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2025-11-28 16:59:55 +01:00
parent 511c990f3c
commit 18793a8a27
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16
Readme.md
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@@ -44,7 +44,7 @@ Using an MSLA (Masked Stereolithography) resin printer for creating PCBs is a te
Here is why the **Anycubic Photon Mono 4** specifically is well-suited for this task: Here is why the **Anycubic Photon Mono 4** specifically is well-suited for this task:
**1. Extremely High Resolution (10K Screen)** **1. Extremely High Resolution (10K Screen)**
The standout feature of this printer is the **10K (9024 x 5120)** resolution on a 7-inch screen. The standout feature of this printer is the **10K (9024 x 5120)** resolution with a pixel size of 17µm (0.017mm) on a 7-inch screen.
* **Why it helps:** In PCB fabrication, resolution dictates how thin your traces can be. A 10K screen provides an exceptionally small pixel pitch. To put this in perspective, this is equivalent to a print resolution of approximately **1500 DPI**. * **Why it helps:** In PCB fabrication, resolution dictates how thin your traces can be. A 10K screen provides an exceptionally small pixel pitch. To put this in perspective, this is equivalent to a print resolution of approximately **1500 DPI**.
* *Calculation: The screen width is 153.4mm (6.04 inches). 9024 pixels / 6.04 inches ≈ 1494 DPI.* * *Calculation: The screen width is 153.4mm (6.04 inches). 9024 pixels / 6.04 inches ≈ 1494 DPI.*
* This allows you to expose traces for fine-pitch SMD components (like TQFP or 0402 packages) with professional-grade sharpness, far exceeding what is possible with inkjet or laser-printed transparencies. * This allows you to expose traces for fine-pitch SMD components (like TQFP or 0402 packages) with professional-grade sharpness, far exceeding what is possible with inkjet or laser-printed transparencies.
@@ -69,8 +69,11 @@ The process involves exporting 2D layer images from your PCB design, converting
### Hardware ### Hardware
* A resin 3D printer (e.g., Anycubic Photon Mono 4) * A resin 3D printer (e.g., Anycubic Photon Mono 4)
* Photosensitive PCB. For consistent results, a pre-sensitized board like the **Bungard positive photoresist boards** is highly recommended due to its uniform coating. Available on [www.conrad.sk](https://www.conrad.sk/sk/p/bungard-150306e50-100x60mm-zakladny-material-jednostranna-35-m-foto-vrstva-pozitiv-d-x-s-100-mm-x-60-mm-1-ks-525472.html) <img src="images/Anycubic_Photon_Mono4.png" alt="Anycubic Photon Mono 4" width="400"/>
* UV light curing Solder Mask e.g. from Mechanic * Photosensitive PCB. For consistent results, a pre-sensitized board like the **Bungard positive photoresist boards** is highly recommended due to its uniform coating. A good example is [Bungard 16x100 double sided](https://www.conrad.sk/sk/p/bungard-120306z33-zakladny-material-dvojstranna-35-m-foto-vrstva-pozitiv-d-x-s-160-mm-x-100-mm-1-ks-529176.html).
<img src="images/Bungard_PCB.png" alt="Bungard PCB" width="400"/>
* UV light curing Solder Mask e.g. from Mechanic.
<img src="images/Mechanic_UV_Solder_Mask.png" alt="Mechanic UV Solder Mask" width="400"/>
### Installation ### Installation
@@ -93,9 +96,10 @@ This guide was developed to work with Inkscape 1.2.2 and Blender 5.0.0
1. Open your PCB project in the KiCad PCB Editor. 1. Open your PCB project in the KiCad PCB Editor.
2. Go to **File -> Plot** and select `Plot format` as `SVG` and set the `Output directory`. 2. Go to **File -> Plot** and select `Plot format` as `SVG` and set the `Output directory`.
3. In the `Include Layers` section select one layer (e.g. `F.Cu`, `F.Mask` or `F.Silkscreen`). If you select multiple layers they will be ploted as separate files. 3. In the `Include Layers` section select layers `B.Cu`, `B.Mask` and `F.Silkscreen`. Each layer will be ploted as a separate SVG file.
