![]() They can also be quite dangerous, so, be cautious. If you are already familiar with it, you can try connecting right now and get an answer from the board.As far as installing Smoothieboard in a machine goes, they are probably the simplest machine to set up. The CDC Serial interface is the interface host programs like Pronterface use to allow you to interact with your machine. USB Mass Storage is not the only thing you get when you connect the board. It can also be used to store and play G-Code files, see Player. The SD card can also be used to flash a more recent version of the firmware to your board, while the pre-flashed firmware should work this is not always the case, see where to get the binary file and how to flash it via the SD card. You can read more about configuring your Smoothieboard at Configuring Smoothie. You edit the configuration simply by editing this file in a Text Editorsaving it and resetting the board. This file contains all of the configuration options for your board and is read when you start or reset your board. This allows you to add, copy, edit or delete any file you'd like. A good first step is to connect your board to your computer to familiarize yourself with it. With a basic configuration file installed on the SD card, no preparation is needed before you can connect Smoothieboard to your computer and start interacting with it. Your Smoothieboard comes with a micro sd-card in the microSD slot. Use it to help you understand in general, but any specific information should be taken from the original version, especially before asking the community for help. Note that this translated version is by definition never going to be up-to-date. Some users have hand-translated this page. This guide will walk through everything you need to accomplish to successfully perform these steps. On a typical 3D printer setup, installing a Smoothieboard will mean you do the following things. Please don't hesitate to edit it to fix mistakes and add information, any help is very welcome. This guide is a community effort, and this page is a Wiki. This is a step-by-step guide to connecting your board to the various components of the 3D printer, configuring everything, from the beginning to actual printing. I won’t be able to work on it for a while though.Probably the machine for which Smoothie is most used, due to Smoothie's roots in the RepRap project, 3D printers are fairly simple to Smoothiefy. I’ll come back and update on the progress if I can get the python script running successfully. LaserWeb is a great software, but I can’t switch the firmware on my 3D printer just to use the laser. I’ll still automate it with a python script. Luckily, Notepad++ has features that let me edit all lines at once so the entire process only takes 3-5 minutes. I was able to get a great image with that process. I edited one manually through Notepad++ where I moved the Sxx.xxx commands to the beginning of the line, added M106 before each S, and added G1 before each line starting with X or Y. What I am going to do is continue using LaserWeb and come up with some kind of python script to rearrange the gcode file. ![]() ![]() And that range will change depending on the material I am engraving. So I would like to engrave images between 70-90% or just keep testing and fine tuning the range once I figure out the optimal settings. I haven’t tested it yet but I’m guessing it’s around 50-70% where it just doesn’t really do much to the wood. The reason for this is because my laser will barely mark balsa wood below a certain power level. So far, LaserWeb is the best tool I have found and it allows me to change the power limits to, for example, 70 - 90%. ![]() But since I have such little power on my cheap 2.5W laser, I wanted something that will allow me to change the power output and ranges of powers for a certain image. I have had success with JTech Photonics tool as well as the raster2gcode tool. ![]()
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