Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a stackable centrifuge tube holder as a hollowed-out cube with an outer dimension of 54mm width, 70mm height, and 54mm depth. The walls should be 3mm thick. Remove a large rectangular section from the center of the block, leaving a base height of 10mm, creating a recessed open-top tray.
Within the remaining st... | vial_radius = 17.5/2;
vial_cap_radius = 24/2;
bottom_hole_radius = 3.8;
stand_height = 70;
base_height = 10;
vial_cap_clearance = 2;
wall_size = 3;
module tube_cutouts() {
translate([0,base_height,0]) rotate([-90,0,0]) cylinder(h=stand_height, r=vial_radius);
#translate([0,3.9,0]) rotate([-90,0,0]) cylinder... | glb/cad_38587cfbda2e.glb |
Create a Minelab Explorer/Safari Arm Cuff. Start by constructing a semi-cylindrical cuff with an outer diameter of 91mm (calculated from an arm width of 81mm plus 5mm wall thickness on each side) and a length of 80mm. The cuff should be hollowed out with an inner diameter of 81mm, leaving a 5mm wall thickness. Cut a re... | include <polyround.scad>;
cuff_and_mount_overlap = 3;
arm_width = (106+75)/2;
arm_height = 65;
arm_length = 80;
print_width = 5;
rounding_radius = 1.75;
mount_total_width = 50.853;
mount_total_height = 14.07 ;
mount_length = 125;
mount_insert_width = 9.8;
mount_insert_length = 13;
mount_insert_height = 3;
screw... | glb/cad_2d1f4088ba8e.glb |
Create a Sandpaper Punch Plate tool consisting of a rectangular base and a guiding wall. The base plate should be 110mm wide, 100.75mm long, and 2mm thick. Along one 110mm edge and one 100.75mm edge, add a perpendicular stopper wall that is 1.76mm thick and 14mm high.
On the top surface of the base plate, create a gri... | $fn = 24;
sander_width = 110;
sander_length = 100.75;
plate_thickness = 2;
stopper_thickness = 4*.44;
stopper_height = 10+4;
hole_diameter = 7.75;
hole_height = 10;
number_of_holes = 6;
number_of_rows = 2;
edge_round_radius = 10;
offset_from_left = 10.75;
offset_from_right = 10.75;
offset_from_lr = (offset_from... | glb/cad_91569558a955.glb |
Create a sewing bobbin consisting of two identical interlocking halves. Each half is based on a cylinder with a diameter of 21.85mm and a height of 7.5mm.
For each half, start with a flat circular disc 0.96mm thick. Centered on this disc, add a concentric cylindrical hub with an outer diameter of 9.84mm and a height ... | split_preview = true;
bobbin_diameter = 21.85;
bobbin_height = 7.5;
bobbin_hole_diameter = 6;
wall_width = .96;
tolerance = 0.1;
height_tolerance = 0.1;
$fn = 64;
eps1 = 0 + 00.01;
eps2 = 2 * eps1;
if (split_preview == true) {
translate([bobbin_diameter+bobbin_diameter*.1,0,bobbin_height-wall_width])
rotate([0,... | glb/cad_af5ccfabeb74.glb |
Create a Wall Wart Valet cable organizer consisting of a flat base plate 1mm thick. The main body of the plate is formed by a pentagonal shape with rounded corners, specifically a Minkowski sum of a scaled pentagon (diameter 40mm, scaled 1:1 in X and Z, but 0.8 in Y) and a small cylinder.
At the center of the plate, ... | plate_thick = 1.0;
wire_thick = 3.0;
prong_width = 1.5;
prong_depth = 6.6;
prong_height = 15;
prong_sep = 12.6;
tolerance = 0.16;
epsilon = 0.01;
module prongs() {
for (x = [-prong_sep/2,prong_sep/2])
translate([x, 0, 0])
cube([prong_width+tolerance, prong_depth+tolerance, prong_height]);
}
mo... | glb/cad_8986a150bb5e.glb |
Create an airflow panel for a computer case consisting of a main rectangular plate and two perpendicular side walls. The main plate should be 140mm long, 71mm high, and 5mm thick.
On the left side, add a vertical wall that is 30mm deep and 63mm high, extending from the bottom edge of the main plate. Along the bottom ... | bracket_height_bridge = 63;
side_panel_depth = 30;
bottom_panel_width = 26.6;
pci_height = 114;
panel_len = 140;
panel_height = 71;
panel_to_clip = 110;
notch_offset = 30.5;
notch_width = 12;
notch_depth = 4;
notch_thick = 1.5;
panel_lip_right = 6.0;
panel_lip_bottom = 4.5;
wall_thickness = 5;
lip_thickness =... | glb/cad_4756778c6285.glb |
Create a Vinyl Record Tag Label consisting of a flat base plate and a perpendicular top plate connected by a curved joint. Start by creating the backplate as a rectangular slab measuring 43mm in height, 50mm in width, and 2mm in depth. Round the corners of this backplate with a radius of 1mm.
