Manuals - PARTsolutions

7.9.3. Tools

7.9.3.13. Modify -> Crop (part 2)

Modify -> Crop [Trim] grouped (part 2)

	Note
When filleting models that are dimensioned in inches, the fillet may not be visible when the 3D model is transferred to a CAD program because the inch value is too small. To avoid this, you can call up the identification details [Identification data] in PARTdesigner and set the unit of measurement [Measure unit] to INCH/100. If you have already worked with a different unit of measurement, the system will ask you whether the existing values should be converted.

Note

When filleting models that are dimensioned in inches, the fillet may not be visible when the 3D model is transferred to a CAD program because the inch value is too small.

To avoid this, you can call up the identification details [Identification data] in PARTdesigner and set the unit of measurement [Measure unit] to INCH/100. If you have already worked with a different unit of measurement, the system will ask you whether the existing values should be converted.

Create fillets

Radius with 2 elements
Create a fillet between two lines.
Example 1
1. Select first line/circle [Select first line/circle]
2. Choose second line/circle [Choose second line/circle]
  -> An arc is attached to the cursor.
3. Select radius [Choose radius]: Determine the radius [Radius] of the arc by positioning the mouse cursor.
4. If necessary, adjust the exact radius [Radius] in the Edit element window.
The arc is tangent to the lines.

Radius with 2 elements [Radius with 2 elements]

Rounding on 2 elements [Radius with 2 elements] - Radius: 3

Example 2

Fillet between line and circle

	Note
	In addition to the option inside the sketch described here there is a simplified method in the 3D view to create fillets. See Section 7.6.2.12, “ Blend ( add chamfer/rounding...) ”.

Create chamfers

Chamfer at 2 lines defined by angle at distance from intersection [Chamfer at 2 lines defined by angle at distance from intersection]
Chamfer between 2 lines, adjustable via the angle [Angle] to the first selected line or a distance [Distance] defined as shown in the figure below.
1. Choose chamfer start on first line [Choose chamfer start on first line]
2. Choose chamfer end on second line [Choose chamfer end on second line]
3. Determine the exact distance [Distance] and angle [Angle] in the Edit element window.
Chamfer at 2 lines defined by angle at distance from intersection [Chamfer at 2 lines defined by angle at distance from intersection]
Chamfer at 2 lines defined by angle and chamfer length [Chamfer at 2 lines defined by angle and chamfer length]
Chamfer between 2 lines, adjustable via angle on first selected line (counterclockwise) and length of chamfer.
Example 1
1. Choose chamfer start on first line [Choose chamfer start on first line]
2. Choose chamfer end on second line [Choose chamfer end on second line]
3. Determine the distance [Distance] (chamfer length) and angle [Angle] in the Edit element window.
Example 2 (the lines are clicked in reverse order)
1. Choose chamfer start on first line [Choose chamfer start on first line]
2. Choose chamfer end on second line [Choose chamfer end on second line]
  
  Chamfer start and chamfer end
3. Determine the distance [Distance] (chamfer length) and angle [Angle] in the Edit element window.
Chamfer at 2 lines defined by angle and chamfer height [Chamfer at 2 lines defined by angle and chamfer height]
Feed length
Chamfer between 2 lines adjustable via angle on first selected line (counterclockwise) and distance between chamfer and intersection of both lines.

Note
The feed length refers to the line selected first.

Example 1
1. Choose chamfer start on first line [Choose chamfer start on first line]
2. Choose chamfer end on second line [Choose chamfer end on second line]
3. Determine the distance [Distance] (feed length) and angle [Angle] in the Edit element window.
  
  Example 2 (the lines are clicked in reverse order)
  1. Choose chamfer start on first line [Choose chamfer start on first line]
  2. Choose chamfer end on second line [Choose chamfer end on second line]
  3. Determine the distance [Distance] (feed length) and angle [Angle] in the Edit element window.
Chamfer centered at 2 lines defined by distance to intersection [Chamfer centered at 2 lines defined by distance to intersection]
45° chamfer between 2 lines, adjustable via the chamfer's distance to the (imaginary) intersection of both lines.
1. Select first line:
2. Select second line [Choose second line]:
  (The sequence does not make a difference.)
3. Select distance above point [Select distance by point]: Click anywhere in the area of the chamfer to be created.
4. In the input field under Spacing [Distance], adjust the desired spacing in the Edit element docking window.
5. Optional: It is also possible to place the chamfer outside the outlined body:
  Activate or deactivate the checkboxes under Invert page 1 [Invert side 1] and Invert page 2 [Invert side 2] accordingly.
Chamfer centered at 2 lines defined by chamfer length [Chamfer centered at 2 lines defined by chamfer length]
45° chamfer between 2 lines, adjustable via the length of the chamfer.
1. Select first line:
2. Select second line [Choose second line]:
  (The order makes no difference.)
3. Select distance above point [Select distance by point]: Click anywhere in the area of the chamfer to be created.
4. Determine the exact length of the chamfer in the Edit element window.
5. Optional: It is also possible to place the chamfer outside the outlined body:
  Activate or deactivate the checkboxes under Invert page 1 [Invert side 1] and Invert page 2 [Invert side 2] accordingly.
Chamfer centered at 2 lines defined by chamfer height [Chamfer centered at 2 lines defined by chamfer height]
45° chamfer between 2 lines, adjustable via the chamfer's length of indentation.
1. Select first line:
2. Select second line [Choose second line]:
  (The order makes no difference.)
3. Select distance above point [Select distance by point]: Click anywhere in the area of the chamfer to be created.
4. Determine the exact feed length in the Edit element docking window.
5. Optional: It is also possible to place the chamfer outside the outlined body:
  Activate or deactivate the checkboxes under Invert page 1 [Invert side 1] and Invert page 2 [Invert side 2] accordingly.
chamfer in the middle of 2 lines across 2 feed lengths [Chamfer centered at 2 lines with 2 distances]:
1. Select the feature chamfer centered on 2 lines over 2 feed lengths [Chamfer centered at 2 lines with 2 distances].
2. Select first line:
3. Select second line [Choose second line]:
  (The order makes no difference.)
4. Select distance via point [Select distance by point]: Determine the distance 1 [Distance 1] and distance 2 [Distance 2] in the Edit element docking window.
5. Optional: It is also possible to place the chamfer outside the outlined body:
  Activate or deactivate the checkboxes under Invert page 1 [Invert side 1] and Invert page 2 [Invert side 2] accordingly.

	Note
	In addition to the options inside the sketch described above there is a simplified method in the 3D view to create chamfers. See Section 7.6.2.12, “ Blend ( add chamfer/rounding...) ”.

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