Coiled Serpent Dragon Dice Tower Laser Cut File SvG DxF Ai | Laser Cut Dice Tower Files | DnD Dice Roller | Instant Download (Copy)

Dragon and Snake Dice Tower Laser Cut Files

Bring epic fantasy adventures to your tabletop with this stunning Dragon and Snake Dice Tower laser-cut design. Featuring a powerful dragon coiled around a medieval tower with serpent-inspired details, this unique dice roller is the perfect centerpiece for any Dungeons & Dragons, Pathfinder, Pokémon, or TTRPG gaming session.

Designed for laser cutting from 3mm plywood, the finished model creates an impressive display piece while providing smooth and reliable dice rolling for your favorite tabletop games.

Features

✔ Highly detailed fantasy dragon and serpent design

✔ Functional dice rolling tower for RPG and board games

✔ Optimized for laser cutting machines

✔ Easy-to-follow assembly process

✔ Great project for painting and customization

✔ Instant digital download

Included File Formats
SVG
DXF
AI
DWG
PDF Assembly Instructions

📌 Materials Required:
For the 3 mm plywood version, the model requires 7 sheets of 300 × 300 mm
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📐 Board Thickness & Scaling Advice
If you want to use a different thickness of board, you can scale the design accordingly:

For 2.5 mm board: 2.5 ÷ 3 = 0.8333 → scale design down to 83.33%

For 3.175 mm board: 3.175 ÷ 3 = 1.0583 → scale design up to 105.83%

For 4 mm board: 4 ÷ 3 = 1.3333 → scale design up to 133.33%

Finished Model Size
Height: 246 mm
Length: 215 mm
Width: 190 mm

(Material thickness: 3mm plywood recommended)

What You Will Receive
Complete laser-ready vector files
Detailed step-by-step PDF assembly guide
Instant download after purchase
Commercial-quality design for hobbyists and makers
Perfect For
Dungeons & Dragons Players
Pathfinder Gamers
TTRPG Enthusiasts
Fantasy Collectors
Board Game Accessories
Laser Cutting Businesses
Unique Handmade Gifts
Important Notes

This listing is for digital files only. No physical product will be shipped. You will need access to a laser cutting machine and suitable materials to create the finished model.