ADDITIVE/HYBRID MANUFACTURING FOR MASTERCAM. 2019 Wire Arc AM Brochure.pdf · INTEGRATION WITH...
Transcript of ADDITIVE/HYBRID MANUFACTURING FOR MASTERCAM. 2019 Wire Arc AM Brochure.pdf · INTEGRATION WITH...
ADD I T I VE /HYBR ID M A N U FA C T U R I N G F O R M AS T E R C AM .
www.camufacturing.com
www.camufacturing.com
◼ TRUE ADDITIVE TRAVEL PATHS
◼ ADDITIVE PROCESS SIMULATION
◼ INTUITIVE GRAPHICAL INTERFACE
◼ SEAMLESS INTEGRATION INTO MASTERCAM
MASTERCAM INTERFACE
▪ Fully integrated into the Mastercam ribbon bar▪ Solid, surface, polygon mesh and wireframe geometry is supported
PROGRAMMING
© 2018 CAMufacturing Solutions, Inc.
TOOLPATH CONTROL GEOMETRY
▪ Use containment boundaries to control the build region in the slice plane.
▪ Slicing between Z limits supported – build the part in multiple sections
PROGRAMMING
© 2018 CAMufacturing Solutions, Inc.
PROGRAMMING
GENERAL TOOL PATH PARAMETERS
▪ The selected geometry may be sliced in any plane▪ Slices may be offset to leave inner or outer stock for machining▪ User can select boundary / fill pass order
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PROGRAMMING
RAFT LAYER SUPPORT
▪ Support for raft layers▪ Offsets of the bottom layer, raft squares or simply
copy the bottom layer
© 2018 CAMufacturing Solutions, Inc.
© 2018 CAMufacturing Solutions, Inc.
PROGRAMMING
TOOL SELECTION
▪ Select an additive tool from the tool library or from the Additive Tools list
PROCESS PARAMETERS
▪ Control the spot size, travel speed, laser power, shielding gas and powder flow settings
▪ Set process parameters for materials from your material library
PROGRAMMING
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BOUNDARY PASSES▪ Control the overlap between passes and at the start/stop point of each pass▪ Program boundary passes from the inside out or outside in to control heat
build-up in the part▪ Build the entire part using only boundary passes (‘parallel spiral’ fill)▪ Control the fill strategy for thin wall sections (< 2 bead widths)
PROGRAMMING
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PROGRAMMING
FILL PASS PARAMETERS
▪ Fill tool path angle may be rotated a constant amount for each layer▪ 4 fill styles are supported.▪ Define separate corner power and travel speed settings
© 2018 CAMufacturing Solutions, Inc.
© 2018 CAMufacturing Solutions, Inc.
PROGRAMMING-OUTLINECREATE AN OUTLINE TOOLPATH FOR CHAINS THAT ARE PLANAR IN Z
Chains can be composed of lines, arcs or splines
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PROGRAMMING-SURFACE OUTLINECREATE A SURFACE OUTLINE TOOLPATH USING SURFACES THAT MAY BE OPEN
PROGRAMMING
INTEGRATION WITH MASTERCAM TOOLPATHS MANAGER
▪ The tool path is fully associative to both operation parameters and geometry.▪ Operation parameters and geometry may be edited at any time. The ‘Regen’
button updates the tool paths, just like any machining tool path.▪ Operations may be saved to Mastercam operation libraries to build an AM
knowledge base▪ Backplot and machine simulation are supported.
© 2018 CAMufacturing Solutions, Inc.
ADDITIVE PROCESS SIMULATION
MODEL THE ADDITIVE MANUFACTURING PROCESS
▪ Fast model generation▪ View each layer separately▪ Optionally, a Mastercam stock model can also be generated
and used with subsequent machining operations
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PROGRAM MULTIPLE PARTS BY LAYER
MERGE MULTIPLE OPERATIONS INTO ONE
▪ Build multiple parts with different process materials / process parameters from the bottom up in Z
▪ Control Z heights for merged build
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TIME/MATERIAL
PROCESS ESTIMATES FOR:
▪ Total build time▪ Deposition time▪ Build material required
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MATERIALS EDITORMATERIAL LIBRARY:
▪ Define material-specific process parameters for your application
▪ Add, delete and copy materials to/from the material list ▪ Browse for library materials ▪ Manually enter or adjust material parameters
© 2018 CAMufacturing Solutions, Inc.
NC OUTPUT
USES STANDARD MASTERCAM POST-PROCESSING ENGINE (MP)
▪ Post-processor customization required for additive NC code output
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FINISHEDPART
CAD MODEL PROCESS SIMULATIONPART MODEL
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CAD MODEL
DEPOSITMATERIAL #1
MACHINE
DEPOSIT MATERIAL #2
MACHINE
HYBRID MANUFACTURING
© 2018 CAMufacturing Solutions, Inc.
© 2018 CAMufacturing Solutions, Inc.
R&D: PROCESSRELATING PROCESS PARAMETERS TO BEAD GEOMETRY AND VICE VERSA
VARIABLES
CONSTANTS
• Feed Rate• Power• Focal Length of Lens• Laser Speed• Contact-tip-to-work Distance
• Work Bench and Torch Angles• Shielding Gas• Nozzle Type• Tip Size• Base Material
DilutionWidth
Profile
Height
Pene-tration
© 2018 CAMufacturing Solutions, Inc.
R&D: F.E. MODELLINGFINITE ELEMENT MODELLING OF THE ADDITIVE MANUFACTURING PROCESS
• Predicts hardness
• Predicts stress concentration
© 2018 CAMufacturing Solutions, Inc.
CONTACT US
”Our development team will work with you to
customize our modular additive toolpath engine
for your specific process or tool path strategy.”
1-226-526-9903 (Windsor, ON, Canada)1-519-488-8084 (London, ON, Canada)