Barras estabilizadoras eje Z

thingiverse

This model of stabilizer bars for the Z axis boasts impressive robustness, with upper supports securely fastened to 3 screws on the Z and X axes as well as the spindle bearing. The lower axis connects to main profiles while holding both the upper housing and bottom case in place. Bars are fastened with precision-engineered screws for an exact fit. The model also features protective covers for cables and current tapes, ensuring complete protection at once. The bottom cover can be easily removed without any issues. To cater to various Artilley X1 printer versions, this design includes adjustable holes that enable it to work seamlessly in any version. This flexibility is crucial due to the varying positions of limit switches, screws, and other components across different models. For users who prefer specific bar types, three models are available: 10mm, 12mm, and 14mm. The recommended choice is 12mm iron or steel bars for optimal performance. In response to user feedback, this design includes a square cut-out feature that eliminates collisions with CONTROL3D Z-axis carriages. Additionally, a TPU gasket model is included as an optional component for users who want to add it to their supports. To achieve the desired stability and rigidity, printing with a layer height of 0.2 mm, nozzle diameter of 0.4 mm, four wall perimeters, and 35% minimum fill in PETG material is recommended. The total weight of this set is approximately 500g, but it only needs to be printed once. To ensure optimal results, screws with specific dimensions are used: 2 x M3 * 20mm for the bottom bracket, 2 x M4 * 16mm for the upper outer studs, and so on. The tests conducted by beta-testers have yielded remarkable results, showcasing significant improvements over other types of fastening methods. This design's ability to eliminate oscillation is a testament to its effectiveness. By utilizing this model, users can expect to achieve the same level of utility as those who have already installed it. To further refine and improve the design, user feedback is encouraged, and any suggested modifications or variations will be eagerly considered for implementation.