![]() Then follow the procedure on the site to install it on the SD card and set it up. Remove the setting from config-override before making changes in config.txtĪs we can no longer control the printer through Wifi, I have chosen to control it with OctoPrint.The setting in the config.txt file is _per_mm. I used the procedure described here to calibrate my extruder. This writes the setting in the config-override file. Store new zero location permanently (M500).Use the controls in either printer control or repetier-host to lower the nozzle so that you can pass a piece of paper between nozzle and bed without the nozzle catching it.Move nozzle to middle of plate at 10mm above zero (G1 X90 Y90 Z10).Open the serial port to communicate directly to the printer and do: The config.txt file needs to be adjusted to your printer. This will upgrade the firmware and start using the config.txt for control of the printer. Restart the printer by powering off and on. You should see a removable drive appear, out the firmware file and config.txt file here. I found the nozzle height in Cetus Studio not to be correct when starting to print with the tinyFab CPU, so I followed this procedure to set it correctlyĬonnect the printer through USB to either Simplify 3D printer control or repetier-host. Cetus config.txt file Plug the printer into USB and turn on. Unmount the drive and restart the printer. Even the Wifi command fails due to a missing USB device. Since I only have a VM (VirtualBox) on Linux running Windows I can't use USB - Cetus as an USB device is not supported there. uart0.baud_rate: set this to 250000 for faster communication The problem seems to be that the tools use an USB device (Cetus) connected.gamma_max: set this to the nozzle height in Cetus Studio.Latest Smoothie firmware (the CPU comes pre-installed with the Smoothieware, but always better to get the latest).It should look something like this: Software setup Be careful to have the orientation correct. Disconnect printer, open the case, carefully remove existing CPU and put the tinyFab CPU in place. I’ve collected my installation and configuration procedure here Hardware installation These reasons were enough for me to make the jump. Optionally software controlled heated bed.Fast control board based on Smoothieware (high performance, open-source G-code interpreter designed to be user- and hacker-friendly).Before you decide to do the same remember that you loose: After some posts in the Cetus3D users Facebook group I decided to buy the tinyFab CPU and replace the Cetus3D CPU with it.
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