Position a second rectan... | TAG_WIDTH=50;
TAG_HEIGHT=43;
TAG_DEPTH=2;
ROUND_CORNERS=true;
LABEL="New Beat / ";
LABEL2="Belectro";
SHOW_LABEL2=true;
FONT="Permanent Marker";
FONT_SIZE = 5;
TEXT_HEIGHT = TAG_DEPTH + 1.5;
module backplate(round_corners=ROUND_CORNERS) {
if (round_corners) {
cube([TAG_HEIGHT-1, TAG_WIDTH, TAG_DEPTH]);
tran... | glb/cad_0f7bd5e1fcb0.glb |
Create a Vinyl Record Tag Label consisting of a base plate, a top plate, and raised text. Start by creating a rectangular backplate 43mm wide, 50mm long, and 2mm thick. Round the corners of this plate with a 1mm radius. On top of this, add a second rectangular plate measuring 20mm by 50mm with a thickness of 1.4mm, pos... | TAG_WIDTH=50;
TAG_HEIGHT=43;
TAG_DEPTH=2;
ROUND_CORNERS=true;
LABEL="Folk";
FONT="Permanent Marker";
FONT_SIZE = 10;
TEXT_HEIGHT = TAG_DEPTH + 1.5;
module backplate(round_corners=ROUND_CORNERS) {
if (round_corners) {
cube([TAG_HEIGHT-1, TAG_WIDTH, TAG_DEPTH]);
translate([TAG_HEIGHT-1, 1, 0]) {
cylinde... | glb/cad_bd94ee78bcfa.glb |
Create a Jerry Thomas Travel Bitters stand by constructing a row of five identical square blocks. Each block must be a cube measuring 36mm x 36mm x 5.5mm. In the center of each block, create a cylindrical hole with a radius of 15mm and a depth of 3.5mm, starting from a height of 2mm above the base, effectively leaving ... | BASE_SIZE = 36;
$fn=50;
module stand() {
difference() {
translate([-18, -18, 0]) {
cube(size=[BASE_SIZE, BASE_SIZE, 5.5]);
}
translate([0, 0, 2]) {
#cylinder(r=15, h=7);
}
}
}
union() {
stand();
translate([BASE_SIZE - 2, 0, 0]) { stand(); }
translate([(BASE_SIZE - 2) * 2, 0, 0])... | glb/cad_f6555bbd1b74.glb |
Create a parametric desk grommet by combining two concentric cylindrical sections. First, create a main central cylinder with a radius of 31mm and a height of 10mm, centered on the origin. Around this, add a wider, shallower top flange cylinder with a radius of 43mm and a height of 3mm, positioned so its center is offs... | DIAMETER=62;
DEPTH=10;
OFFSET=3;
difference() {
union() {
cylinder(r=(DIAMETER / 2), h=DEPTH, center=true);
translate([0, 0, -(DEPTH / 2)])
cylinder(r=(DIAMETER / 2) + 12, h=OFFSET, center=true);
}
#cylinder(r=(DIAMETER / 2) - OFFSET, h=DEPTH * 2, center=true);
} | glb/cad_e168192feab1.glb |
Create a parametric desk grommet by combining a central cylinder and a wider base disk. Start with a central cylinder that has a diameter of 54mm and a total height of 20mm. Attach a thin, flat circular disk to the bottom of this cylinder; the disk should have a diameter of 86mm and a thickness of 3mm.
To create the ... | DIAMETER=62;
DEPTH=10;
OFFSET=3;
difference() {
union() {
cylinder(r=(DIAMETER / 2) - 4, h=DEPTH * 2, center=true);
translate([0, 0, -(DEPTH / 2) -4])
cylinder(r=(DIAMETER / 2) + 12, h=OFFSET, center=true);
}
translate([0, 0, 2])
#cylinder(r=(DIAMETER / 2) - 4 - OFFSET, h=DEPTH * 2, center=tru... | glb/cad_75ec043fc608.glb |
Create a brilliant-cut diamond gemstone. The model is composed of five distinct horizontal levels of vertices that form a faceted polyhedron.
Start with a top flat face that is an 8-sided regular polygon (octagon) with a radius of 15mm, centered at a height of 50mm. Below this, create a second level at a height of 46m... | top= [50, 15, 8, 0];
l1= [46, 20, 8, 8];
l2= [40, 24, 16, 0];
l3= [10, 6.5, 8, 8];
base=[ 0, 0, 1, 0];
info=true;
preset=0;
data=[
["top", "l1", "l2", "l3", "base"],
[[50, 10, 6, 0], [45, 20, 12, 6], [40, 22, 24, 0], [36, 22, 12, 12], [0, 2, 6, 0]],
[[50, 12, 8, 0], [45, 22, 8, 8], [40, 22, 16, 0],... | glb/cad_16232307c43d.glb |
Create a 10-inch rack hard drive mount. Start with a main rectangular base measuring 210mm in width, 150mm in depth, and 44mm in height. Attach two mounting ears to the sides; each ear consists of a 20mm by 3mm vertical strip and a 5mm by 150mm block.
Carve out two large rectangular drive bays from the top of the base... | $leftRackMount = 7.5;
$rightRackMount = 244.5;
$U = 1;
$depth = 150;
$sideHoles = [11,17,$depth-17,$depth-11];
translate([0,0,0]) {
difference() {
union() {
translate([23,0,0]) cube([210,$depth,$U*44]);
translate([-8,0,0]) ear();
}
translate([26,-8,6.5]) drive();
... | glb/cad_c97c3863d28f.glb |
Create a LEGO-compatible brick with a width of 2 studs and a length of 6 studs. The main body is a rectangular prism with a height of 9.6mm. The bottom of the brick is open, featuring a hollowed-out rectangular cavity that leaves a wall thickness of 1.45mm.
On the top surface, place 12 solid cylindrical studs arranged... | block_width = 2;
block_length = 6;
block_height_ratio = 1;
block_type = "brick";
block_brand = "lego";
stud_type = "solid";
block_bottom_type = "open";
include_wall_splines = "yes";
technic_holes = "no";
vertical_axle_holes = "no";
wing_type = "full";
wing_end_width = 2;
wing_base_length = 3;
wing_stud_not... | glb/cad_570b509f9688.glb |
Create a 10-inch rack patch panel with a main body measuring 257mm wide, 44mm high, and 3mm thick. Add a central raised section that is 220mm wide, 55mm deep, and 3mm thick, creating a recessed area for the ports.
