BRINKO Heart Keychain Original Gift to Assemble

✨ The BRINKO Revolution

This model is much more than a static figure. Its true strength lies within: my innovative BRINKO Construction System, currently patent-pending. I have designed a unique assembly mechanism that offers a satisfying building experience and unprecedented sturdiness. Say goodbye to poorly fitting parts; with BRINKO, every connection is precise and resilient.

🛠️ What makes this model special?

• Patent-Pending BRINKO System: Glue-free construction with a perfect, durable fit.
• Easy Printing & Assembly: Optimized for 3D printing without the need for complex supports.
• Interchangeable Parts: The BRINKO core allows for easy customization and fleet expansion.

Discover the magic of building your own gift. This keychain is not just any ornament; it is a symbol of togetherness that can be assembled piece by piece.

Designed with an ingenious construction system, this keychain is printed in two separate halves that fit together perfectly to form a solid and elegant heart. It is the perfect project for:

• Gifting on Valentine's Day, anniversaries, or Friend's Day.
• Enjoying a quick print with no supports.
• Surprising with an interactive and unique detail.

How it works:

1. Print the two pieces.
2. Lightly clean the edges if necessary.
3. Join them and listen for the "clip" that turns them into a single heart!

Printing Details:

• Technology: FDM
• Supports: Not necessary

• Infill: 15-20%

   

🚀 Printing & Assembly Instructions

• Recommended Material: PLA.
• Layer Height: 0.2 mm for the perfect balance between quality and speed.
• Supports: Not required for most parts.
• Assembly: Simply locate the BRINKO connectors and snap the pieces together with gentle pressure until you hear a "click."

📜 Intellectual Property Note

This model is a fan art work inspired by the Star Wars franchise. The intellectual property rights for the TIE Fighter design belong to their respective owners. My original contribution is limited to the BRINKO Construction System, for which I have filed a patent to protect the innovation of its assembly mechanism.