Differences

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--- isel_icv4030:milling_pcb_s [2021/06/22 07:52] – [BAD SVG] formlab
+++ isel_icv4030:milling_pcb_s [2021/06/22 08:07] (current) – [BAD SVG's] formlab
@@ Line 36: / Line 36: @@
-==== BAD SVG's ====
+==== Bad SVG's ====
 === Circles ===
 {{:isel_icv4030:fusion_pcb_06.png?400|}}\\
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 If traces come close together, the tool will lift, cutting a thinner trace. This allows to set a relatively deep trace over-all to accommodate flex in the PCB substrate.
-  * Select the area in between traces and push it down a small amount. The depth doesn't matter. This creates a pocket we can use to select the engrave toolpath.\\ {{:isel_icv4030:fusion_pcb_01.png?400|}}\\
+  * Select the area in between traces and push it down a small amount. The depth doesn't matter. **This creates a pocket we can use to select the engrave toolpath**.\\ {{:isel_icv4030:fusion_pcb_01.png?400|}}\\
   * Add an engrave toolpath strategy and select the traces. You don't need to select the holes yet, but **make sure to select a contour line around all the traces**. That way Fusion knows at which side of the lines the tool need to be placed. I tested 0.3mm depth, but 0,2mm or shallower should work better.\\ {{:isel_icv4030:fusion_pcb_02.png?400|}}\\ {{:isel_icv4030:fusion_pcb_03.png?400|}}\\ Here you can see the cut is made on the outside of the traces.
-==== small holes ====
+==== Small holes ====
 {{:isel_icv4030:fusion_pcb_04.jpg?400|}}
-  * Put one of the PCB drills from the Hyrel kit in a 1/8" (3.15mm) collet.
+  * Put one of the PCB drills from the Hyrel kit in a 1/8" (3.175mm) collet.
   * No need to ad these to the tool list in Fusion. Simulate them with a 1mm flat endmill.
   * Take the CAM profile "PCB-Drill" from CAM Templates > PCB. This plunges the drill straight down. As it does not helix, the hole is the same diameter as the drill.