Here is a list of some ideas for attachments for the locking gooseneck system. Feel free to leave me as many ideas as you can think of in the comments and I will add them here, thanks!
|Alligator clip (third hand / helping hand)||Done|
|LED lamp||In progress|
|Magnifying glass||Not started||castvee8|
|Magnetic pickup tool||Not started||castvee8|
|Inspection Mirror||Not started||castvee8|
|Weighted base |
(with USB power or 9V battery for fans / lamps)
|Generic scope/multimeter probe holder||Not started|
|"chip clip" - lighter more even clamp for gluing||Not started||castvee8|
|T and Y adapters||Not started||castvee8|
Locking Joint Version History:
V1(5/11/15): worked but was a very tight fit
V2(5/12/15): fit was improved, now nut should install easily
V3(5/12/15): added back the coaxial hole for running wires
V4(5/17/15): Redesigned nut so that it fits on the socket regardless of the accuracy and layer height of the printer (within reason). See gif below illustrating the principle. Basically on a more accurate printer the ball will fit better in the socket, not expanding it as much. On less accurate printers the socket expands more. Depending on the expansion, the nut can be tightened to up to three "locked" positions. So you won't have a loose fit on a high accuracy printer but will have no problem getting the nut to turn on a low accuracy printer.
V5(5/19/15): Minor update, added chamfers between slits in the socket. For those who want to print the parts with socket down, this will help prevent the socket fingers from fusing together.