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The full video can be found here:-
https://www.youtube.com/watch?v=y9bSzE9ir1Q
#shorts
Neon frame openscad scripts. Circle, triangle and square. Copy and paste your choice into openscad. Make sure you leave the "=" and ";" intact when adjusting variables - they are needed by the software:-
//LED neon circle frame
//Two main adjustable variables
thick=5; //thickness of LED neon
diam=121; //diameter of circular frame
//More specialist variables
wall=1.2; //wall thickness
height=6; //depth of groove
$fn=100; //circle segments
//Don't change variables below here
wl=wall*2;
thk=thick*2;
radius=diam/2;
difference(){
//main disk
cylinder(h=height+1, d=diam);
//central void
translate([0,0,-1])
cylinder(h=height+2, d=diam-thk-(wall*4));
//cable hole
translate([0,radius-wall-(thick/2),-1])
cylinder(h=height+2, d=thick-1);
difference(){
//channel groove outer dimension
translate([0,0,1])
cylinder(h=height+1, d=diam-wl);
//channel groove inner dimension
translate([0,0,-1])
cylinder(h=height+1, d=diam-wl-thk);
}
}
//LED neon triangle frame
//Adjust these main variables to suit
thick=5; //width of LED groove
width=150; //width of frame
//More specialist variables
height=6; //depth of LED groove
wall=1.2; //wall thickness
curve=20; //corner outer radius
$fn=100; //circle segments
//Don't change variables below here
wl=wall*2;
crv=curve*2;
thk=thick*2;
crz=(width/2)-curve;
tri=crz*1.732-crz; //peak of triangle
difference(){
//main disk
hull() {
translate([-crz,crz,0])
cylinder(h=height+1, d=crv);
translate([crz,crz,0])
cylinder(h=height+1, d=crv);
translate([0,-tri,0])
cylinder(h=height+1, d=crv);
}
//central void
hull() {
translate([-crz,crz,-1])
cylinder(h=height+3, d=crv-wl-wl-thk);
translate([crz,crz,-1])
cylinder(h=height+3, d=crv-wl-wl-thk);
translate([0,-tri,-1])
cylinder(h=height+3, d=crv-wl-wl-thk);
}
//cable hole
translate([0,(width/2)-wall-(thick/2),-1])
cylinder(h=height+2, d=thick-1);
difference(){
//channel groove outer dimension
hull() {
translate([-crz,crz,1])
cylinder(h=height+1, d=crv-wl);
translate([crz,crz,1])
cylinder(h=height+1, d=crv-wl);
translate([0,-tri,1])
cylinder(h=height+1, d=crv-wl);
}
//channel groove inner dimension
hull() {
translate([-crz,crz,1])
cylinder(h=height+1, d=crv-wl-thk);
translate([crz,crz,1])
cylinder(h=height+1, d=crv-wl-thk);
translate([0,-tri,1])
cylinder(h=height+1, d=crv-wl-thk);
}
}
}
//LED neon square frame
//Adjust these main variables to suit
thick=5; //thickness of LED neon strip
width=100; //width of frame
//More specialist variables
height=6; //depth of groove
wall=1.2; //wall thickness
curve=20; //corner outer radius
$fn=100; //circle segments
//Don't change variables below here
wl=wall*2;
crv=curve*2;
thk=thick*2;
crz=(width/2)-curve;
difference(){
//main frame
hull() {
translate([-crz,crz,0])
cylinder(h=height+1, d=crv);
translate([crz,crz,0])
cylinder(h=height+1, d=crv);
translate([-crz,-crz,0])
cylinder(h=height+1, d=crv);
translate([crz,-crz,0])
cylinder(h=height+1, d=crv);
}
//central void
hull() {
translate([-crz,crz,-1])
cylinder(h=height+3, d=crv-wl-wl-thk);
translate([crz,crz,-1])
cylinder(h=height+3, d=crv-wl-wl-thk);
translate([-crz,-crz,-1])
cylinder(h=height+3, d=crv-wl-wl-thk);
translate([crz,-crz,-1])
cylinder(h=height+3, d=crv-wl-wl-thk);
}
//cable hole
translate([0,(width/2)-wall-(thick/2),-1])
cylinder(h=height+2, d=thick-1);
difference(){
//channel groove outer
hull() {
translate([-crz,crz,1])
cylinder(h=height+1, d=crv-wl);
translate([crz,crz,1])
cylinder(h=height+1, d=crv-wl);
translate([-crz,-crz,1])
cylinder(h=height+1, d=crv-wl);
translate([crz,-crz,1])
cylinder(h=height+1, d=crv-wl);
}
//channel groove inner
hull() {
translate([-crz,crz,1])
cylinder(h=height+1, d=crv-wl-thk);
translate([crz,crz,1])
cylinder(h=height+1, d=crv-wl-thk);
translate([-crz,-crz,1])
cylinder(h=height+1, d=crv-wl-thk);
translate([crz,-crz,1])
cylinder(h=height+1, d=crv-wl-thk);
}
}
}

It's another short with a script. Actually, three scripts for creating custom frames to mount neon flecks into to create neon ornaments to get these scripts click the three dots at the side and select description. When you go into the description, you will find scripts for square frames. Circular frames and triangular frames: you can choose the sizes to match whatever you want and your choice of led neon flecks once you've printed, the frames cut the name flex to size, terminate it pop it into the frames, and that's your neon ornaments there's also a link To a longer video in the description,.


3 thoughts on “Make diy led neon shapes”
  1. Avataaar/Circle Created with python_avatars Okurka says:

    It's not Neon!

  2. Avataaar/Circle Created with python_avatars 80's Tech and reselling says:

    Thanks, looks pretty cool. See if I can create t a flamingo shape 🦩love the 80s look 😎

  3. Avataaar/Circle Created with python_avatars Hadi says:

    Thanks bigclive👍

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