![]() ![]() You can download the K-factor calibration G-code from our print depository or directly from the table below. Most consistent line achieved with K-value 0.08 ( green square). Most consistent line achieved with K-value 0.04 ( green square).Ĭalibration G-code printed with PETG at 240 ☌. Most consistent line achieved with K-value 0.05 ( green square).Ĭalibration G-code printed with ABS at 255 ☌. You also see big differences between different materials and how much difference it can make to have this dialed in.Ĭalibration G-code printed with PLA at 215 ☌. You see the line can be irregular to broken entirely when the value is not optimal, most visible on the top lines ( red squares), but present on all except those with the optimal K-factor. Look closely at the transition from slow to fast and fast to slow. The first and last 25 mm are printed slowly, and between the marked locations ( red squares) 100mm is printed fast. The examples below show how the lines are affected by their K-value. ![]() It will print a series of lines with different K-values affecting the speed and flow across the accelerated distance. ![]() Other nozzle sizes or materials could result in different K-values. This article mainly refers to the printer use with a 0.4 mm brass nozzle. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |