I just saw this now. Thank you Rohit for your explanation. Since last time, I actually changed my code to make FlasherSector a list of lines and then did a Table rotation of the list and created a Graphics object with the table. This was what I wanted because now I can export an accurate PDF with exact sizes and location of objects and absolute linewidths. Thanks for your help.

Hi Paco,

The usual way to combine multiple Graphics is to use Show.

g1 = Graphics[{Red, Disk[]}];
g2 = Graphics[{Blue, RegularPolygon[3]}];
Show[g1, g2]

That does not work if the Graphics is rotated

g2r = Rotate[g2, Pi/2];
Show[g1, g2r]
(* Show: Could not combine the graphics objects in Show *)

The reason is that the Head of g2r is Rotate, not Graphics.

g2r // InputForm
(* Rotate[Graphics[{RGBColor[0, 0, 1], RegularPolygon[3]}], Pi/2] *)

We need to swap the Rotate and the Graphics. The Rule replaces Graphics with the identity function Identity and then passes it to Graphics.

g2r /. Graphics -> Identity // Graphics // InputForm
(* Graphics[Rotate[{RGBColor[0, 0, 1], RegularPolygon[3]}, Pi/2]] *)

The best way is to avoid this is to perform the Rotate before passing it to Graphics

gr2 = Graphics[Rotate[{Blue, RegularPolygon[3]}, Pi/2, {0, 0}]];
Show[g1, gr2]

I suggested the former because it required minimal changes to your code. To try the better approach, use Table to generate a list of the rotations of the primitives {CV, Line[{{0, 0}, {PS/4, L1/2}}], ...} and then pass it to Graphics.