4. Optionaly, select additional layer(s) e.g. `Edge.Cuts` in the `Plot on All Layers` section. This way you can merge layers (e.g. front copper layer with board outset) into a single svg file. 4. Optionaly, select additional layer(s) e.g. `Edge.Cuts` in the `Plot on All Layers` section. This way you can merge layers i.e. add board outset into each file generated.
5. Click **Plot** and **Close**. 5. Click **Plot** and **Close**.
<img src="images/KiCad.png" alt="KiCad" width="500"/> <img src="images/KiCad_Plot.png" alt="KiCad Plot" width="500"/>
### 2. SVG to STL Conversion ### 2. SVG to STL Conversion
@@ -212,7 +216,6 @@ THICKNESS_MM="0.1"
EXPORT_DPI=1494 EXPORT_DPI=1494
``` ```
**Usage:** **Usage:**
```bash ```bash
./svg2stl.sh my_design.svg ./svg2stl.sh my_design.svg
@@ -254,6 +257,7 @@ Since the minimum exposure time per layer is 0.1s and maximum 200s, calculate th
4. **Crucially, turn off Anti-aliasing**. Go to the "Advanced" tab and set **Anti-aliasing**. This ensures the sharpest possible pixels for crisp traces. 4. **Crucially, turn off Anti-aliasing**. Go to the "Advanced" tab and set **Anti-aliasing**. This ensures the sharpest possible pixels for crisp traces.
5. Slice the model and save the file to the USB drive. 5. Slice the model and save the file to the USB drive.
<img src="images/Chitubox.png" alt="Chitubox" width="1000"/>
### 4. Exposing the Board ### 4. Exposing the Board

0
example/Anycubic_Photon_Mono_4_profile_00.cfgx → assets/Anycubic_Photon_Mono_4_profile_00.cfgx
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@@ -0,0 +1,143 @@
<?xml version="1.0" standalone="no"?>
<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN"
"http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">
<svg
xmlns:svg="http://www.w3.org/2000/svg"
xmlns="http://www.w3.org/2000/svg"
xmlns:xlink="http://www.w3.org/1999/xlink"
version="1.1"
width="297.0022mm" height="210.0072mm" viewBox="0.0000 0.0000 297.0022 210.0072">
<title>SVG Image created as Step_Down_Carrier_Board-B_Mask.svg date 2025/11/28 15:32:38 </title>
<desc>Image generated by PCBNEW </desc>
<g style="fill:#000000; fill-opacity:1.0000;stroke:#000000; stroke-opacity:1.0000;
stroke-linecap:round; stroke-linejoin:round;"
transform="translate(0 0) scale(1 1)">
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</svg>
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example/Step_Down_Carrier_Board.stl_0.05_0.1.pm4n → examples/Step_Down_Carrier_Board-F_Silkscreen.stl_0.05_200_2025_11_28_16_45_00.pm4n
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@@ -7,7 +7,7 @@
xmlns:xlink="http://www.w3.org/1999/xlink" xmlns:xlink="http://www.w3.org/1999/xlink"
version="1.1" version="1.1"
width="297.0022mm" height="210.0072mm" viewBox="0.0000 0.0000 297.0022 210.0072"> width="297.0022mm" height="210.0072mm" viewBox="0.0000 0.0000 297.0022 210.0072">
<title>SVG Image created as Step_Down_Carrier_Board-F_Silkscreen.svg date 2025/11/27 14:53:26 </title> <title>SVG Image created as Step_Down_Carrier_Board-F_Silkscreen.svg date 2025/11/28 15:32:38 </title>
<desc>Image generated by PCBNEW </desc> <desc>Image generated by PCBNEW </desc>
<g style="fill:#000000; fill-opacity:1.0000;stroke:#000000; stroke-opacity:1.0000; <g style="fill:#000000; fill-opacity:1.0000;stroke:#000000; stroke-opacity:1.0000;
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@@ -1681,226 +1681,6 @@ L87.9400 71.0400
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svg2stl.sh
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@@ -14,48 +14,53 @@ THICKNESS_MM="0.1"
# DPI based on the 3D printer resolution (e.g. 1494 for Anycubic Photon Mono 4) # DPI based on the 3D printer resolution (e.g. 1494 for Anycubic Photon Mono 4)
EXPORT_DPI=1494 EXPORT_DPI=1494
# --------------------- # Check for at least one input file
if [ "$#" -lt 1 ]; then
# 1. Check Input echo "Error: No input files provided."
if [ -z "$1" ]; then echo "Usage: ./svg2stl.sh <file1.svg> [file2.svg ...]"
