Objective|Setting|Comments|Link ——-|——-|—————–|——- Getting the good extrusion|Rotation_Distance|mark the filament at 120mm from your extruder, Extrude 100mm, make the calculation to retrieve the good number, TeachingTech webstite include the step/mm calculation, then use my table to get the conversion into Rotation_distance units|Calculation Conversion Table
Objective|Setting|Comments|Link ——-|——-|—————–|——- Getting the good width|Flow (Slicer)|Print a 30x30mm cube in vase mode, check the width of the layer |Calculation Conversion Table
Section|Setting|Recommended Value|details|Calculation sheet ——-|——-|—————–|——- |——- Getting Equalize on the CoreXY principle|Rotation_Distance|Follow the Instruction|Spectroid | Download
Objective|Setting|Comments|Link ——-|——-|—————–|——- Getting Equalize on the CoreXY principle|Belt-tension+Print+Rotation_Distance|Print the Octogon and follow the Instruction|Conversion Table
Objective|Setting|Comments|Link ——-|——-|—————–|——- Getting the good Z Height|Rotation_Distance|Print a normal 30x30 cube, I personnaly use a raft to absorb the first layer thickness imprecision, mesure it and use the conversion table to find the good value| Conversion Table
Special Thanks to the helpfull content of Mickael from TeachingTech