Hiprecy LEO - PrusaSlicer Profiles

thingiverse

<b>These are the profiles I am currently using in PrusaSlicer for my LEO with good results. There are six files included.</b> <b> Printer Profile 1. Hiprecy LEO - ABL:</b> This profile runs the bed leveling routine prior to printing and saves the results to the EEPROM for future use with Profile 2. <b>Printer Profile 2. Hiprecy LEO:</b> This profile grabs the bed leveling data created with Profile 1 or the ABL GCode file provided, and enables bed leveling without actually performing the leveling routine. <b>Filament Profile. Hiprecy LEO - PLA:</b> This profile sets the extrusion multiplier to 95% and leaves the part cooling fans off for the first three layers. You can adjust temps as needed. <b>Print Profile 1. Hiprecy LEO - .2mm:</b> This is the profile I use for final prints at .2mm and a speed of 60mm/s. <b>Print Profile 2. Hiprecy LEO - .28mm:</b> This is the profile I use for final prints at .28mm and a speed of 60mm/s. <b>ABL GCode file:</b> This file can be put on your SD card to run the bed leveling routine when needed. As with Profile 1, this file will save the results to the EEPROM for future use with Profile 2. <b>Notes:</b> I don't use Profile 1. I prefer to use the the ABL GCode file when it is needed and slice only with Profile 2. If you prefer to run ABL before every print then Profile 1 will work best for you. Both of these profiles have entries in the start GCode for Linear Advance, Acceleration, and Jerk values. These reflect the values in my custom firmware. Note that the Linear Advance value only makes a difference if you have it enabled in the firmware. It is not enabled from factory on the LEO. I suggest enabling it as I've found there is a noticeable improvement in print quality when used. See included photo. [Marlin 1.1.9 with Linear Advance enabled](https://www.thingiverse.com/thing:4176536) <b>Update 3-23-20:</b> I have tweaked the profiles further and am getting better results. See included photos of some test prints.