Along the front face, create a row of 12 keystone receiver ports. These ports should be spaced every 18mm... | use <rj45_keystone_receiver.scad>;
$leftBoltHole = 7.5;
$rightBoltHole = 244.5;
$bottomBoltHole = 6;
$topBoltHole = 38;
font = "JetBrains Mono";
translate([0,0,0]) {
for(b = [0:217:220]) {
translate([b+23,0+2,0]) rotate([0,270,0]) linear_extrude(height = 3) polygon(points=[[0,0],[0,44],[44... | glb/cad_e747627ab9cc.glb |
Create a 10-inch rack ATX PSU mount designed for a 2U space. The model consists of a base plate and two vertical side supports (ears) that form a U-shaped cradle to hold a power supply.
The side ears are 20mm wide and 88mm tall. Each ear features a series of mounting holes aligned for a standard 10-inch rack, position... | $U = 2;
$depth = 140;
$sideHoles = [11,17,$depth-17,$depth-11];
translate([0,0,0]) {
difference() {
union() {
translate([-8,0,0]) leftEar();
translate([28.5,-13,0]) front();
translate([28.5,0,0]) bottom();
translate([14,0,0]) left();
}
for (... | glb/cad_7b9c78660933.glb |
Create a simple toroid winding wire holder by extruding a specific 2D polygon to a height of 1mm. The polygon is defined by six vertices: start at (0,0), move to (10, 5), then to (0, 10), then to (30, 10), then to (20, 5), and finally to (30, 0) before closing the shape. This results in a flat, symmetrical geometric pr... | wire_length = 40;
width = 10;
thickness = 1;
length = wire_length/2-thickness;
module spool ()
{
linear_extrude (height = thickness)
polygon (points = [
[0,0],
[width,width/2],
[0,width],
[length+width*2,width],
[length+width,width/2],
[length+width*2,0]
]);
}
spool(); | glb/cad_f521e8636b01.glb |
Create a 10-inch rack 1U cover by starting with a main rectangular body that is 257mm wide, 3mm thick, and 44mm high. Add a smaller rectangular block to the back of this body, measuring 219mm wide, 10mm thick, and 44mm high, positioned 19mm from the left edge. To create the mounting holes, remove two sets of identical ... | $leftRackMount = 7.5;
$rightRackMount = 244.5;
$U = 1;
translate([0,0,0]) {
difference() {
union() {
cube([257,3,44*$U]);
translate([19,0,0]) cube([219,10,44*$U]);
}
for(spread = [6:15.9:45]) {
for(Uheight = [0:15.9+15.9+12.7:$U*44]) {
for... | glb/cad_dbe29aa6507f.glb |
Create a Hardwood Dowel Center tool. The main body is a cylinder with a radius of 6.35mm and a height of 10.16mm. On top of this cylinder, add a tapered transition section 2mm high that flares out from the base radius to a top radius of 7.35mm. Cap this with a final thin disc 1mm thick with a radius of 7.35mm.
Pierce ... | dowel_units=0;
dowel_dia_numer = 1;
dowel_dia_denom = 2;
dowel_dia = dowel_dia_numer/dowel_dia_denom;
dowel_depth=0.4;
center_hole_diameter = 0.073;
generate_dowel_center = true;
generate_nail_measure_sleeve = false;
font = "Arial Black:style=Regular";
dowel_number_text = convertFractionToText(dowel_dia_numer, d... | glb/cad_2709fb0e9855.glb |
Create a Raspberry Pi bracket consisting of two identical stacked units. For each unit, construct a main rectangular outer box with a width of 61.1mm, a depth of 8mm, and a height of 31.55mm. Inside this box, carve out a central rectangular cavity 53.1mm wide, 10mm deep, and 27.05mm high, leaving a wall thickness of 2.... | pcb_width = 56.10;
pcb_height = 1.55;
bracket_depth = 8;
clearance_bottom = 7;
clearance_top = 20;
wall_size = 2.5;
slot_width = 1.5;
how_many = 2;
for (i = [1:how_many])
translate([0,0,(wall_size + clearance_bottom + pcb_height + clearance_top) * (i - 1)])
union() {
pcb_box();
translate([wa... | glb/cad_e883efe2d739.glb |
Create a Battery Holder consisting of a thin rectangular base and a grid of cylindrical cells. Start with a base plate 0.8mm thick, with a total width of 54.3mm and depth of 74.4mm, featuring rounded corners with a radius of 7.85mm.
On this base, arrange 15 cylindrical cells in a 3-column by 5-row grid. Each cylinder... | $fn = $preview ? 15 : 90;
batteryD = 14.7;
height = 16;
baseHeight = 0.8;
wallThickness = 0.4;
space = 2;
columns = 5;
lines = 3;
wall = wallThickness * 2;
linear_extrude(baseHeight) {
offset(r = (batteryD + wall) / 2) {
square([
(lines - 1) * (batteryD + wall + space),
(columns... | glb/cad_e5d6fa6c5c19.glb |
Create a tape holder bracket designed to mount to a 20x10mm aluminum extrusion. The main body is a flat plate with a thickness of 10mm. At one end, integrate a rectangular mounting block that is 10mm wide and 20mm high to fit the extrusion profile.
Extend the bracket outward from the mounting block. At a distance of ... | W = 10;
A = 45;
B = 70;
D = 8;
E = 6 ;
F = 18;
G = 20;
$fn = 100;
module t_slot(length=W) {
translate([5,0,0]) cube([10, length, 20], center=true);
}
module rod(length=W) {
rotate([90,0,0]) cylinder(d=D, h=length, center=true);
}
module thingi() {
t_slot();
translate([A,0,-30]) {
rod();
... | glb/cad_2ee37ab91585.glb |
Create a parametric tube clamp. Start by constructing a hollow cylinder with a height of 20mm, an inner radius of 15mm, and a wall thickness of 3mm. The inner and outer profiles should be 60-sided polygons to approximate a smooth circle.
Extend the outer walls of the cylinder at opposite sides to create two integrate... | dual=true;
polygon_sides=60;
BottomRadius = 15;
TopRadius = 15;
height = 20;
thickness=3;
gap =5;
screwhole_diameter=4;
$fn=100;
difference() {
hull(){
union() {
cylinder(h = height, r1 = BottomRadius+thickness, r2 = TopRadius+thickness, center = false,$fn=polygon_sides);
translate([BottomRadius+5+thickness/2,... | glb/cad_65c148addb55.glb |
Create a Prusa Mini Camera Mount consisting of three main components: a webcam mount, a connecting joint, and a profile fixation bracket.
First, create the webcam mount as a rectangular block with a central slot 3.5mm thick, 52mm wide, and 12mm deep. Integrate a male joint into this mount consisting of a 5mm diameter ... | screwDiameter = 5;
screwHeadHeight = 3;
screwHeadDiameter = 10;
screwLengthWithHead_x20 = 20;
nutHeadHeight = 4;
nutOuterDiameter = 9;
screwHeadDiameterOffset = 4;
screwHeadDiameterWithOffset = screwHeadDiameter + screwHeadDiameterOffset;
innerJointWidth = 10;
outerJointWidth = innerJointWidth + screwHeadHeight + nu... | glb/cad_907d46dda3b3.glb |
Create a Parameterized Card Tray Insert. Start by constructing a main rectangular box with a height of 70mm, a width of 99.2mm (CardWidth 96mm plus 1.6mm walls on each side), and a length determined by the sum of three card slots (12mm, 30mm, and 100mm wide) plus the necessary thickness for dividers and the slant.
The... | CardWidth = 96;
CardHeight = 68;
BoxHeight = 70;
Slots = [12,30,100];
Rows = 1;
SlantFront = true;
Labels = ["Jacks", "Foundations", "Buildings"];
Removal = 0.4;
AccessDepth = 0.4;
gWT = 1.6;
$fn = 20;
function SumList(list, start, end) = (start == end) ? list[start] : list[start] + SumList(list, start+1, end... | glb/cad_e78ba41df171.glb |
Create a Parameterized Box with a Latching Lid consisting of a main container and a sliding lid.
For the box, create a rectangular shell with a total height of 20mm. The walls should be 1.2mm thick. Divide the interior into compartments based on the provided dimensions: two x-axis compartments of 40mm each and two y-... | $fn=30;
Objects = "Both";
x_sizes = [40,40];
y_sizes = [30,30];
z_size = 20;
gPattern = "Fancy";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
RailWidth = LidH + RailThick;
function SumList(list, start, end) = (star... | glb/cad_f0db7643acc5.glb |
Create a Tzolkin organizer box with a total width of 75.8mm, a depth of 35mm, and a height of 68.2mm. The box features walls with a thickness of 1.4mm.
The interior is divided into two main compartments. The first compartment is designed for buildings, with a width of 42mm and a height of 52mm. The second compartment... | use <slidebox.scad>
$fn = 30;
floorThickness = 1;
buildingWidth=42;
buildingHeight=52;
wealthWidth=27;
buildingradius=3;
buildingSpace=2;
wallThickness = 1.4;
lidHeight = 1.8;
railThickness = 1.2;
lidTolerance = 0.4;
totalX = buildingWidth + wealthWidth + buildingSpace * 3 + 1 + wallThickness * 2;
totalY = 35;
tot... | glb/cad_2ed650da79e9.glb |
Create a Tzolkin organizer consisting of a storage box and a matching lid. The main box has external dimensions of 91.8mm in width, 35mm in depth, and 69.2mm in height. The walls are 1.4mm thick, and the floor is 1mm thick. The interior is hollowed out to create a storage cavity, leaving a top rail of 1.2mm thickness t... | use <slidebox.scad>
$fn = 30;
floorThickness = 1;
buildingWidth=42;
buildingHeight=52;
buildingradius=3;
buildingSpace=2;
wallThickness = 1.4;
lidHeight = 1.8;
railThickness = 1.2;
lidTolerance = 0.4;
totalX = buildingWidth * 2 + buildingSpace * 3 + 1 + wallThickness * 2;
totalY = 35;
totalZ = 71 - lidHeight;
lid... | glb/cad_4c61d5d01751.glb |
Create a Tekhenu organiser player box with overall dimensions of 85mm in width (X), 71mm in depth (Y), and 41.2mm in height (Z). The main body is a rectangular container with 2mm thick walls.
Inside the box, carve out several specific rectangular recesses to hold game components. Create a statue recess measuring 16.5m... | use <slidebox.scad>
$fn = 70;
lidHeight = 1.8;
railThickness = 1.2;
lidTolerance = 0.4;
discDiameter = 16;
discWidth = 9;
wallThickness = 2;
space = 1;
totalY = 71;
part1=20;
part2=31;
part3=16;
part4=9 * sqrt(3) * 2 + 16;
totalX = part1 + part2 + part3 + part4 + space * 2 + wallThickness * 2;
totalZ = 41.2;
ec... | glb/cad_2ad320edeb93.glb |
Create a Tekhenu organiser insert by starting with a solid rectangular base measuring 171mm in width, 166.8mm in depth, and 53mm in height. From this base, remove several rectangular volumes to create specific storage compartments.
First, carve out a central vertical slot measuring 29.5mm by 52.5mm, starting 0.2mm fro... | use <slidebox.scad>
totalX = 285 * 0.6;
totalY = 285 - 121 - 68;
totalZ = 53;
module skew(dims) {
matrix = [
[ 1, tan(dims[0]), tan(dims[1]), 0 ],
[ tan(dims[2]), 1, tan(dims[3]), 0 ],
[ tan(dims[4]), tan(dims[5]), 1, 0 ],
[ 0, 0, 0, 1 ]
];
multmatrix(matrix)
children();
}
difference () {
cube([totalX, total... | glb/cad_6b0a60b19ee2.glb |
Create a Tekhenu organiser insert consisting of a rectangular storage box with a sliding lid. The main box has an overall height of 25mm, a total width of 81.2mm (calculated from two 40mm internal x-compartments plus 1.2mm wall thickness), and a total depth of 29.2mm (calculated from one 28mm internal y-compartment plu... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_899df598f27a.glb |
Create a Terra Mystica game insert consisting of a storage box and a matching lid.
Construct the main box as a rectangular container with a total height of 25mm. The interior should be divided into compartments: two sections along the x-axis with lengths of 40mm and 40mm, and one section along the y-axis with a width... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_fca52290bd56.glb |
Create a game insert for Terra Mystica with a total height of 153mm, a width of 76.4mm, and a depth of 38.6mm. Start with a solid rectangular block of these dimensions. Carve out two rectangular voids from the top: the first void should be 37mm wide and 37.6mm deep, extending from the top down to a depth of 146.4mm, of... | TotalZ = 153;
part1 = 146.4;
part2 = 110;
union() {
difference() {
cube([37 * 2 + 2.4,36.6+1 + 2.4, TotalZ]);
translate([1.2,1.2,TotalZ - part1])
cube([37,36.6+1, part1 + 0.1]);
translate([1.0 + 37,1.2,TotalZ - part2])
cube([37.2,36.6+1, part2 + 0.1]);
translate([2.4 + 37,-1.2,-1.2])
c... | glb/cad_4f7da8e9cf67.glb |
Create a game piece insert consisting of four identical square tubes aligned in a row. For a single tube, start with a solid square prism measuring 35.2mm by 35.2mm with a height of 36.9mm. From this prism, remove a central cylinder with a radius of 17.6mm and a height of 16.5mm, positioned 1.2mm above the base. Additi... | r1=17.6;
r2=r1 + 1;
$fn=60;
module tube () {
difference() {
translate([-r2,-r2,0])
cube([r2*2,r2*2,16.5 * 2 + 1.2 * 3]);
translate([0,0,1.2])
cylinder(r=r1, h=16.5);
translate([0,0,1.2 * 2 + 16.5])
cylinder(r=r1, h=16.5);
translate([-25,0,-0.1])
c... | glb/cad_9615cbf91251.glb |
Create a rectangular box for a board game insert with overall dimensions of 149.8mm in length, 21.6mm in width, and 21.4mm in height. The walls and base should have a thickness of 2mm. The interior of the box is a hollow cavity, but it features four elliptical cutouts removed from the bottom surface. Each cutout is an ... | use <slidebox.scad>
$fn = 70;
module favorTiles() {
difference() {
translate([-18 - 1.2, -18 * 1.6 - 1.4,-1.21])
translate([(18 * 8 + 1.2 * 5)/2, (18 * 1.2 * 2)/2,0])
RCube(18 * 8 + 1.2 * 5, 18 * 1.2 * 2, 8.2, 2);
scale([1,1.6,1])
cylinder(r=18, h=7);
translate([18 *2 + 1.2, 0,0])
scale(... | glb/cad_796caf98e122.glb |
Create a game piece insert by starting with a square block that measures 37.2mm wide by 37.2mm deep and 36.9mm tall. From the center of this block, remove a vertical cylinder with a radius of 17.6mm and a height of 33mm, starting from a base offset of 1.8mm from the bottom. Finally, remove the entire top half of the bl... | r1=17.6;
r2=r1 + 1;
$fn=60;
module tube () {
difference() {
translate([-r2,-r2,0])
cube([r2*2,r2*2,16.5 * 2 + 1.2 * 3]);
translate([0,0,1.2*1.5])
cylinder(r=r1, h=33);
translate([-25,0,-0.1])
cube([50,50,50]);
}
}
module tube2 () {
difference() {
... | glb/cad_adbaf9980a75.glb |
Create a Brass Birmingham Deluxe Insert consisting of a storage box and a matching lid.
Construct a rectangular box with a total height of 25mm. The box features a wall thickness of 1.2mm. Create a single internal compartment with a width of 28mm and a length of 40mm. The interior floor of the compartment should be r... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_e9d76d354e3a.glb |
Create a Scythe Faction Box consisting of a main container and a matching lid. The main container is a rectangular box with overall dimensions of 143mm in width, 87.5mm in depth, and 61mm in height. The walls and bottom floor are 1.5mm thick, with the floor being 1mm thick. The interior is designed to hold specific gam... | use <slidebox.scad>
use <crimean.scad>
use <saxony.scad>
use <rusviet.scad>
use <polania.scad>
use <polania-2.scad>
use <japan.scad>
use <celt.scad>
use <nordic.scad>
$fn = 50;
LidHeight = 2.2;
railThickness = 1.4;
wallThickness = 1.5;
lidTolerance = 0.4;
bottomThickness = 1;
airshipBottomThickness = 4;
miniatureTh... | glb/cad_0e80eb1e151b.glb |
Create a Brass Lancashire Insert consisting of a rectangular base with a hollow center. The outer dimensions of the base are 69mm in width and 76mm in length, with a total height of 36.2mm. The walls of the base have a thickness of 2mm.
