E_Clips_R1 ----> 0.3809 cm3
(Use "attached" stl file below for 3D printing)
E Clip cm3 0.3809 x $.25 = $0.095 or 0.072 euros <--- This cost is shocking!
Of course, you still have to negotiate for the best and lowest possible fee for 3D printing.
The lowest cost solution to mechanically hold the Espruino v 1.3 in place. It has a 1/16" / 0.062" or ~1.57 mm notch to grab the side of the printed circuit board. Order as many as you like but you need at least three of them for secure mounting. (2 sides / 1 back)
Do not use this E Clip anywhere on the front near the USB connector - there are small SMT components positioned in that area!
Has two 0.125" / 3.175 mm holes for secure mounting.
E Clip suspends/elevates the Espruino above the surface plane by 0.393622" or 10 mm. and it obstructs nothing.
The front transflash SD and USB micro connector can be easily accessed using the E Clip.
3D Printed order suggestion:
Make the "Infill density % = 100%" for the maximum strength possible.
To review this 3D E Clip, for the Espruino, go to the TinkerCad.com
website and under "Gallery" search for "E_Clips_R1"
Again, if you need to modify this design ... "just do it"
Espruino is a JavaScript interpreter for low-power Microcontrollers. This site is both a support community for Espruino and a place to share what you are working on.
E_Clips_R1 ----> 0.3809 cm3
(Use "attached" stl file below for 3D printing)
E Clip cm3 0.3809 x $.25 = $0.095 or 0.072 euros <--- This cost is shocking!
Of course, you still have to negotiate for the best and lowest possible fee for 3D printing.
The lowest cost solution to mechanically hold the Espruino v 1.3 in place. It has a 1/16" / 0.062" or ~1.57 mm notch to grab the side of the printed circuit board. Order as many as you like but you need at least three of them for secure mounting. (2 sides / 1 back)
Do not use this E Clip anywhere on the front near the USB connector - there are small SMT components positioned in that area!
Has two 0.125" / 3.175 mm holes for secure mounting.
E Clip suspends/elevates the Espruino above the surface plane by 0.393622" or 10 mm. and it obstructs nothing.
The front transflash SD and USB micro connector can be easily accessed using the E Clip.
3D Printed order suggestion:
Make the "Infill density % = 100%" for the maximum strength possible.
To review this 3D E Clip, for the Espruino, go to the TinkerCad.com
website and under "Gallery" search for "E_Clips_R1"
Again, if you need to modify this design ... "just do it"
Enjoy / Cheers
1 Attachment