Can GENIS

Objet 1 : Pour Organiser Les Cables

Il sert à organiser toutes les cables sur une table (capacité max : 5 cables).

Les Dimensions :

• 3.75 mm (diamètre maximale d'une cable)
• 6.6 cm longueur
• 1.8 cm largeur
• 1.4 cm hauteur

// Parameters
$fn = 150;
width = 18;
height = 12;
holes = 5;    // Holes per edge
diameter = 3.75;   // Hole diameter
separation = 6.25; // Separation between holes
edge = 4.2;   // Edge roundness
cube_size = [66, 2, 18];    // Dimensions of the cube
edge_radius = 0.5;    // Radius of the rounded edges

union(){
  difference(){

    cube([diameter*holes+separation*(holes+1),width,height]);

    // Loop to create rounded holes on the first edge
    for(i=[0:holes-1]){
      hull(){
        translate([(separation+diameter/2)+(separation+diameter)*i,0.1+diameter/2,-0.05])
          cylinder(r=diameter/2, h=height+0.1); // Create the first cylinder for each hole
      
        translate([(separation+diameter/2)+(separation+diameter)*i,-diameter/3,-0.05])
          cylinder(r=diameter/2, h=height+0.1); // Create the second cylinder to be connected with the first to create the rounded hole
      }
    }

    // Loop to create rounded holes on the opposite edge
    for(i=[0:holes-1]){
      hull(){
        translate([(separation+diameter/2)+(separation+diameter)*i, width-diameter/2-0.1, -0.05])
          cylinder(r=diameter/2, h=height+0.1); // Create the first cylinder for each hole
      
        translate([(separation+diameter/2)+(separation+diameter)*i,width+diameter/3,-0.05])
          cylinder(r=diameter/2, h=height+0.1); // Create the second cylinder to be connected with the first to create the rounded hole
      }
    }

  }
  
    // Adding edges to one side
    for(i=[0:holes]){
        translate([separation/2+(diameter+separation)*i,0,0])
            cylinder(r=edge, h=height);
    }

    // Adding edges to the opposite side (cut into half)
    for (i = [0 : holes]) {
        translate([separation / 2 + (diameter + separation) * i, width, 0])
        translate([0, -edge / 2, 0])    // Offset the position for half-cut edges
            scale([1, 0.5, 1])  // Scale the edge in the Y direction
                cylinder(r = edge, h = height);
  }
  
  translate([-5,17.25,-3])
  minkowski() {
  cube(cube_size, center = false);
  sphere(r = edge_radius);
}  
}

Pour imprimer :

• Importer le fichier STL dans PrusaSlicer.
• Ajouter des supports (option partout).
• Exporter le fichier dans une clé USB.
• Attendre ~45 mn