Rock, Rave & Festival Kandi Beads

Create unique festival bracelets with original 3D printed festival beads inspired by rock, punk, metal, emo, and alternative aesthetics.

From cute skulls and bows to mohawks, lightning bolts, hearts, and other edgy designs, these statement beads help you create kandi that stands out from the crowd. Perfect for bracelet trading, rave nights, rock festivals, emo nights, and campgrounds full of chaos, music, and friendship.

Whether you're making kandi bracelets, necklace stacks, zipper pulls, backpack charms, or custom festival accessories, these original designs add personality to every creation.

Why You'll Love Them

• 🎸 Original Printallica Studio designs
• 🎨 Designed and printed in-house by Printallica Studio—never mass-produced or imported
• ✨ Lightweight and comfortable for bracelets, necklaces, bag charms, and keychains
• 🤘 Perfect for kandi trading, DIY jewelry, and festival accessories
• 🖤 Made for festival babes, punk princesses, metalheads, and anyone who loves mixing cute with chaos

Handmade Through 3D Printing

Every bead is individually designed and 3D printed in-house by Printallica Studio using high-quality PLA filament. Because each piece is printed layer by layer, slight layer lines and tiny surface variations are a natural part of the 3D printing process and make every bead uniquely yours.

No two are exactly alike—and that's part of the magic.

Our beads are printed using PLA, a plant-based plastic made from renewable resources like corn starch, making it a more eco-conscious choice than many traditional plastics.

Perfect For

• Festival kandi bracelets
• Bracelet trading
• Rock & metal accessories
• Rave outfits
• Festival bag charms
• Zipper pulls
• DIY jewelry projects
• Backpack charms
• Alternative fashion
• Emo & scene aesthetics

Please Note

• Not suitable for children under 6 due to small parts and choking hazards.
• Avoid prolonged exposure to extreme heat (such as inside a hot vehicle), as PLA can soften or warp.
• Minor surface variations are a normal characteristic of authentic 3D printed products.