My Customized Safe / House / Padlock keys3

thingiverse

Customized version of http://www.thingiverse.com/thing:56795 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=56795 Instructions Using the following options: Top slot angle ranges from 30 degrees to 0 degrees. The top slot's Z-offset is adjusted based on layer thickness, ranging from 5 cyl_top_slot_layers to 3 layer_thickness units, starting at 0.00 units. Key blade width adjustments span between 5 cyl_key_blade_layers and 7 layer_thickness units in each layer. Cylinder pin diameter sizes are fixed at 0.5 units, then 1 unit, before settling on a constant diameter of 1.0 unit. Number of back slot layers is consistently set at 3 across all six cylindrical sections. Text separation options offer three different measurements: 4.0, 3.5, and 3.8 units. The maximum cut depth option requires users to select either the combined height of a key's t-slot plus short side or its t-slot's short side value. Number of steps to complete cuts varies from an adjustable number up to 10 on the y-axis or in other layers depending upon user preference when designing the front slot and rear sections with unique geometry. Safe pin Y-offset values allow users some flexibility - though usually set at either positive (cylinder_pin_offset) zero - values provided cover various combinations based off available settings found throughout model definition stage including special considerations given those parts interacting directly with printed cylinder itself via carefully selected layering schemes used internally throughout assembly process. Front slot height varies according to a combination of different measurement points within a 3D print, giving end users multiple options for their design layout without losing visual integrity thanks fully adaptable settings made easily accessible here - simply follow steps shown clearly explained inside model definition panel below. Text h size can range from as small as six point zero all way up five full-size five but will mostly fall somewhere around four or more commonly seven; other than default print setting most other variable inputs relate directly cutting tools moving in Z-axis only which means everything apart safe y-offset remains relatively fixed within same tolerance space defined before even considering adding new part.