About this 3D model

This is the most reliable calibration test available. In 2-perimeter tests, you can have errors in line separation that you do not take into account, and then they are transmitted to the piece, causing us to lose our minds because "OUCH! the test is fine" 0.45mm line, once the file is printed, measure the four sides and adjust the flow according to the rule of three: (flow/measured)*0.45. example: the walls give me 0.51mm, in this case, we have 100% flow so we calculate: (100/0.51)*0.45 = (196.078)*0.45 = 88.235% or what is the same, extrusion multiplier at 0.88235 --- the most reliable calibration test available. In 2-perimeter tests, you can have errors in line separation that you do not take into account, and then they are transmitted to the piece, causing us to lose our minds because "OUCH! the test is fine" 0.45mm line, once the file is printed, measure the four sides and adjust the flow according to the rule of three: (flow/measured)*0.45. example: the walls give me 0.51mm, in this case, we have 100% flow so we calculate: (100/0.51)*0.45 = (196.078)*0.45 = 88.235% or what is the same, extrusion multiplier at 0.88235 --- the most reliable calibration test available. In 2-perimeter tests, you can have errors in line separation that you do not take into account, and then they are transmitted to the piece, causing us to lose our minds because "OUCH! the test is fine" 0.45mm line, once the file is printed, measure the four sides and adjust the flow according to the rule of three: (flow/measured)*0.45. example: the walls give me 0.51mm, in this case, we have 100% flow so we calculate: (100/0.51)*0.45 = (196.078)*0.45 = 88.235% or what is the same, extrusion multiplier at 0.88235 --- the most reliable calibration test available. In 2-perimeter tests, you can have errors in line separation that you do not take into account, and then they are transmitted to the piece, causing us to lose our minds because "OUCH! the test is fine" 0.45mm line, once the file is printed, measure the four sides and adjust the flow according to the rule of three: (flow/measured)*0.45. example: the walls give me 0.51mm, in this case, we have 100% flow so we calculate: (100/0.51)*0.45 = (196.078)*0.45 = 88.235% or what is the same, extrusion multiplier at 0.88235