Tired of cluttered and disorganized workspaces? This magnetic box is the perfect solution for keeping your pens, paperclips, and other small items neatly organized and within reach. Crafted from PLA and held together with sturdy magnets, this box is both durable and sleek. The dowel and rotating top of this box allows for easy access to your items, while the powerful magnets ensure that the box stays securely closed. Upgrade your desktop organization today and experience the convenience and style of this magnetic box.
Rotating the lid 180 degrees opens the compartment in the base of the box. 4 magnets, 2 on the base and 2 on the lid, snap it into position. The inner compartment can be used to store larger items.
When closed, the box has a minimalist profile and can be used as a desktop organizer. This can be used to store small items such as paperclips, thumbtacks, pencils, etc.
While experimenting with how this design would look with different materials, my favorite was using a wooden top part. I created a render to help demonstrate the image I was working towards. In this render, the rotating dowel would also be made from wood.
I used my 3D printer to make a prototype to test the rotating magnet mechanism. Due to weather and temperature fluctuations, my design has a slight warp on the surface that came in contact with the bed. Despite that, the design is functional and works better than I hoped. It easily snaps using magnets and is a sleek organizer to keep at a workstation.
As a fun personal project, I decided to design a modification for the push-to-start ignition in my car. Drawing inspiration from science fiction movies, where spaceships often have safety covers on important buttons, I wanted to create my own version of this feature. Using my background in design and engineering, I designed a custom cover that fits over the push button in my car. I used 3D modeling software to create a detailed, model of the cover, refining the design until I was satisfied with its appearance and functionality. Once the design was complete, I printed the cover using a 3D printer and installed it on the push button in my car. The final product added a unique touch to my car's interior, and it was exciting to see my idea come to life. Although this project was not intended to solve a specific problem, it allowed me to exercise my skills in design and engineering and provided an enjoyable creative outlet.
This design uses a two-pin hinge method to connect the cover to the base.
An angled and geometric design adds a modern effect.
Fillets and precise measurements allow a flush, seamless fit.
As this is an important function of the vehicle, it was necessary to not limit the usability of the button.
My latest project involved designing a storage solution for reading glasses or sunglasses in the Tesla Model 3. After my father pointed out the inconvenience of not having a designated storage spot for glasses, I took it upon myself to come up with a solution. Using my CAD skills, I designed a subtle holder that could be installed in a Model 3. The holder was positioned in a location that was easily accessible while driving, yet out of the way to avoid any potential safety hazards. After refining the design, I printed a prototype using a 3D printer and tested it in my father's Model 3. The final product exceeded our expectations, providing a convenient and subtle storage solution for glasses. This project was a great opportunity to use my skills in design and problem-solving to create a practical solution for a real-world issue. It was rewarding to see the finished product in action, and I am confident that it will be useful to many Tesla Model 3 owners.
This was Version 1 to test fitment and sizes. Due to my printer limitations, I printed the project in two pieces.
After verifying fitment, I improved upon the original design by filleting the edges and adding holes for neodymium agents to cleanly join both pieces.
The holder fits behind the LCD screen, and the overhang does not interfere with any of the screen's functionality.
As a designer with a passion for 3D printing, CAD design, and prototype manufacturing, I set out to create versatile and functional wall hooks that could serve a variety of purposes. After designing and printing two different versions, I am proud to present the results. The first hook is specifically designed for outdoor use, perfect for those who enjoy spending time near the pool or jacuzzi. It is sturdy, sleek, and able to hold multiple towels at once. The second hook is longer and is designed for EV charger cables, providing a simple solution for keeping garages organized. With the ability to coil and hang the charging cable, this hook is not only functional but also adds a touch of style to any garage. Both hooks were created using SOLIDWORKS and 3D printing technologies, allowing for precision and customization. As a designer, I pride myself on creating products that are not only beautiful but also functional and practical for everyday use. These wall hooks are a testament to my commitment to quality design and manufacturing.
The design has countersunk holes so that the screw can be installed and still have a low profile. This would also minimize the chances of a towel getting snagged.
The added curve of the hook allows multiple loops of the cable to be held securely. This also adds to the lifespan of the overall print as the force is spread out amongst a larger surface area.
The design I used in my household features a Tesla logo since that is what my family has, but it can be easily customized to display any automotive manufacturer's logo.
Using my 3D printer, I have designed many household items that can be used regularly. Many of these were small projects that were successful. For example, I made a hook to hang keys or tools with, I made a threaded waterproof bottle, I made a tool to hold open a book, etc. Little creative outlets like these can not only improve someone's day-to-day life but also serve to reinforce design fundamentals.
This is a versatile hook with many possible uses. I used these in my room to hang my keys when I get home. Additionally, I attached silicone glue and used this in my shower to hang brushes.
This design was to test out how my printer deals with threaded designs. To dial in the tolerances, it took a few tries, but I was able to make a successful print. This container closes up tight and is waterproof when closed.
Ever been reading a book with one hand and struggle to keep the pages open? This design solves that! the central hole is designed for your thumb and the wings on either side apply force to the pages of the book. Now you can easily read your favorite book one-handed.
During the COVID-19 pandemic, my friends and I began playing video games to stay in contact. One issue I encountered, was my console would overheat quickly. As a solution, I designed risers that lift my console off the ground by half an inch. This allows cool air to flow more freely.