An assembly jig to hold the finger tip and proximal parts of an e-NABLE Raptor Reloaded prosthetic hand in alignment while a snap pin is pressed or hammered into place to join them together. Newcomers to hand assembly tend to have difficulty holding the two parts of the finger in accurate alignment while also holding the snap pin at the correct angle and hitting it with a hammer. I've heard some say they wish they had four hands (real ones) for the purpose. This is intended primarily for those who are new to assembling e-NABLE hands and would be of particular relevance in a hand assembly event where a group of individuals or teams are learning to assemble these prosthetic devices.

No

No

0.2 mm layers

35%

A separate STL file will need to be created for each different size or percentage scale factor that the hands are being printed with. The percentage is entered on the first line of the OpenSCAD source file before the object is rendered then exported to an STL file. The STL would then be sliced into a GCODE file at 100% scale. The reason for entering the scale factor in the OpenSCAD source file is that it allows the percentage scale to be displayed in large engraved text.