✨ Double-click to open the software
✨ Click on the nozzle test in the calibration, click on print.
✨ The printing effect is as follows.
✨ The correct result is no broken wire, excellent uniformity.
✨ Click vertical check.
✨ The printing effect is as follows.
✨ The correct result is alignment at the vertical joint.
✨ Click step calibration
✨ Click print.
✨ Find the value where the calibration line and the reference line coincide
✨ Enter the overlap value. The above picture shows-4 overlap, so just subtract4.
✨ Click calculate, then print.
✨ Find the value where the calibration line and the reference line coincide.
✨ Click save.
✨ Click on the nozzle spacing.
✨ Click print.
✨ Find the value where the calibration line and the reference line coincide.
✨ Enter the value corresponding to the overlap area and click print.
✨ Overlap at 0.
✨ Click print on the right margin.
✨ Find the value where the calibration line and the reference line coincide.
✨ Enter the corresponding value and click print.
✨ The calibration line and the reference line coincide at 0.
✨ Click save.
✨ Click Portrait.
✨ Click print.
✨ Find the value where the calibration line and the reference line coincide.
✨ Enter the corresponding value and click print.
✨ After adjusting the value, it prints as follows, overlapping at 0.
✨ Click on bidirectional calibration.
✨ Click print
✨ Find the value where the calibration line and the reference line coincide.
✨ Add and subtract the corresponding values of the calibration line and the reference line, click print.
✨ The printing effect is as follows, check whether the calibration line and the reference line coincide with each other.
✨ After confirming that everything is correct, click save and load. Calibration completed.