Delta Effector V6 - Hemera XS

thingiverse

This 3D printer effector model, created using OpenSCAD, is a highly configurable and versatile component designed specifically for delta printers. The effector incorporates E3D's Hemera extruder and hotend system, providing exceptional precision and reliability for your 3D printing projects. The model leverages magnetic ball joints from magballarms.com, ensuring smooth and accurate motion in your printer's operations. It is also compatible with the Mini IR sensor for automatic bed leveling, ensuring top-notch print quality and consistency. Key Features: Hemera Extruder and Hotend Integration: The effector design incorporates Hemera's advanced extrusion system, supporting efficient, reliable, and high-quality 3D printing. Mini IR Sensor Compatibility: The effector has provisions for a Mini IR sensor, which allows for automatic bed leveling, resulting in consistently high-quality prints. High Configurability: Various parameters, such as effector thickness, hotend diameter, extruder hole size, and more, are easily adjustable in the OpenSCAD code. Multiple Hotend Support: The design can support up to four hotends, allowing for multi-material printing. Enhanced Customization: Features like Hemera mount screws, 1lc mounts, hollow effector, and more, can be enabled or disabled based on your specific requirements. Please note, certain components such as the Hemera extruder, hotend system, and Mini IR sensor are not included in the 3D model. Users must source these separately and incorporate them into the effector during assembly. Instructions for Use: To use this 3D model, download the OpenSCAD file and open it in an OpenSCAD editor. You can then modify the parameters to suit your particular printer setup. Once your modifications are complete, compile and render the model, and save it as an STL file. This STL file can then be loaded into your 3D printer's slicing software to be printed. Prerequisites: OpenSCAD software installed. Access to a 3D printer. Basic knowledge of 3D printing and OpenSCAD. Please make sure to review and modify the parameters according to your requirements before starting the print. Always perform a print preview in your slicing software to verify that the model is correct and to estimate the amount of filament required. Note: Use this software at your own risk. The creator assumes no responsibility for any damage to your 3D printer or other equipment due to the use of this model.