![]() ![]() It is therefore important to get this right.īefore you proceed, make sure that the print surface (satin, smooth, or textured steel-sheet) is clean. On the other side, if set too close, you can experience extrusion problems and clogging and poor print quality, or even damage to the hardware, like the Flexible steel sheet due to the print sticking too much. ![]() With the nozzle too far from the print surface, you risk your print not sticking properly, which can result in a blob. The first layer calibration being set incorrectly can lead to various issues. You must, therefore, check visually when adjusting the height, not by a set value. Turn the knob counter-clockwise to bring the nozzle closer to the bed and moving the value away from zero. The value is unique to each printer and it may also slightly change with time and use. The initial zero-value is set by the P.I.N.D.A./SuperPINDA. ![]() ![]() With a newly assembled printer, you will start at zero and move into a negative (-) value, reducing the distance between nozzle and heat bed. For this, we have a convenient feature called Steel sheet profiles. As each type of sheet (smooth, satin, and textured) has a different thickness you must use a different First layer calibration for each of them. ![]()
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