can-roller-1.scad

can_height=105;
can_diameter=57.50;
slope=5;
thickness=3;
depth=240;
height=100+can_diameter;
ramp_height=depth*tan(slope);
can_tolerance=1;
$fn=60;
difference(){
 cube([depth,can_height,thickness]);
  translate([thickness*2,thickness*2,.2]){
    cube([depth/2-(3*thickness),can_height-(4*thickness),thickness*3]);
  }
  translate([thickness+depth/2,thickness*2,.2]){
    cube([depth/2-(3*thickness),can_height-(4*thickness),thickness*3]);
  }
  translate([5,5,-.01]){
    for ( i = [0 : 23] ){
      for ( j = [0 : 9] ){
        translate([i*10,j*10.5,0]){
          cylinder(d = 7, h = .22);
        }
      }
    }
  }
}
translate([thickness,0,thickness/2]){
  rotate([90,0,0]){
    cylinder(d=thickness,h=thickness);
  }
}
translate([depth-thickness,0,thickness/2]){
  rotate([90,0,0]){
    cylinder(d=thickness,h=thickness);
  }
}
translate([depth-thickness,can_height+thickness,thickness/2]){
  rotate([90,0,0]){
    cylinder(d=thickness,h=thickness);
  }
}
translate([thickness,can_height+thickness,thickness/2]){
  rotate([90,0,0]){
    cylinder(d=thickness,h=thickness);
  }
}