Articulated Dragon Straw Topper – 3D Printed Reusable Cup Accessory

Add personality and functionality to your favorite tumbler with this Articulated Dragon Straw Topper, a fun and practical 3D-printed drink accessory designed to perch right on your straw.

This dragon features a fully articulated, flexible body that wraps naturally along the lid or straw area, helping keep your straw covered and protected while adding a bold fantasy flair. Whether you’re using it at home, work, school, or on the go, this dragon turns any cup into a conversation piece.

Each piece is individually 3D printed and assembled with care, making every dragon slightly unique. Perfect for tumbler lovers, fantasy fans, and anyone who enjoys playful yet functional accessories.

How It Works

• Slides easily onto most standard reusable straws

• Designed to sit securely on the lid or straw opening

• Helps keep straws cleaner between sips

• Flexible articulated segments allow natural positioning

Features

• 🐉 Articulated dragon design with poseable segments

• 🥤 Functions as a straw topper / straw accessory

• ✨ Lightweight, durable 3D-printed construction

• 🎁 Handmade and unique — no two are exactly alike

• 🖐 Designed and printed by LMP Creations

Approximate Size

• 📏 Length: 5 inches (fully extended, nose to tail)

• 📐 Fits most standard-size reusable straws (tumbler-style)

Material & Finish

• 🧵 Material: PLA filament

• 🎨 Finish: Smooth printed texture with visible layer lines typical of 3D printing

• 🌈 Color variations may occur due to filament blends and lighting

Perfect For

• Tumbler and reusable cup lovers

• Fantasy & dragon fans

• Unique drinkware accessories

• Desk, car, or travel cups

• Gifts, stocking stuffers, and party favors

Important Notes

• This is a fan-made, original design and not affiliated with or endorsed by any brand or franchise

• Not intended for children under 3 years old (small parts)

• Straw and cup not included

• Care Instructions

  • Hand wash only

  • Do not place in dishwasher

  • Avoid prolonged exposure to heat (PLA may soften)