Griffin Pro 3d printer Version 1.3e

thingiverse

These are the files for the Griffin Pro 3D printer. Don't use the extruder unless you have a Griffin Hobb; its unique size is not compatible with standard extruders. Check below for spring extruder details. These updates were made before switching to an E3D hotend, but they remain backwards compatible with all J-head models and are compatible with the Griffin OS. Most of these changes pertain to the effector. If you want the E3D files, check out version 2.0; it's also compatible with all J-head models and works well with the Griffin OS. Version 2.0 included a hard-mounted bed and a clip-on probe, as well as using 626Pilot firmware for better calibration. The 2.0 effector is available at https://www.thingiverse.com/thing:3867417; it's an improved design. The new LCD bracket can be found at https://www.thingiverse.com/thing:3867440, and the improved filament guide is located at https://www.thingiverse.com/thing:3867489. You can also find the spring extruder at https://www.thingiverse.com/thing:3867544. If you want to use mechanical switches instead of optical switches, check out the Griffin Delta OS upper frame brackets; they're compatible with both types of switches. Optical switches are accurate but less noisy than mechanical ones. To configure your controller, copy one of the included config files and rename it to "config" without quotes. Then, copy the file to your controller's SD card. Config files for an Azteeg V1 and 1.1 are included; they won't work with an Azteeg V3, though. If you have a V3, use the config files from the 2.0 effector upgrade. Any slicer can be used, but make sure to set the following settings: retraction at 6mm at 85mm/s, filament size, and that the fan is always run at 40% or greater to preserve the life of the effector. Also, ensure your printer's size is correct and that it uses a round bed/delta. All parts were printed using PLA at 70-75% infill, while the effector was printed in T-Glase or PET. The skeleton probe is a magnetic clip-on probe that we tested before switching to E3D. It consists of 4x 8x5mm round neodymium magnets and an Omron D2F mouse switch as a probe. This design is far superior to the original FSR sensors used. These files are uploaded under Creative Commons - Attribution; you can do what you want with them, but please give credit.