DaKuan Acrylic Cutting Plates, 7.67" x 5.86" x 3mm, Clear, 2 Pack | Embossing Mats, Compatible with Small Die Cut Machines, For Card Making, Scrapbooking, and DIY Crafts
WHAT YOU GET: This set includes 2 transparent acrylic cutting plates, providing a spare or replacement pair for your small die cutting and embossing projects. Maintains a steady workflow without waiting for a single plate to be cleaned or dried
EXACT DIMENSIONS FOR SMALL MACHINES: Each plate measures precisely 7.67 x 5.86 inches with a consistent thickness of 3mm. Please verify that these dimensions match your machine's platform before ordering, as this size is specifically designed for standard small die-cutting machines and is not suitable for large, full-size models
DURABLE & TEMPLATE-SAFE ACRYLIC: Crafted from high-quality, clear acrylic, these plates offer excellent impact resistance for long-lasting use. The smooth, even surface is gentle on your embossing folders and dies, helping to protect your investment in crafting tools
EASY TO USE: Create crisp, professional embossing with a simple process. Place your cardstock inside an embossing folder, position it between the two acrylic plates, and run it through your manual die-cutting machine. For deeper impressions, you may run it through the machine more than once
VERSATILE CRAFTING ESSENTIAL: Suitable for a wide range of paper crafts, these plates are a reliable tool for making handmade greeting cards, wedding invitations, custom holiday decorations, and scrapbook layouts. A practical addition to any crafter's toolkit, from beginners to experienced professionals
CRYSTAL CLEAR VISIBILITY: Transparent acrylic construction allows you to monitor your project as it runs through the machine, helping ensure materials are correctly aligned and feeding smoothly to reduce the risk of errors
UNIFORM THICKNESS FOR CONSISTENT RESULTS: The 3mm thickness provides the necessary rigidity to apply even pressure across embossing folders and dies, helping achieve clean, sharp patterns on paper and cardstock with minimal effort