3D House Hanging Ornament Metal Cutting Die – Miniature Decoration

Create charming miniature decorations with this 3D House metal cutting die. Designed to fold and assemble into a small hanging house ornament, it’s perfect for Christmas trees, wreaths and festive handmade décor.

Compact, decorative and easy to customise.

Key Features

• 3D house hanging ornament metal cutting die
• Includes door and window cut details with integrated hanging loop
• Finished house approx. 6 cm x 3.7 cm x 1.9 cm (2.36 x 1.46 x 0.75 inches) – assembled size
• Approximate die size: 13.5 cm x 7.7 cm (5.31 x 3.03 inches)
• Single connected template die
• Made from durable carbon steel
• Compatible with most manual and electronic die-cutting machines
• Suitable for cutting paper and card (machine required)

Sizing Guidance

The finished ornament stands approximately 6 cm tall, making it ideal as a hanging decoration rather than a functional gift box.

Best suited for lightweight decorative use on trees, garlands, wreaths and seasonal displays.

Perfect For

• Christmas tree ornaments
• Advent décor
• Wreath embellishments
• Festive garlands
• New home keepsake decorations
• Seasonal table décor
• Dimensional papercraft projects

Description

This 3D House die cuts a flat template which folds and assembles into a compact hanging ornament. The design includes cut-out door and window details to allow light to pass through when used with vellum or lighter cardstock, creating a cosy decorative effect.

An integrated hanging loop makes it easy to thread ribbon or twine for display. Its petite size makes it ideal for seasonal decorating rather than storage, adding charm without bulk.

Crafted from durable carbon steel, the die produces crisp, clean cuts and assembles neatly for consistent results across multiple projects.

Please Note

Die only is included. Photos may show example makes to demonstrate the finished 3D design this die creates.

Measurements are approximate and taken from the outer cutting edge. Finished assembled size may vary slightly depending on cardstock thickness and assembly.