At the top of the base, integrate four curved decorative edges. These edges are cr... | use <slidebox.scad>
$fn = 100;
lidHeight = 2.2;
zTolerance = 1;
TotalX = 103;
TotalY = 80;
TotalZ = 25;
topCurveHeight = 3;
bottomThickness = 25 + 9 - (12 * 2 + lidHeight + zTolerance) - 2;
wallThickness = 2;
tileThickness = 2;
w = 2;
l = 16;
module curve(length, dh) {
r = (pow(length/2, 2) + pow(dh, 2))/(2... | glb/cad_fd32e4892ef0.glb |
Create a Brass Lancashire Insert consisting of a rectangular storage box and a sliding lid.
Construct the main box with a total height of 25mm. The outer dimensions are determined by the sum of internal compartment lengths (40mm and 40mm) and widths (28mm), separated by walls 1.2mm thick. The box features internal co... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_96ca09c8e85e.glb |
Create a rectangular box for the Brass Lancashire insert with outer dimensions of 118mm in length, 42mm in width, and 25mm in height, featuring 2mm thick walls. On the top face of the box, carve out two centered text engravings. The first engraving should read "Brass" in a stylized font with a size of 18, positioned at... | use <slidebox.scad>
difference() {
RCube(118, 42 ,25,2);
translate([0,0,25-2.4])
linear_extrude(height = 2.5) {
text("Brass", font="Lobster 1.4:style=Regular", halign = "center", size = 18);
translate([0,-14])
text("Lancashire", font="Lobster 1.4:style=Regular", halign ="center", size = 13);
}
} | glb/cad_909b78b2ff58.glb |
Create a Barrage game insert consisting of a storage box and a matching lid.
Construct the main box as a rectangular container with a total height of 25mm. The box features internal compartments defined by x-axis lengths of 40mm and 40mm, and a y-axis width of 28mm. The walls should have a thickness of 1.2mm. The int... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_aabe850d9aaf.glb |
Create a Barrage insert by starting with a square block measuring 173mm by 173mm with a height of 16mm. Center a large vertical hole through the block with a radius of 87.5mm. Inside this main hole, create a second, slightly smaller concentric vertical hole with a radius of approximately 64.8mm (175 divided by 2.7). Th... | $fn = 200;
difference () {
translate([-173 / 2, -173 / 2,0])
cube([173, 173, 16]);
translate([0, 0,1])
cylinder(r= 175 / 2, h = 400);
translate([0, 0,-1])
cylinder(r= 175 / 2.7, h = 400);
} | glb/cad_008cfffda022.glb |
Create a parametric interlocking hex tile holder. Start by constructing a hexagonal ring with an outer radius of 30mm and an inner radius of 25mm, and a base thickness of 1.2mm. Add a raised outer rim around the perimeter with a height of 1.5mm and a thickness of 1mm.
Along each of the six flat edges of the hexagon, i... | outerRadius = 30;
innerRadius = 25;
thickness = 1.2;
edgeHeight = 1.5;
edgeThickness = 1;
edgeWidth = 4;
tolerance = 0.2;
tWidth = outerRadius / 4;
tLength = (outerRadius - innerRadius) * 1 / 3;
function BEZ03(u) = pow((1-u), 3);
function BEZ13(u) = 3*u*(pow((1-u),2));
function BEZ23(u) = 3*(pow(u,2))*(1-u);
funct... | glb/cad_7d688038c407.glb |
Create a Teotihuacan Insert consisting of a storage box and a matching lid.
Construct the box as a rectangular container with a total height of 25mm. The interior is divided into compartments: two internal sections with a length of 40mm and 40mm, and one section with a width of 28mm. The walls should have a thickness... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_2a129a23c170.glb |
Create a Teotihuacan game insert consisting of a main storage box and a matching lid. The main box is a rectangular container with overall dimensions of 66mm in width, 28.8mm in depth, and 35mm in height. The walls are 1.6mm thick, and the vertical corners are rounded with a 2.5mm radius.
Inside the box, carve out a ... | use <slidebox.scad>
$fn = 50;
lidPattern = "Solid";
lidPadding = 4;
LidHeight = 2.2;
railThickness = 1.4;
lidTolerance = 0.4;
radius = 2.5;
innerRadius = 2;
wallThickness = 1.6;
innerWallThickness = 1.2;
TotalX = 66;
TotalY = 24 + 2 * (railThickness + LidHeight);
TotalZ = 35;
echo(TotalX);
difference() {
in... | glb/cad_bcf7277f09fc.glb |
Create a Teotihuacan game insert consisting of a main container and a lid. The main container is a rounded rectangular box with overall dimensions of 53mm width, 66.8mm depth, and 35mm height. The walls have an outer thickness of 1.5mm and an inner thickness of 1.2mm, with a bottom thickness of 1.6mm and corner radii o... | use <slidebox.scad>
$fn = 25;
lidPattern = "Solid";
lidPadding = 7;
LidHeight = 1.6;
railThickness = 1.6;
lidTolerance = 0.4;
radius = 2;
innerWall = 1.2;
outerWall = 1.5;
bottomThickness = 1.6;
extraPadding = 1.6;
TotalX = 53;
TotalY = 66.8;
TotalZ = 35;
startTokenWidth = 36;
startTokenRadius = 4;
startTokenThic... | glb/cad_0cccfe2bb480.glb |
Create a Teotihuacan Insert organizer box with a lid. The main body is a rectangular container with overall dimensions of 55.2mm in width (TotalX), 65.5mm in depth (TotalY), and 35.7mm in height (TotalZ). The walls have a thickness of 1.6mm, while the inner walls are 1.2mm.
