The Profile tool creates a contour operation based on selected features of the model. The tool was introduced in version 0.19. It offers three operations that were handled by separate tools in previous versions.
All operations create objects that are made to be part of a CAM Job.
These are the available operations:
Contour operation
A Contour operation is the default. It creates a simple external contour cut of complex 3D Part-based objects. The entire Job Model serves as the input for the Operation, regardless of whether any Body Geometry is selected when the Contour command is invoked.
Profile Face operation
A Profile Face operation creates a simple contour path from one or more selected faces of an object.
Profile Edges operation
A Profile Edges operation creates a simple contour path from selected edges.
Activate the Base Geometry section by clicking its tab, and select features from the Job model.
If no features are selected, the command defaults to a Contour operation, contouring the entire model.
If faces are selected, then the result is a Profile Face operation.
If edges are selected, then the result is a Profile Edges operation. NOTE: This operation has received improvements to allow functionality on some open-edge (non-loop) selections. See the Usage Notes section below for additional information on best practice for profiling open-edges.
Activate the Operation section by clicking on its tab, and adjust the operation's settings as desired.
Optionally press the Apply button to preview the operation with the current settings.
Click the OK button or the Cancel button to create or cancel the operation.
Important Note: CAM Profile doesn't take care of other details of the object. You have to adjust the properties, especially the final depth, carefully, a mistake might destroy your work piece
A Start point can be enabled from the Operation tab in the Tasks Window editor, using a location defined in the Property View → Data → Start Point.
Make additional adjustments to the operation by modifying the operation's properties in the Data tab of the Property View. Advanced properties will be located here, if any.
Usage Notes
The Profile operation is capable of profiling open-edges (one or more continuous edges that do not form a loop as seen from the Top View)
It is best to select the top edges (highest edges) for the selection. After doing so, you will need to manually set the Final Depth for the operation. Selection of bottom edges only is unpredictable and will likely return undesirable paths in many situations; however, it will return correct paths in some situations.
Selected edges must form a continual edge as viewed from the Top View. Selected top edges may have differing heights, so long as they connect at a common (X, Y) coordinate - differing Z-heights are acceptable in some** cases. **In certain cases, the user will need to include in their selection the straight vertical connecting edge between two adjacent edges of different heights that share a common (X, Y) coordinate.
Because top edges are selected, the Final Depth for the operation will need to be set manually.
When profiling open-edges, the `Side` or `Cut Side` property is disabled internally even though it will likely be visible within the Task editor window and the Properties list within the Data tab.
When profiling the entire model (a complete contour of the model) the `Side` or `Cut Side` property is set to `Outside` by default. User can adjust it depending on the configuration of the part.
Proprietăți
Note: Not all of these Properties are available in the Task Window Editor. Some are only accessible in the Data tab of the Properties View panel for this Operation.
Base
Note: It is suggested that you do not edit the Placement property of path operations. Rather, move or rotate the CAM Job model as needed.
DatePlacement: Overall placement[position and rotation] of the object - with respect to the origin (or origin of parent object container)
DateAngle: Angle in degrees applied to rotation of the object around Axis property value
DateAxis: Axis(one or multiple) around which to rotate the object, set in sub-properties: x, y, z
DateX: x axis value
DateY: y axis value
DateZ: z axis value
DatePosition: Position of the object, set in sub-properties: x, y, z - with respect to the origin (or origin of parent object container)
DateX: x distance value
DateY: y distance value
DateZ: z distance value
DateLabel: User-provided name of the object (UTF-8)
Depth
DateClearance Height: The height needed to clear clamps and obstructions
DateFinal Depth: Final Depth of Tool- lowest value in Z. User must define it.
DateFinish Depth: Maximum material removed on final pass. The height (thickness) of the last cutting level - set for a better finish.
DateSafe Height: The height above which Rapid motions are allowed. (Rapid safety height between locations)
DateStart Depth: Starting depth of Tool - first cut depth in Z. User must define it.
DateStep Down: Incremental step down of Tool during operation
Visual reference for Depth properties (settings)
Path
DateActive: make False, to prevent operation from generating code
DateBase: The base geometry for this operation
DateComment: An optional comment for this Operation
DateCoolant Mode: The coolant mode for this operation.
DateCycle Time: The cycle time estimation for this operation.
DateTool Controller: Defines the Tool controller used in the Operation
DateUser Label: User assigned label
Profile Properties
DateDirection: The direction that the tool path should go around the part: Clockwise[CW] or Counterclockwise[CCW]
DateExpand Profile: Extend the profile clearing beyond the Extra Offset.
DateExpand Profile Step Over: Set the stepover percentage, based on the tool's diameter.
DateHandle Multiple Features: Choose how to process multiple Base Geometry features.
DateOffsetExtra: Extra value to stay away from final profile- good for roughing toolpath
DateProcess Circles: Check if you want this Profile Operation to also be applied to cylindrical holes, which normally get drilled.
DateProcess Holes: Check if this Profile Operation should also process holes in the base geometry. Note that this does not include cylindrical holes.
DateProcess Perimeter: Check if this Profile Operation should also process the outside perimeter of the base geometry shapes
DateSide: (Cut Side) Side of edge that tool should cut. This only matters if `Use Compensation` is True(checked).
DateUse Compensation: If checked, the Profile Operation is offset by the tool radius. The offset direction is determined by the Cut Side.
Rotation
DateAttempt Inverse Angle: Automatically attempt Inverse Angle if initial rotation is incorrect.
DateEnable Rotation: Enable rotation to gain access to pockets or areas not normal to Z axis.
DateInverse Angle: Inverse the angle of the rotation. Example: change a rotation from -22.5 to 22.5 degrees.
DateLimit Depth To Face: Enforce the Z-depth of the selected face as the lowest value for final depth. Higher user values for final depth will be observed.
DateReverse Direction: Reverse orientation of Operation by 180 degrees.
Start Point
DateStart Point: The custom start point for the path of this operation.
DateX: x distance value
DateY: y distance value
DateZ: z distance value
DateUse Start Point: Make True, if manually specifying a Start Point. Set the start point in the property data Start Point field.
Tasks Window Editor Layout
Descriptions for the settings are provided in the Properties list above.
This section is simply a layout map of the settings in the window editor for the Operation.
Base Geometry
Add: Adds selected element(s) which should be the base(s) for the path(s)
Delete: Delete the selected item(s) in the Base Geometry list
Clear: Clear all items in the Base Geometry list
Depths
DateStart Depth
DateFinal Depth
DateStep Down
Heights
DateSafe Height
DateClearance Height
Operation
DateTool Controller
DateCoolant Mode
DateCut Side **
DateDirection
DateExtra Offset
DateEnable Rotation
DateUse Start Point
DateUse Compensation
DateProcess Holes **
DateProcess Circles **
DateProcess Perimeter **
** Availability changes based on selections in Base Geometry section.