diff --git a/Can Sleeve/Can Sleeve.scad b/Can Sleeve/Can Sleeve.scad
index a537a1b..062559c 100644
--- a/Can Sleeve/Can Sleeve.scad	
+++ b/Can Sleeve/Can Sleeve.scad	
@@ -15,84 +15,86 @@ wall = 0.8;//[0.1:0.1:2.4]
 // Interior ribs
 ribs = 7;// [1:1:9]
 
-include <../lib/defaults.scad>;
-use <../lib/text_on.scad>;
+include <../lib/defaults.scad>
+;
+use <../lib/text_on.scad>
+;
 
 // For the Preview Crosssection
 intersection() {
   // To remove unnecessary edges
-  difference(){
-      union() {
-        // Primary Cylinder, inner & outer wall
-        translate([0,0,thickness/2])
-            union(){
-                difference() {
-                  cylinder(h = can_height-lip-2*thickness, r = can_dia / 2 + thickness, center = true);
-                  cylinder(h = can_height-lip-2*thickness + .1, r = can_dia / 2+thickness-wall, center = true);
-                }
-                difference() {
-                  cylinder(h = can_height-lip-2*thickness, r = can_dia / 2 +wall, center = true);
-                  cylinder(h = can_height-lip-2*thickness + .1, r = can_dia / 2, center = true);
-                }
-            }
-        // Rounded lip
-        translate([0,0,(can_height-lip-thickness)/2])
-            rotate_extrude()
-                translate([(can_dia+thickness)/2,0,0])
-                    intersection() {
-                        circle(thickness/2);
-                        translate([-(thickness+1)/2,0,0])
-                            square(thickness+1);
-                    }
-        // Bottom
-        translate([0,0,-(can_height-lip-3*thickness)/2])
+  difference() {
+    union() {
+      // Primary Cylinder, inner & outer wall
+      translate([0, 0, thickness / 2])
+        union() {
+          difference() {
+            cylinder(h = can_height - lip - 2 * thickness, r = can_dia / 2 + thickness, center = true);
+            cylinder(h = can_height - lip - 2 * thickness + .1, r = can_dia / 2 + thickness - wall, center = true);
+          }
+          difference() {
+            cylinder(h = can_height - lip - 2 * thickness, r = can_dia / 2 + wall, center = true);
+            cylinder(h = can_height - lip - 2 * thickness + .1, r = can_dia / 2, center = true);
+          }
+        }
+      // Rounded lip
+      translate([0, 0, (can_height - lip - thickness) / 2])
         rotate_extrude()
-        translate([can_dia/2,0,0])
-        intersection(){
-            union(){
-                difference(){
-                    circle(thickness);
-                    circle(thickness-wall);
+          translate([(can_dia + thickness) / 2, 0, 0])
+            intersection() {
+              circle(thickness / 2);
+              translate([-(thickness + 1) / 2, 0, 0])
+                square(thickness + 1);
+            }
+      // Bottom
+      translate([0, 0, -(can_height - lip - 3 * thickness) / 2])
+        rotate_extrude()
+          translate([can_dia / 2, 0, 0])
+            intersection() {
+              union() {
+                difference() {
+                  circle(thickness);
+                  circle(thickness - wall);
                 }
                 circle(wall);
-                rotate([0,0,45])
-                    square([thickness-2*wall,thickness*2-wall],center=true);
-            }
-            translate([0,-thickness,0])
-                square(thickness);
-        }
-        
-        translate([0,0,-(can_height-lip-2*thickness)/2])
-            difference(){
-                cylinder(h=thickness, r=can_dia/2, center=true);
-                rotate([180,0,0])
-                    resize([can_dia*.9,can_dia*.9,0],[true,true,false])
-                        linear_extrude(height=thickness/2+.1)
-                            import(file="1A_MainLogo_Cube_2021.svg", center=true);
-            }
-        
-        // 
-        // Ribs for structural strengt & grip
-        for(i = [-((ribs - 1) / 2):((ribs - 1) / 2)]) {
-          translate([0, 0, i * (can_height-lip) / (ribs + 1)])
-            union() {
-              difference() {
-                cylinder(h = 2, r = can_dia / 2 + thickness, center = true);
-                cylinder(h = 2.1, r = can_dia / 2, center = true);
+                rotate([0, 0, 45])
+                  square([thickness - 2 * wall, thickness * 2 - wall], center = true);
               }
-              rotate_extrude()
-                translate([can_dia / 2, 0, 0])
-                  scale([.5, 1, 1])
-                    circle(r = 1);
+              translate([0, -thickness, 0])
+                square(thickness);
             }
+
+      translate([0, 0, -(can_height - lip - 2 * thickness) / 2])
+        difference() {
+          cylinder(h = thickness, r = can_dia / 2, center = true);
+          rotate([180, 0, 0])
+            resize([can_dia * .9, can_dia * .9, 0], [true, true, false])
+              linear_extrude(height = thickness / 2 + .1)
+                import(file = "1A_MainLogo_Cube_2021.svg", center = true);
         }
-     }
-     text_on_cylinder(t=name, r=can_dia / 2 + thickness,h=can_height/2,size=10, center=true, cylinder_center=true, extrusion_height=wall, font="Hack Nerd Font");
+
+        //
+      // Ribs for structural strengt & grip
+      for(i = [-((ribs - 1) / 2):((ribs - 1) / 2)]) {
+        translate([0, 0, i * (can_height - lip) / (ribs + 1)])
+          union() {
+            difference() {
+              cylinder(h = 2, r = can_dia / 2 + thickness, center = true);
+              cylinder(h = 2.1, r = can_dia / 2, center = true);
+            }
+            rotate_extrude()
+              translate([can_dia / 2, 0, 0])
+                scale([.5, 1, 1])
+                  circle(r = 1);
+          }
+      }
+    }
+    text_on_cylinder(t = name, r = can_dia / 2 + thickness, h = can_height / 2, size = 10, center = true, cylinder_center = true, extrusion_height = wall, font = "Hack Nerd Font");
   }
   if ($preview) {
-    translate([0, 5+can_dia/4, 0])
-      cube([can_dia+10, 10+can_dia/2, can_height+10], center = true);
-    translate([0,0,(thickness+lip)/2])
-      %cylinder(h=can_height,d=can_dia,center=true);
+    translate([0, 5 + can_dia / 4, 0])
+      cube([can_dia + 10, 10 + can_dia / 2, can_height + 10], center = true);
+    translate([0, 0, (thickness + lip) / 2])
+      %cylinder(h = can_height, d = can_dia, center = true);
   }
 }