- Simplify3d 4.0.1 vs slic3r looks better how to#
- Simplify3d 4.0.1 vs slic3r looks better install#
- Simplify3d 4.0.1 vs slic3r looks better serial#
- Simplify3d 4.0.1 vs slic3r looks better software#
- Simplify3d 4.0.1 vs slic3r looks better code#
I'm using eSun PLA+ filament, so I changed the MESH_TEST_HOTEND_TEMP to 205 and the MESH_TEST_BED_TEMP to 60.
The settings that I am about to recommend are applicable for people with a BLTouch install. Configuration settings are enabled by uncommenting them (removing the // that precedes them) and vice-versa.
These configuration settings are all in the Marlin/Configuration.h file. Huge kudos to the author, but it's not especially visible, which is a big part of the reason I decided to make this guide. These configuration tips come mostly from the top comment on this video with 5 likes as of the time I'm writing this. Now that we know we can build the firmware, let's change the configuration a bit to work with the BLTouch better. If the machine information is wrong, you're probably on the wrong branch. Check that the Auto Build Marlin panel looks like this.
Simplify3d 4.0.1 vs slic3r looks better code#
You should find that following the video instructions using either of those branches' code succesfully builds Marlin. Alternately, you can get my pre-configured firmware from this branch (please read the next section to check that these are all settings you want!). To save the hassle of doing that, I suggest cloning my fork of the repo with the PIO fix included. The fix for this that I found is simply copying over the buildroot directory of the latest branch, replacing the files. There is a compatibility issue with the latest version of PlatformIO (and any version >=4.4). However, if you follow these instructions using the BIQU-B1 version 2.0.6 fork of the firmware, you'll get a ModuleNotFoundError and the build will fail. The process for customising and compiling Marlin is explained thoroughly in this video. This part is where I first ran into some issues. The compiled firmware is fine, but if you want to change some of the settings you need to build it from source. The BIQU-B1 uses a variant of the popular Marlin firmware which they host on their Github ( source and compiled).
Simplify3d 4.0.1 vs slic3r looks better software#
Firmwareįirmware is a type of software that governs the printer's behaviour. In addition, testing the bed's leveling requires your choice of filament. commands) to the printer, such as pronterface. If you aren't using OctoPrint, you'll need an alternate way of sending GCode (i.e. OctoPrint allows you to use a dedicated server for communicating with the printer and it has optional plugins like the bed visualizer that provide a nice graphical interface.
In addition, I highly recommend setting up OctoPrint on a Raspberry Pi as a precursor to this setup.
Simplify3d 4.0.1 vs slic3r looks better serial#
It is helpful to use the included USB cable to connect to the printer via serial connection. Note that you also need an extension cable, which isn't always included, but standard jumper cables work just fine).
Simplify3d 4.0.1 vs slic3r looks better install#
If you're intending to install a BLTouch, you should have one of those (Antclabs V3.1. The only equipment you need to follow this guide is a BIQU-B1, its included 128 MB micro SD card (in the SD slot closest to the gantry, where the power supply plugs in) and the means to connect it to a PC.
Simplify3d 4.0.1 vs slic3r looks better how to#
I myself only got this printer a couple of weeks ago and I've only recently managed to figure out how to resolve the issues I had with the BLTouch and firmware configuration without resorting to "hacky" solutions. This post is designed for other 3D printing beginners who've picked up the BIQU-B1 as their first printer, or to anyone else who's struggling to find the sparsely collected information about the printer and troubleshooting vis-a-vis firmware and its configuration for the BLTouch.