The interior of the box is hollowed out to ... | use <slidebox.scad>
$fn = 50;
lidPattern = "Solid";
lidPadding = 8;
LidHeight = 1.5;
railThickness = 1;
lidTolerance = 0.4;
radius = 2.5;
innerRadius = 2;
wallThickness = 1.6;
innerWallThickness = 1.2;
TotalX = 26 * 2 + wallThickness * 2 + innerWallThickness;
TotalY = 61 + (railThickness + LidHeight) * 2 ;
TotalZ... | glb/cad_e86b584ead58.glb |
Create a Scythe Faction and Resources box consisting of a main container and a sliding lid.
Construct the main box as a rectangular prism with a total height of 25mm. The interior should be divided into two compartments: one measuring 40mm by 28mm and another measuring 40mm by 28mm, separated by a wall with a thickne... | $fn=30;
Objects = "Both";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "Solid";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
R... | glb/cad_e88ee476dd95.glb |
Create a Scythe Faction resource box consisting of a main container and a sliding lid.
Construct the main box as a rectangular prism with a total height of 25mm. The interior should be hollowed out to create a compartment with a wall thickness of 1.2mm. The internal cavity is divided into two sections: one measuring ... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_c649a2badff2.glb |
Create an Agricola revised edition organizer consisting of several open-topped storage boxes and matching lids.
Construct the main storage boxes with a total height of 40mm and a wall thickness of 1.2mm. Create a series of rectangular compartments: one large card box with internal dimensions of 87mm by 32.5mm, and fo... | $fn=30;
Objects = "Both";
y_sizes = [87];
x_sizes = [32.5];
z_size = 40;
addScurve = false;
internalDiameter = 0.1;
externalDiameter = 1;
copies = 1;
gPattern = "Solid";
gTol = 0.4;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;... | glb/cad_a2e6b94fd1d7.glb |
Create a Brass Birmingham game insert consisting of a storage box and a matching lid.
Construct the main box as a rectangular container with a total height of 25mm. The interior should be divided into compartments: two sections with internal widths of 40mm and one section with an internal width of 28mm. The walls sho... | $fn=30;
Objects = "Lid";
y_sizes = [28];
x_sizes = [40,40];
z_size = 25;
addScurve = true;
internalDiameter = 3;
externalDiameter = 1;
copies = 1;
gPattern = "none";
gTol = 0.3;
gWT = 1.2;
WebSpacing = 10;
WebStrands = 5;
WedThickness = 1.8;
WebWedges = 12;
TotalZ = z_size;
LidH = 2.2;
RailThick = 1.4;
Rai... | glb/cad_9be017ae3281.glb |
Create a rectangular lid for a game box with overall dimensions of 185mm in length and 57mm in width. The lid should have a thickness of 2.2mm and include a rail system with a thickness of 1.4mm.
On the top surface of the lid, carve out specific text and geometric patterns. Center the letters "Fe" and "C" as recessed ... | use <slidebox.scad>
$fn = 50;
LidHeight = 2.2;
railThickness = 1.4;
lidTolerance = 0.4;
lidPadding = 8;
TotalX = 185;
TotalY = 57;
CubeSize = 8;
lidPattern = "Solid";
lidY = TotalY - (railThickness + lidTolerance) * 2;
startX = 50;
deltaX = 12;
deltaY = 9;
difference() {
lid2(lidPattern, TotalX, TotalY, lid... | glb/cad_cef0ac10b05e.glb |
Create a Brass Birmingham Retail Insert lid. Start with a base rectangular plate measuring 118mm in length and 31.4mm in width (calculated from the total width of two 26.5mm tiles plus wall thickness and rail offsets), with a height of 2.2mm.
At the center of one end, create a circular cutout with a radius of 19.5mm ... | use <slidebox.scad>
$fn = 70;
LidHeight = 2.2;
railThickness = 1.4;
lidTolerance = 0.4;
zTolerance = 0.3;
lidPadding = 8;
lidPattern = "Hex";
wallThickness = 1.5;
tileWidth = 26.5;
tileRadius = 3;
tileThickness = 2;
linksThickness = 28.5;
linksWidth = 31;
linksRadius = 17.5 / 2;
TotalX = 118;
TotalY = tileWidth... | glb/cad_f262998e0a13.glb |
Create a Peg Board Cable Clip designed to hold a cable with a 5mm radius. Start with a central cylindrical shell that has an outer radius of 7mm and an inner radius of 5mm, with a total height of 10mm. Cut a rectangular slot through the center of this cylinder to create a C-shaped opening for the cable to snap into; th... | clamp_length = 35;
clamp_height = 10;
clamp_thickness = 2;
cable_radius = 5;
peg_spacing = 25.4;
peg_radius = 3;
peg_depth = 5;
support_distance_z = 0.3;
support_distance_y = 0.4;
$fn=40;
translate([0,(clamp_thickness/2),0])difference(){
cylinder(r=cable_radius+clamp_thickness,h=clamp_height);
translate([0,0,-1])cyli... | glb/cad_cc845aad5566.glb |
Create a rectangular organizer bin insert for slot 4 of an HDX organizer. The overall outer dimensions are 69.8mm wide by 59.6mm long with a total height of 50.8mm.