echo "Error: No input file provided."
echo "Usage: ./svg2stl.sh <input.svg>"
exit 1 exit 1
fi fi
# 2. Setup Absolute Paths # Loop over all input files
INPUT_FILE="$(readlink -f "$1")" for INPUT in "$@"; do
WORK_DIR="$(dirname "$INPUT_FILE")" INPUT_FILE="$(readlink -f "$INPUT")"
BASENAME="$(basename "$INPUT_FILE" .svg)"
TEMP_SVG="$WORK_DIR/${BASENAME}_temp_processed.svg"
OUTPUT_STL="$WORK_DIR/$BASENAME.stl"
# 3. Inkscape Processing echo "Processing: $INPUT_FILE"
# Note: We do NOT resize here. We export high-res geometry and resize in Blender.
ACTIONS="select-by-element:text;delete;select-all;object-stroke-to-path;path-union;export-plain-svg;export-filename:$TEMP_SVG;export-do"
INK_ARGS="--export-dpi=$EXPORT_DPI --actions=$ACTIONS"
echo "------------------------------------------------" # Setup Absolute Paths
echo "Step 1: Inkscape Processing" WORK_DIR="$(dirname "$INPUT_FILE")"
echo "Input: $INPUT_FILE" BASENAME="$(basename "$INPUT_FILE" .svg)"
echo "------------------------------------------------" TEMP_SVG="$WORK_DIR/${BASENAME}_temp_processed.svg"
OUTPUT_STL="$WORK_DIR/$BASENAME.stl"
inkscape "$INPUT_FILE" $INK_ARGS # Inkscape Processing
# Note: We do NOT resize here. We export high-res geometry and resize in Blender.
ACTIONS="select-by-element:text;delete;select-all;object-stroke-to-path;path-union;export-plain-svg;export-filename:$TEMP_SVG;export-do"
INK_ARGS="--export-dpi=$EXPORT_DPI --actions=$ACTIONS"
if [ ! -f "$TEMP_SVG" ]; then echo "------------------------------------------------"
echo "Step 1: Inkscape Processing"
echo "Input: $INPUT_FILE"
echo "------------------------------------------------"
inkscape "$INPUT_FILE" $INK_ARGS
if [ ! -f "$TEMP_SVG" ]; then
echo "ERROR: Inkscape failed to create the temp file." echo "ERROR: Inkscape failed to create the temp file."
exit 1 exit 1
fi fi
echo "------------------------------------------------" echo "------------------------------------------------"
echo "Step 2: Blender Processing" echo "Step 2: Blender Processing"
echo "Target Width: ${TARGET_WIDTH_MM} mm" echo "Target Width: ${TARGET_WIDTH_MM} mm"
echo "Target Thickness: ${THICKNESS_MM} mm" echo "Target Thickness: ${THICKNESS_MM} mm"
echo "------------------------------------------------" echo "------------------------------------------------"
# Pass Width and Thickness to Python # Pass Width and Thickness to Python
blender --background --python pcb_to_stl.py -- "$TEMP_SVG" "$OUTPUT_STL" "$THICKNESS_MM" "$TARGET_WIDTH_MM" blender --background --python pcb_to_stl.py -- "$TEMP_SVG" "$OUTPUT_STL" "$THICKNESS_MM" "$TARGET_WIDTH_MM"
# 4. Cleanup # Cleanup
rm "$TEMP_SVG" rm "$TEMP_SVG"
echo "Done! Saved to $OUTPUT_STL" echo "Done! Saved to $OUTPUT_STL"
# ---------------------
done