Tag: 3D printing

  • Custom Steam Deck Case Transforms Handheld into Mobile Workstation

    Custom Steam Deck Case Transforms Handheld into Mobile Workstation

    Most handheld devices aren’t designed for productivity. The Legion Go, which features detachable controllers, could potentially serve as a makeshift workstation, but that’s the charm of PCs. Users often discover applications that the creators never envisioned.

    Productivity Limitations of the Steam Deck

    The Steam Deck isn’t the best choice for heavy work tasks. If you find yourself bringing along a separate keyboard and mouse, you might as well just take a laptop instead. There’s no kickstand, and trying to manage a 10,000-line spreadsheet isn’t exactly enjoyable, especially on the Deck’s modest 800p display. However, the community hasn’t let that stop them. The Deck can definitely handle a few emails and offers much more once you dive into the extensive library of Free and Open Source Software (FOSS) that’s accessible on Linux.

    A Handy 3D-Printed Solution

    If you’re not keen on lugging around multiple gadgets, you can use Natter_LT to 3D print your own Steam Deck “Play&Work” case for just $9.25.

    This case has some strong Steam Punk aesthetics, which only adds to its appeal. It includes several clever features, like the ability to easily insert a standard Logitech Pebble Keys 2 K380s (you can find this on Amazon) and detach it. It also has cutouts for all necessary ports and buttons, a handle for transport, and a built-in kickstand that opens up for air circulation around the Steam Deck’s vents. When it’s closed, the entire product is quite similar in size to the case that Valve provides.

    Great Value for 3D Printing Enthusiasts

    If you have access to a 3D printer with a minimum bed size of 300mm squared, spending $9.25 on the CAD files seems like an excellent deal for crafting the ultimate portable gaming and mobile office solution. If only we could create something similar for those who don’t own a Steam Deck.

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  • PETFusion 2.0: Convert Plastic Bottles to 3D Printing Filament

    PETFusion 2.0: Convert Plastic Bottles to 3D Printing Filament

    If you take a closer look at plastic bottles and the filament used in 3D printing, it might not be obvious at first glance, but both utilize PET as their main material. The PETFusion 2.0, a device aimed at recycling PET bottles, is currently seeking funding on Kickstarter. A unique feature of this crowdfunding initiative is that backers will not receive the physical PETFusion 2.0 machine, but instead, they will get access to the STL files needed to create the machine themselves, assuming they already have a 3D printer.

    Support Options and Benefits

    Depending on how much supporters contribute, they will receive not just the print files, but also a list of parts that can’t be printed with a 3D printer, detailed instructions, and personalized assistance. There’s even an option for a commercial license, which allows backers to produce and sell the PETFusion 2.0 commercially. For a donation of $39, users gain access to the instructions. Given that version 2.0 of the PETFusion is already available, as shown in the shared videos, the financial risk for backers appears to be fairly minimal.

    Filament Creation Process

    To create filament from a plastic bottle, it’s crucial that the PET bottle is clean and devoid of any labels. The bottle is sliced into strips, which are then heated and printed through a hotend with a 1.75 millimeter diameter. As the filament is being made, it goes through an ink-based colorizer that adds color to the filament, as the name indicates. A filament welder is also included, allowing users to connect shorter lengths of filament together easily, which is great for larger 3D printing tasks. Overall, the PETFusion 2.0 aims to be a comprehensive machine that integrates cutting, extrusion, spooling, and welding functionalities.

    Closing Thoughts

    In conclusion, the PETFusion 2.0 is an innovative solution for recycling PET bottles into usable filament for 3D printing. With its unique crowdfunding model and range of support options, it provides an exciting opportunity for 3D printing enthusiasts. The combination of easy-to-follow instructions and the ability to produce filament from recycled materials makes it a standout project on Kickstarter.

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  • YouTuber 3D-Prints Rideable Star Wars AT-AT Model

    YouTuber 3D-Prints Rideable Star Wars AT-AT Model

    2 meters tall, with a speed of about 0.06 km/h, and strong enough to support a human, the AT-AT replica created by James Bruton is a dream come true for Star Wars enthusiasts. The core of this project is a 3D printer, which Bruton utilized to manufacture most of the components himself. Alongside the printed pieces, the design incorporates aluminum profiles, engines, and electronic parts.

    Design Modifications

    Bruton’s version of the AT-AT does not perfectly match the original design. The robot’s knees are positioned outward, which is a departure from the film’s design but provides essential stability. The legs are powered by electric motors, which are connected via an Ethernet cable and can be controlled remotely.

    Precision Control

    To accurately track the position of the legs, Bruton has included a potentiometer in each leg. This device measures resistance and sends vital information back to the central control system about the leg’s position. This feature allows the AT-AT to maintain a specific movement pattern without losing balance.

    Project Origins

    The journey began with a small, remote-controlled AT-AT, which served as the foundation for this larger endeavor. The first YouTube video showcases the template and documents the assembly process leading up to the completion of the legs.

    In the follow-up video, Bruton, dressed as a stormtrooper, demonstrates and tests the 3D-printed AT-AT in a parking lot. If the AT-ATs from "The Empire Strikes Back" had displayed this kind of speed, the outcome for the Galactic Empire would have been quite different. Nevertheless, the robot successfully carried Bruton, marking the experiment as a triumph.

    For those interested in creating their own AT-AT, Bruton has made the CAD and code files available on GitHub for both the smaller and larger versions.

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