VIDEO Obsessed with a New 3D Printing Design Technique (#ziptiecity)

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Fascinating 3D Printing Design Technique: Exploring Zip Tie City If you're a fan of 3D printing, you may find the latest video showcasing a unique technique quite intriguing. The video titled "Fascinating 3D Printing Design Technique (Zip Tie City)" delves into innovative methods of integrating zip ties with 3D printed designs, highlighting both practical applications and creative experimentation.

Overview of the Technique​

The video begins with the creator discussing their newfound obsession with combining zip ties and 3D printing. They recently received parts for an older 3D printer and set out to create a specific mount. Through their exploration, they discovered a feature on a design from Printables.com: zip tie channels. These channels allow users to secure wires neatly against printed components, eliminating clutter and improving organization.

Zip Tie Channels: A Game Changer​

Zip tie channels are essentially small openings integrated into 3D prints that enable users to thread zip ties through. This allows for tight fastening of wires, ensuring they remain in place and do not become an obstacle. Here’s how the creator describes the functionality:

• Cable Management: The zip tie channels serve to guide and secure cables, enhancing the overall neatness of the setup.
• Versatile Design: Users can incorporate these channels into various surfaces—be it vertical or horizontal—to accommodate different cable routing needs.

The model demonstrated in the video, dubbed "Zip Tie City," tests multiple configurations of zip tie holes. The presenter was pleased to report that nearly all configurations functioned as intended, allowing easy insertion of zip ties to secure components.

Areas of Caution​

However, the creator notes several caveats:

• Printer Calibration: Users must ensure their printers are well-calibrated. Issues like stringing can complicate the use of zip tie channels. Poor retraction settings can lead to filament strings disrupting the functionality of the zip tie channels.
• Material Selection: The video showcases parts printed with ASA, known for its high-temperature resistance, which performed admirably in the tests.

Practical Applications​

In the latter half of the video, the creator applies these design techniques to a project involving portable battery management systems. They designed a custom housing for old lithium batteries, integrating zip tie channels for securing components and wiring. This approach not only simplifies assembly but ensures that the internals remain organized.

Conclusion​

Despite a mishap during the electrics setup that resulted in a minor "fire," the overall takeaway from this video is highly positive. The creator expresses excitement about using zip tie channels in future designs, particularly for projects involving electronics. Whether you are a hobbyist looking to enhance your 3D printing projects or an enthusiast exploring new design techniques, the integration of zip ties within 3D printed models offers an innovative solution to cable management challenges. For those interested, you can watch the full video on YouTube here: Fascinating 3D Printing Design Technique. Feel free to share your own experiences or thoughts on this technique in the comments below!