side of cutting direction set to 75
Link
Don not use any Lead in out.
Backplot
Note the gouge with the bottom
floor.
Gouge check
Select Gouge check
Enable the 1 st strategy; Tool tip, Tool shaft and use Retracting tool along tool axis against Drive
surfaces and Check surfaces (Set the check surface color 50)
Backplot the toolpath
Page 108