CUBETRIX diy corexy 3D PRINTER

myminifactory

3D Printing is an additive manufacturing process that creates a physical object from a digital blueprint. The different technologies and materials used in 3D printing all rely on the same fundamental principle: a digital model is transformed into a solid three-dimensional object by layering material. Every 3D print starts with a digital 3D design file, which serves as the blueprints for a physical object. Attempting to print without this design file is equivalent to trying to print a document on paper without the text file. This design file is sliced into thin layers and then sent to the 3D printer. Chuck Hull invented the first 3D printing process called 'stereolithography' in 1983, laying the foundation for what we now know as additive manufacturing or 3D printing. By applying this principle, I successfully created my own 3D printer, the CUBETRIX, from a dream turned into design. Thanks to open-source software, we can program our printers to create almost any object. Many of you may have a Prusa i3 clone at home, which I've modified extensively: changing the extruder and structure, only to find myself spending more money than necessary. I decided to tackle this challenge head-on and create something better at a price comparable to a Prusa clone. The CUBETRIX boasts an impressive 330x330x300 printing area, a 32-bit processor, 32 steps per motor, a 3.2-inch TFT touchscreen display, Wi-Fi connectivity, ten times faster velocity compared to a Prusa i3 clone, six-point auto-leveling (dependent on configuration), a stable structure with minimal vibrations, and LEDs on the extruder for better print visibility. You can also customize your printer by adding any board or LCD you like – such as a Duet or Ramps. Without further ado, I present my project: The CUBETRIX 3D Printer. With the provided files, you'll receive a PDF guide on how to build and view the structure, along with a BOM (bill of materials) PDF file. For those interested in seeing it, we've included a link below. Note: If you plan to create larger or smaller print areas, adjust the length of the 2020 extrusions and rods for each axis by the desired difference. BILL OF MATERIALS: [link to bill of materials] Here's where you can find components for 3D printers. Everyone will ask: "Yes, we have the files, but how do we build the printer?" So, I've created video tutorials on how to assemble the CUBETRIX. Here are the links: No:1, No:2, No:3, No:4, No:5, No:6, No:7, No:8, No:9, No:10, No:11, No:12, No:13, Homing test, Movements, and finally printing, Z axis weight torture test Here's the CUBETRIX Facebook group for more help, improvements, and discussion. Happy building and printing, guys!