Boston Scientific

With this part you can create ANY UNS Threaded Screw (or custom made). Just edit equations for values (in inch) of D_major_dia, N_threads_per_inch, and Clearance. I did not make a Design Table due to the feedbacks from my Ming's Gear Template part, so if you need to figure out what values to input for specific UNS treads, you may search in internet and there are many sources that provide this information. The base model has values input for a 4-40UNC (with .001 clearance). I use this model to create fixture with threads and send them to 3D rapid prototyping. Note: for 3D Rapid Prototyping you may want to increase Clearance to account for 3D fabrication capabilities.

With this part you can create ANY UNS Threaded Screw (or custom made). Just edit equations for values (in inch) of D_major_dia, N_threads_per_inch, and Clearance. I did not make a Design Table due to the feedbacks from my Ming's Gear Template part, so if you need to figure out what values to input for specific UNS treads, you may search in internet and there are many sources that provide this information. The base model has values input for a 1/4-20 UNC-2B. I use this model to create fixture with threads and send them to 3D rapid prototyping. Note: for 3D Rapid Prototyping you may want to increase Clearance to account for 3D fabrication capabilities.

Ming's Parametric GEAR

N/A

With this model you can generate ANY Pin Hub Spur Gear model.Go to the Configuration Tree, right click on the table icon and select "Edit Table", change the value for each parameter: N_Teeth, Pd, Pres. Angle, Face Width, Hub Diam., Hub Proj., Bore Diam., Set Srew Diam.Then just click anywhere outside the table and the model will re-generate with your input values. Note: only use values that are physically posible, otherwise you will get errors.

Ming's Parametric GEAR

N/A

With this model you can generate ANY Pin Hub Spur Gear model. Go to the Configuration Tree, right click on the table icon and select "Edit Table", change the value for each parameter: N_Teeth, Pd, Pres. Angle, Face Width, Hub Diam., Hub Proj., Bore Diam., Set Srew Diam. Then just click anywhere outside the table and the model will re-generate with your input values. Note: only use values that are physically posible, otherwise you will get errors.