DigiKey - Public Displays of Amazing [Maker Update] | Maker.io
The video highlights several maker projects, starting with a DIY pocket computer by Ashtf, featuring a hybrid E-Ink and OLED display for efficient power usage and interaction. The device is powered by an ESP-32 S3 on a custom PCB, with a 3D printed clear resin housing. Another project by Chris Borge involves a 3D printed CNC mill reinforced with threaded rods, offering a unique design with a counterweight system for the Z-axis. Mitxela's fluid simulation pendant uses a custom version of the FLIP algorithm and a charlieplexed LED arrangement. Additionally, Martina from Nerdforge creates a large custom rug inspired by "Howl’s Moving Castle," showcasing her first use of a tufting gun. The video also includes tips on using concrete in 3D printing, prototyping circuits with fiber lasers, and insights on project management from BPS.Space.
Key Points:
- Ashtf's DIY pocket computer uses a hybrid E-Ink and OLED display for efficient power and interaction.
- Chris Borge's 3D printed CNC mill features a unique counterweight system for the Z-axis.
- Mitxela's fluid simulation pendant is based on a custom FLIP algorithm and LED design.
- Martina from Nerdforge creates a large rug using a tufting gun for the first time.
- Tips include using concrete in 3D printing and prototyping circuits with fiber lasers.
Details:
1. 📺 Weekly Maker Update Highlights
1.1. E-Ink Computer
1.2. Unique Mill
1.3. Fluid Dynamics and Ergonomics
2. 🖥️ DIY E-Ink Pocket Computer by Ashtf
2.1. Hardware and Design
2.2. Software and Functionality
3. 🔧 Innovative 3D Printed CNC Mill
3.1. Design and Features
3.2. Cost and Availability
3.3. Applications and Potential Improvements
4. 🔮 Unique Projects: Fluid Simulation & Custom Rug
4.1. Fluid Simulation Pendant by Mitxela
4.2. Custom Rug by Martina from Nerdforge
5. 🛠️ Maker Tips and Tools
5.1. 3D Printed Molds for Concrete
5.2. Prototyping Circuits with Fiber Lasers
5.3. Project Mindset and Challenges
5.4. Shop Tips and Techniques
6. 🎵 Creative Suitcase Synthesizer
- The Tomorrow Lab crew is developing a suitcase synthesizer using the Arduino Plug and Make kit components, emphasizing portability and customization.
- This project utilizes Modulinos, which are small, modular input and output components akin to Qwiic or Stemma standards, allowing for flexible arrangements.
- The design features a foldable enclosure that acts as a stand, enhancing the synthesizer's portability and usability.
- A capacitive touch PCB serves as the keyboard, completing the circuit and allowing for innovative user interactions.
- The mounting board is designed to match regular mounting hole specifications, facilitating user customization and expansion.
- The suitcase synthesizer aims to provide a highly portable and customizable music creation tool, appealing to musicians and hobbyists alike.
7. 👋 Wrap-Up and Gratitude
- Encourages viewers to engage with the content by giving a thumbs up, leaving a comment, and subscribing, highlighting the importance of viewer interaction for channel growth.
- Acknowledges DigiKey for their support, indicating a partnership or sponsorship that helps sustain the show.
- Thanks viewers for their support, emphasizing the value of audience engagement and viewership.