Bolt for Bearing

Bolt for Bearing

thingiverse

Using the Customizer, a customized version of the bolt is created at http://www.thingiverse.com/thing:193647. Created with the Customizer tool found at http://www.thingiverse.com/apps/customizer/run?thing_id=193647. **Instructions** Options are used to customize this bolt: - Six facets give it strength and appearance. - A 14 unit length non-thread section allows for space. - Slots, 1 unit wide, help with assembly or repair. - The head type is hexagonal, easy to grip. - The diameter of the non-thread part is 0 units, ideal for smooth design. - Normal nuts provide reliable locking, a resolution of 0.5 makes it precise. - At 5 units tall, the head gives plenty of space. - No texture helps the bolt stand out in a clean environment. - With an outer diameter of 14, this bolt can fit perfectly. - Countersinking at 2 degrees provides a secure fit with the surface. - The type is normal, no unusual locking mechanism. - A wing ratio of 1 balances design and functionality. - Normal nuts have a diameter of 12, suitable for most applications. - High resolution, 0.5 units, makes precision measurements possible. - Nut height is at 6 units, allowing room for customization. - The bolt's thickness is carefully chosen to be exactly 2 units. - Thread steps are 2 units apart for secure fitment and efficient production. - For bolts used with normal nuts, a nut thread outer diameter of 9 suits most situations. - This bolt is made specifically for type, providing reliability and consistency. - The head's diameter is precisely chosen to be 13, giving ample space. - Threads on this bolt are designed to last, with an outer diameter of 8. - It can fit perfectly into a socket due to its drive type, making work easy. - With a nut thread step of 2 and a wing ratio of 1, this bolt excels in balance and functionality. - Two unit length slot depth is suitable for many tasks.

Download Model from thingiverse

With this file you will be able to print Bolt for Bearing with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Bolt for Bearing.