Cutting Guide
Prerequisites
Printer alignment
If you plan on having card backs and if you plan on making double faced cards, then you need to ensure that printer can print with good front and back alignment. Otherwise, your card fronts and backs may have an offset.
Your printer may have built-in tools for calibration and alignment adjustment. However, it doesn’t, you can use offset_pdf.py
to compensate for the printer’s offset.
Cutting settings
Silhouette Studio provides a number of cutting settings, including blade force, cutting speed, passes, and blade depth.
Before starting, determine the cutting settings that works best for you and the materials you want to cut.
To do this, first create a simple cutting template in Silhouette Studio. Then, set the blade force, cutting speed, and blade depth to something reasonable, but set passes to 1. You can have the machine recut again and again to determine the required passes. Change the settings as necessary.
The following is a table of working settings from various testers. Do not use these settings blindly. Test conservatively. If not, you risk breaking your machine or cutting through your mat.
Machine | Blade | Card stock | Lamination | Force | Speed | Passes | Depth |
---|---|---|---|---|---|---|---|
Cameo 5 | Autoblade | 65 lb | 3 mil | 30 | 30 | 3 | 7 |
Cameo 5 | Autoblade | 65 lbs/250 gsm | 3 mil | 30 | 20 | 4 | 7 |
Cameo 5 | Autoblade | 110 lb | 3 mil | 33 | 20 | 3 | 8 |
Cameo 5 | Autoblade | 110 lb/199 gsm | 3 mil | 33 | 30 | 4 | 10 |
Cameo 5 | Autoblade | 220 gsm | 150 microns | 30 | 26 | 4 | 8 |
Cameo 5 | Autoblade | 250 gsm | 120 microns | 40 | 10 | 8 | 10 |
Cameo 4 Plus | Autoblade | 110 lb | 3 mil | 30 | 30 | 3 | 5 |
Cameo 3 | Deep-Cut Blade | 110 lb | 3 mil | 33 | 5 | 5 | 19 |
Instructions
Before starting, join our Discord server. If you have any questions, you can ask them in the #troubleshooting
channel.
Set up environment
Download the silhouette-card-makers
code by cloning the repo or clicking here. Unzip the code if necessary.
If you’re on macOS or Linux, open Terminal. If you’re on Windows, open PowerShell.
Check if Python is installed
python --version
If it doesn’t work, try python3
as well. If that works, replace the following Python commands with python3
.
If you don’t have Python, install it by clicking here. In the installer, check the box to “Add python.exe to PATH”.
After installation, close Terminal/PowerShell, reopen it, and verify again.
Upgrade pip
python -m pip install --upgrade pip
Navigate to the code
For the following command, replace <path to the code>
with the file path to the code.
cd <path to the code>
Tip
For example, if the code in the Downloads
folder, then use the following:
cd Downloads/silhouette-card-maker-testing-main/silhouette-card-maker-testing-main
Create a Python virtual environment
A virtual environment ensures that the Python packages you install in the next step will not affect the rest of your computer.
Create a new virtual environment:
python -m venv venv
Then, activate the environment:
. venv/bin/activate
.\venv\Scripts\Activate.ps1
Tip
If you see a security error, run the following, then try activating the environment again.
Set-ExecutionPolicy -ExecutionPolicy RemoteSigned -Scope Process
You will know if the virtual environment has been activated when (venv)
appears in the prompt.
Install Python packages
pip install -r requirements.txt
Create the PDF
Put card front images into the game/front/
folder. Then, put a card back image into the game/back/
folder.
Tip
I’ve prepared the game, Zero sumZ, as an example. Simply move the assets to the appropriate image folders.
You can also use a plugin to populate the image folders. For example, the Magic: The Gathering plugin reads a decklist and automatically fetches card art.
Generate the PDF with the following:
python create_pdf.py
Tip
create_pdf.py
has many options such as paper and card size and double-sided cards. To learn more, see here.
You can find the PDF in game/output/game.pdf
and it should look similar to the following:
Prepare the sheets
Print out the PDF and laminate the sheets.
Tip
Because cardstock is thick, you may need to use a higher setting on your laminator. If not, you may have cloudy lamination and delamination issues.
Cut the sheets
Open the letter_standard_<version>.studio3
cutting template in Silhouette Studio. Cutting templates can be found in the cutting_templates/
directory.
Put a sheet on the cutting mat. The position of the sheet must match the cutting template. Note that for this template, the sheet must be in the top left of the cutting mat grid. Note that the black square registration mark is the top left as well.
Use a Post-It note to cover the bottom left card. Because the card is so close to the bottom left L registration mark, the machine sometimes gets the two confused; covering the card will reduce registration issues. You can also use masking tape or a piece of paper with tape on it.
Insert the mat into the machine. The left edge of the mat should be aligned with the notch on the machine. Then, click the media load button on the machine.
Put your cutting settings into Silhouette Studio.
Start the cutting job. Remember to remove the Post-It note after registration.
Finish the cards
Click the media eject button on the machine to remove the mat.
Peel off the cards and remove the excess.
Because the cutting process may cause the card edges to delaminate, put the cards through the laminator a second time.
Now you’re ready to play with your cards!
Next Steps
As mentioned, the create_pdf.py
script offers many configuration options. create_pdf.py
can create double-sided cards, utilize different paper sizes, cut different card sizes, and more!
If you’re interested in making proxies for TCGs, try using a plugin. For example, the Magic: The Gathering plugin reads a decklist and automatically fetches card art.
Lastly, we have a Discord server! We’d love to see you there! You can ask for help, share pictures, and chat with people who all love creating and playing card games.
Thanks for reading and best of luck with your card cutting adventures!