Learn how to use the Radius Dimension tool in the Drawing workspace in Fusion to create a dimension that measures the radius of a rounded edge on a sheet.

Horizontal lead-out radius Vertical Lead-Out Radius Specifies the radius of the vertical lead-out.

Learn how to use Minimum Radius Analysis in Fusion to determine the minimum tool radius needed for subtractive manufacturing methods.

The Minimum Cutting Radius setting on the Passes tab allows you to avoid the sharp corners by specifying the minimum allowed radius to be machined.

Cutter Radius Compensation, also know as Cutter Compensation, allows you to move the toolpath to the outside, the inside or directly on the selected profile.

Compensation Radius Allowance can serve 2 functions.

Corner radius The corner radius refers to the internal radius of the corners of the model.

Bend Override Lets you modify some of the Bend options such as Bend Radius . Bend Radius Displays and lets you modify the Bend Radius .

Fillets enabled. Fillet radius is 10 mm - twice the tool radius .

The passes radiate out from the Center Point, until it reaches the containment boundary or maximum radius specified by the Outer Radius limit.

Radius Type Select a radius type to define the fillet size.

GD&T symbols Symbol Description Straightness Flatness Roundness Cylindricity Surface profile Line profile Perpendicularity Angularity Parallelism Position Concentricity Symmetry Circular runout Total runout Coaxiality GD&T datum Dimension symbols Symbol Description Diameter dimension Major diameter dimension Minor diameter dimension Radius dimension Major radius dimension Minor radius dimension Curve length Thickness Center-inner dimension Center-outer dimension Inner-inner dimension Outer-inner dimension Outer-outer dimension Angular dimension Linear dimension Other symbols Symbol Description Surface texture Note Generic - Feature contains multiple PMI

Click to select the second object. Drag the radius manipulator handle in the canvas or specify a radius value.

Select the incomplete radii on the rotor component labeled as 2 in the figure. Note the radius of the feature. The radius on the cross is slightly larger than the radius on the rotor, therefore the parts will fit together well, relative to the radii.

Data members layer int radius int width int x, y int (center point) See also UL_BOARD, UL_FOOTPRINT, UL_SHEET, UL_SYMBOL Example board(B) { B.circles(C) { printf("Circle: (%f %f), r=%d, w=%d\n", u2mm(C.x), u2mm(C.y), u2mm(C. radius ), u2mm(C.width)); } }