If you’re planning to fabricate these gears using our designs, you have to consider they won’t reflect the “under cut” condition (for more information, visit KHK Profile Shifting). Profile shifting is a manufacturing method for gears that are needed to fit a larger/smaller mesh space while remaining with the same specs (number of teeth, module, pressure angle, etc.). The two variants considered experimental are the ones that use profile shifting. Nonetheless, these designs are as useful as others. The two types considered non-standard were included for 3D printing since these designs of internal gears have proven to be practical when tight tolerances are a liability. Profile Shifted Helical Gear (Experimental method).Profile Shifted Spur Gear (Experimental method).Non-Standard Internal Helical Gear (tooth profile is inverted it’s better for less trimming interference).Non-Standard Internal Spur Gear (tooth profile is inverted it’s better for less trimming interference).
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |