Hex-bit storage 8x3 + handgrip

Description English (Deutsche Beschreibung siehe unten) I offer the hex-bit-storage in several variations: This version offers room for 8 x 3 bits and for the Wera Rapidaptor (If you have no use for the Rapidaptor, see the other variations below) Other variants are: 8 x 3 bits only 7 x 3 bits only 8 x 3 Parfguide All variants offer additional options regarding labeling. The labeling follows this scheme: The back describes the bit assortment: Torx Allen Phillips … On the bits storage is a label for the size of the bit on each column! So it's intended, that you place bits of the same size in one column. In the back rows you place the longer bits and in the front rows the shorter ones. If there is a demand for specific labels or customized sizes (9x3, 8x4, etc.), please let me know in the comments. I will see what can be done. The backs fits on all french cleat systems which are at least 6mm strong.   Calibration Print the 1x1 scaling model at first and test the fit of your hex bits. Optimize the fitting to your needs by adjusting the scale factor in your slicer. If you have found the right scale factor that suits you, then apply it to all prints on all dimensions (including z) - even on the french cleat holder, so the width and the position of the screw holes stills fits to the hex bit storage . The z dimension needs also adjustment, so you still have a 45° angle for the french cleat!   Assembly Use two wood screws 3,0 x 10mm or 3,0 x 12mm to mount the pieces together. Then hook the assembly to your french cleat wall.   Print instructions Material I printed with PLA, which absolutely hits all requirements for my basement workshop.   Infill 10% infill is the minimum setting. The transition from the infill to the top solid layers is rather hard for the printer because of the many interruptions in the diagonal due to the hex bit holes. So the print needs several layers to recover a smooth surface. I recommend 15% infill. There are no difficulties to be expected.   Suppor