/https://fbi.cults3d.com/uploaders/13432617/illustration-file/be3c2793-740c-4a31-a878-183237b14a8c/VID_200222_230424.gif&w=828&h=828&output=webp&q=100&n=40 "piston 3D Printer File Image 1")
/https://fbi.cults3d.com/uploaders/13432617/illustration-file/5f0cf7c2-2506-45a8-a038-dad84fbe3171/P_20200222_223707.jpg&w=828&h=828&output=webp&q=100&n=40 "piston 3D Printer File Image 2")
/https://fbi.cults3d.com/uploaders/13432617/illustration-file/9651bf28-06a1-49a3-b1b8-9914c96f4255/P_20200222_223351.jpg&w=828&h=828&output=webp&q=100&n=40 "piston 3D Printer File Image 3")
/https://fbi.cults3d.com/uploaders/13432617/illustration-file/f36091bd-b65d-465f-8f9b-003839d8ce72/P_20200222_223447.jpg&w=828&h=828&output=webp&q=100&n=40 "piston 3D Printer File Image 4")
/https://fbi.cults3d.com/uploaders/13432617/illustration-file/bb33010b-da74-4969-a7c3-f11c0721a9ed/P_20200222_223525.jpg&w=828&h=828&output=webp&q=100&n=40 "piston 3D Printer File Image 5")
February 22, 2020
Description
An easily and quickly printable model of a piston to illustrate this principle of mechanics, there are other models available for download.
You will need an M3 screw of about 10 mm to connect cam and shaft.
A small piece of filament to connect the piston to the shaft.
It takes about 1h30 to print all the parts ( without support in the position of the files ) and about 4 to 5 m of filament.
Be careful, I deliberately left quite large gaps between the parts for a trouble-free operation, if you enlarge, you may have to modify a little the scale of the moving parts to limit the play!
License:
CULTS - Private Use
RFBAT
