When printing photos from a photobooth, what you see on your digital screen doesn't always line up 100% perfectly with what comes out of the printer. Using the Margin and Padding settings in the app ensures your photos look crisp, centered, and fully visible every single time.
Bleed, Trim, and Safe Zone
To get clean prints without cropped text or accidental white borders, it helps to understand three simple print zones:
Bleed (Outer Area): Artwork or background colors that extend slightly beyond the edge of the physical photo. This ensures that when the printer cuts the paper, your background covers the full photo edge-to-edge without leaving ugly white borders.
Cut / Trim Line: The exact line where the printer's blade cuts the paper (e.g., separating a 4x6 sheet into two 2x6 photo strips).
Safe Zone (Padding / Margins): The inner area of your layout where all critical elements—like text, logos, or faces—must stay. Keeping elements inside this safe zone prevents them from getting sliced off during printing.
Why Do You Need to Adjust Margins and Padding?
Printers Aren't 100% Precise Every Time
Dye-sublimation and photo printers (such as DNP or HiTi models) are built for speed and durability, but paper rolls shift slightly as they feed through the machine.
Mechanical paper feeds can drift by 1 to 3 millimeters.
Built-in cutters on 2x6 photo strips don't always slice at the exact pixel location every single print.
Preventing Unintended Crop-Offs
If a logo or text sits right at the physical edge of your layout, a 1mm shift from the printer blade might chop off the top of a name or half of a logo.
Avoiding Unwanted White Borders
If your design background doesn't extend into the bleed area, a tiny printer shift will leave a thin, unprinted white sliver along the side of the print.
How to use margins and padding
Touchpix integrates margins and padding settings. You can use these options to slightly modify the final print result.
These values shall be used in small amounts, 0.5 every time to make slighter changes. Negative values may be used as well.
As each printer can give a different result, it may be needed to do trial and error until the result is perfect.