Paper Rose

Paper Rose - Maya's Garden Die Cuts

SKU: PR30594

Price: $3.74    MSRP: $7.49

Your pricing will be displayed in cart.

Paper Rose - Maya's Garden Die Cuts Transform your paper crafting projects with a burst of floral beauty using the Paper Rose Maya's Garden Die Cuts. This collection of die cuts features a stunning array of flowers, leaves, and botanical elements, offering a delightful way to bring the natural charm of a garden to your crafts. Whether you're creating greeting cards, scrapbook layouts, or mixed media art, these die cuts provide a versatile and creative solution for adding floral elements to your projects.

Key Features:

  • Floral and Botanical Designs: The Maya's Garden Die Cuts are inspired by the vibrant colors and diverse shapes found in a lush garden. This collection includes a variety of flowers, leaves, and botanical motifs, allowing you to create floral-themed crafts with ease.
  • High-Quality Paper: Each die cut is made from high-quality paper stock, ensuring durability and resilience. The sturdy construction allows you to work with these die cuts without worrying about bending or tearing, making them perfect for layering and arranging in your projects.
  • Versatile Crafting Applications: The wide variety of floral and botanical elements in this collection provides endless possibilities for crafting. Use them as decorative accents, focal points, or backgrounds for greeting cards, scrapbook pages, or mixed media art.
  • Coordinates with Maya's Garden Collection: These die cuts are part of the Maya's Garden series from Paper Rose, designed to complement other products in the same line. This coordination allows you to create cohesive projects and mix and match with other Maya's Garden elements for a harmonious look.
  • Easy to Use: To use the die cuts, simply select the desired elements and attach them to your project with glue, adhesive tape, or foam dots for added dimension. The variety of shapes and sizes makes it easy to create unique compositions and experiment with different layouts.