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Open Top circuit board

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  • Open Top circuit board.stl
  • Open Top circuit board.zip

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Last update 2023-05-25 at 06:48
Publication date 2023-05-25 at 02:59
Design number 1237164

3D printer file info

3D model description

Introducing the 3D Printed "Open Top Circuit Board" for Robot Car Project!

Are you looking to take your electrical engineering projects to the next level? Look no further! We have designed a revolutionary 3D printed "Open Top Circuit Board" specifically tailored for your robot car projects. With its unique features and customizable design, it's bound to become an essential tool in your engineering arsenal.

This innovative circuit board combines the functionality of a traditional PCB with the convenience and versatility of 3D printing. The open top design provides easy access to the circuitry, allowing for seamless testing, debugging, and modifications. Say goodbye to tedious disassembling and reassembling processes - with our open top circuit board, you can effortlessly probe and troubleshoot components and signals without any hassle.

The board features four strategically placed holes, along with a sliding mechanism, providing unmatched flexibility and adaptability. Whether you need to mount sensors, attach additional modules, or connect external devices, these holes offer convenient access points for expansion. The sliding mechanism adds another layer of convenience, enabling you to slide components or connectors into place effortlessly.

Our design is fully customizable, allowing you to tailor the dimensions, hole placements, and even the overall shape of the circuit board to suit your specific project requirements. This flexibility ensures that our open top circuit board seamlessly integrates with your robot car design, regardless of its size or complexity.

Not only does our open top circuit board offer practicality and functionality, but it also boasts an eye-catching aesthetic appeal. The exposed circuitry and components give your project a modern and futuristic look, making it stand out among traditional enclosed designs. Show off your hard work and impress your colleagues and friends with a visually stunning robot car project.

We understand the importance of reliability and longevity in your engineering projects. That's why our open top circuit board design comes with a range of recommendations and best practices to ensure optimal performance and durability. From selecting suitable materials to implementing proper shielding techniques, we've got you covered.

So, if you're ready to revolutionize your electrical engineering projects and unleash your creativity, download our customizable 3D print file of the "Open Top Circuit Board" now. With its unique features, ease of use, and striking design, this circuit board is set to become a game-changer in the world of robotics and automation. Take the leap and join the growing community of engineers and enthusiasts who have already embraced the future of circuit board design.

Support my Journey of 3D Printing Innovation!

If you appreciate my design and would like to support my 3D printing journey, your generous donation would be greatly appreciated. Every contribution, no matter the amount, goes a long way in helping me continue my creative endeavors and bring more innovative designs to life.

To make a donation, please consider using PayPal, a secure and convenient platform for online transactions. Your support will enable me to invest in new materials, equipment, and resources to further enhance the quality and scope of my 3D printing projects.

You can contribute by sending your donation to my PayPal account, ensuring that your contribution directly supports my ongoing 3D printing endeavors. Your donation will not only help me in my journey but will also encourage and motivate me to create more exciting and exceptional designs for the community.

Thank you in advance for your generosity and belief in my work. Your support means the world to me and will undoubtedly have a positive impact on my 3D printing journey. My PayPal account email is: nazmusaquibny@gmail.com

3D printing settings

PLA

Nozzle temperature: 210Β°.

Thermal bed temperature: 60Β°.

Nozzle diameter: 0.4 mm.

Layer: 0.05mm

Filling 20 %.

Support: No

Raft and rim: No

Size info:

Height - 160mm

Weight - 100mm

Slider height - 16mm

Board thickness- 2mm

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