CUBETRIX diy corexy 3D PRINTER

thingiverse

3D Printing is a revolutionary manufacturing process that brings digital designs to life in physical form. Various 3D printing technologies and materials are available, but they all share one fundamental principle: transforming a digital model into a solid three-dimensional object by layer upon layer of added material. Every 3D print begins with a digital 3D design file – a blueprint for the physical creation. Attempting to print without this file is akin to trying to print a document on paper without the corresponding text file. This digital design file is sliced into thin layers, which are then transmitted to the 3D printer. Chuck Hull pioneered the first 3D printing process, stereolithography, in 1983, laying the groundwork for modern additive manufacturing (AM) or 3D printing. I, too, drew inspiration from this principle to create my own 3D printer, CUBETRIX, born from a dream and brought to life through design. Thanks to open-source technology, we can program our printers to craft almost any object imaginable. Many of you may be familiar with the Prusa i3 clone, which I've had the privilege of owning and modifying – an experience that taught me valuable lessons about the importance of a well-designed structure and the need for precision in printing. CUBETRIX boasts impressive specs: a 330x330x300 print area, a 32-bit processor, 32 steps per motor, a 3.2-inch TFT touchscreen, Wi-Fi connectivity, and a robust structure that minimizes vibration and ensures smooth prints. Plus, the printer is designed to be highly customizable – you can easily swap out the motherboard or LCD for your preferred setup. With CUBETRIX, I aimed to create a printer that exceeds the capabilities of a Prusa i3 clone in every way. Here are just a few key features: * A spacious 330x330x300 print area * A 32-bit processor for lightning-fast performance * 32 steps per motor for precision and accuracy * A 3.2-inch TFT touchscreen for easy navigation * Wi-Fi connectivity for seamless communication But don't worry – CUBETRIX is designed to be highly adaptable, so you can easily upgrade or customize the printer to suit your needs. Now that I've shared my vision with you, it's time to bring CUBETRIX to life. To get started, simply download the PDF file containing the build instructions and bill of materials (BOM). You'll find everything you need to know about building and configuring your printer. To access the BOM and other essential files, visit the links below: * BILL OF MATERIALS: http://j.gs/Bzcs * Components for 3D printers: http://j.gs/Bzct Once you've got your printer up and running, be sure to check out the step-by-step video tutorials I've created to guide you through the build process. You can find these tutorials on YouTube at the following links: https://youtu.be/FIoFsy0vo4s https://youtu.be/ddlW879DVuM https://youtu.be/vOqs3rLRUIM https://youtu.be/4-6K37xLN5Y https://youtu.be/-6uwrWvEVCY https://youtu.be/eRzEGFzxzek https://youtu.be/xEuZqSGd2kU https://youtu.be/Y8xZGErfRu0 https://youtu.be/gWqOnVIwQbE https://youtu.be/GEX_BdRdJ4I https://youtu.be/IXUjoF206Jg https://youtu.be/-suTswubrHs https://youtu.be/WrstJzkwn68 https://youtu.be/x1vA-aiFKX4 https://youtu.be/1PUMSOtGME4 If you're interested in seeing CUBETRIX in action, be sure to check out the Time Laps prints playlist on YouTube: https://www.youtube.com/playlist?list=PLJV8Q4s8TA7ERRsbzOHb0hlG5tFO2GyxP Finally, I invite you to join our Facebook group dedicated to CUBETRIX and 3D printing enthusiasts. It's a great place to connect with like-minded individuals, share knowledge, and learn from one another. To make configuring the motherboard even easier, I've included the firmware in the files. Happy building and printing, everyone!