
Custom Stickers
With our smooth and easy to use editor
Absolutely! Our stickers can be cut into almost any custom shape with rounded edges, with a maximum size of up to 47 inches (120 cm) on one side.
Our stickers can be cut into nearly any custom shape with rounded edges. We offer a maximum size of up to 10.8 (27.5 cm) inches up to 47 inches (120 cm) on one side, depending on the material. This flexibility allows you to create unique designs that stand out and perfectly match your needs.
Our precise cutting technology ensures clean and accurate cuts, making your custom stickers look professional and polished. Whether you need small, detailed shapes or large, bold designs, we can accommodate your requirements and bring your vision to life.
Custom-shaped stickers are perfect for branding, promotional events, and personal projects, providing a distinctive look that captures attention. Our team is ready to help you design and create the perfect stickers to suit your needs.
Can stickers be cut into any shape?
Custom stickers can be cut into almost any shape using die-cut or kiss-cut methods, as long as the design meets production constraints. StickerApp supports highly complex shapes but requires adequate spacing between elements to ensure clean cuts.
What is the maximum size for custom stickers?
Sticker size limits depend on production equipment and material width, with large-format printing enabling significantly bigger outputs. StickerApp supports stickers up to 120 cm (47 inches) on one side.
Are there minimum size limits for stickers?
Minimum size is determined by material, adhesive performance, and cutting precision, especially for detailed designs. StickerApp typically produces stickers as small as 2–3 cm, but very fine details may require scaling up.
What is the difference between die-cut and kiss-cut stickers?
Die-cut stickers are cut through all layers to create a standalone shape, while kiss-cut stickers are cut only through the top layer, leaving a backing sheet intact. StickerApp offers both options depending on the intended use and design complexity.