The bin is a hollow shell with a wall thickness of 1.2mm. The outer vertical corners are rounded with a radius of 2.5mm. The interior of the bin is carve... | slot= 4;
isTop = 1;
showMeasurements = 0;
compartmentsX = 2;
compartmentsY = 1;
compartmentsZ = 1;
wallThickness = 1.2;
chamferRadiusOuter = 2.5;
chamferRadiusInner = 10;
boxHeight = 50.8;
boxWidth = slot==1 ? 66.5 : (slot==2 ? 69.8 : (slot==3 ? 69.8 : (slot==4 ? 69.8 : 100)));
boxLength = slot==1 ? 65.2 : (s... | glb/cad_54d9c3236608.glb |
Create an organizer compartment bin insert with overall dimensions of 69.8mm width, 59.6mm length, and 50.8mm height. The main body should be a hollowed-out rectangular shell with a wall thickness of 1.2mm. Apply a 2.5mm radius chamfer to the four outer vertical corners and a 10mm radius fillet to the four inner bottom... | slot= 4;
isTop = 1;
compartmentsX = 2;
compartmentsY = 1;
compartmentsZ = 1;
wallThickness = 1.2;
chamferRadiusOuter = 2.5;
chamferRadiusInner = 10;
boxHeight = 50.8;
boxWidth = slot==1 ? 66.5 : (slot==2 ? 69.8 : (slot==3 ? 69.8 : (slot==4 ? 69.8 : 100)));
boxLength = slot==1 ? 65.2 : (slot==2 ? 65.2 : (slot==3 ? 81 ... | glb/cad_175adc00d3c1.glb |
Create a Micro Bit Screw Case consisting of a threaded bottom holder and a matching threaded lid.
For the bottom holder, create a cylinder with a diameter of 99mm and a height of 20mm. Add a metric thread to the exterior with a 5mm pitch. On the top surface, add a thin rim with an outer radius of 47mm and a width of 1... | use<threads.scad>;
bottom_holder_height = 20;
bottom_holder_top_rim_height = 2;
bottom_holder_top_rim_radius = 47;
bottom_holder_top_rim_width = 1.4;
bottom_holder_bit_row_separation = 10;
bottom_holder_thread_diameter = 99;
bit_hole_size=5.7;
bit_hole_sides=5;
row_rotate = 1;
row_center = 1;
row_1_amt = 5;
row_2_am... | glb/cad_9117d5d9485f.glb |
Create a Micro Bit Screw Case consisting of a cylindrical container and a matching threaded lid.
For the main body, create a cylinder with an outer diameter of 99mm and a total height of 19mm. Inside this cylinder, create a concentric hole to make it a hollow tube. On the top rim of this body, add an internal metric ... | metric_thread(diameter=99,pitch=5.3,length=19);
function segments (diameter) = min (50, ceil (diameter*6));
module metric_thread (diameter=8, pitch=1, length=1, internal=false, n_starts=1,
thread_size=-1, groove=false, square=false, rectangle=0,
angle=30, taper=0, leadin=0,... | glb/cad_310db6d8e854.glb |
Create a filament spool hole reducer consisting of a concentric ring structure with a height of 20mm. The main body is a hollow cylinder with an outer diameter of 74mm and an inner diameter of 55mm. The walls of this cylinder are 1.2mm thick. To reduce material, incorporate eight radial supports spaced every 45 degrees... | Outer_Diameter = 74;
Inner_Diameter = 55;
Insert_Depth = 20;
Wall_Thickness = 1.2;
Include_Reducing_Holes = true;
module __Customizer_Limit__ () {}
$fn=100;
InnerCyl1 = (Outer_Diameter/2)-Wall_Thickness;
InnerCyl2 = (Inner_Diameter/2)-Wall_Thickness;
holeWidth = .75 * (((Inner_Diameter / 2) * tan(22.5)) * 2);
holeH... | glb/cad_1fb7811321c7.glb |
Create a fruit fly trap lid for a mason jar. Start with a base cylinder that has a diameter of 65mm and a height of 2mm. On top of this base, add a second cylinder with a diameter of 59mm and a height of 2mm. Centered on these disks, construct a hollow cone with a total height of 25mm. The exterior of this cone should ... | Jar_Size = 60.0;
Diameter_At_Top = 15;
Height_of_Cone = 25;
Entry_Hole_Diameter = 2;
module __Customizer_Limit__ () {}
ID = Jar_Size - 1;
OD = ID + 6;
$fn = 100;
InConePoints = [[0,0],[0,Height_of_Cone],[(Entry_Hole_Diameter/2),Height_of_Cone],[(Diameter_At_Top/2),0]];
OutConePoints = [[0,0],[0,Height_of_Cone],[(Ent... | glb/cad_60a22839a02f.glb |
Create a radio knob replacement consisting of a main cylindrical body and a decorative grip. Start with a primary cylinder 18mm high with a diameter of 18.4mm. Remove a central coaxial hole 5mm in diameter that extends 11mm deep into the base. At the top of the main cylinder, add a slightly wider conical transition tha... | $fn=120;
$e=0.01;
knob_length = 18;
knob_width = 18.4;
hole_width = 5;
hole_depth = 11;
center_block_width = 1.2;
center_block_length = 8;
ridges_num = 30;
ridge_width = 2;
ridge_length = knob_length-4;
cap_height = 2;
cap_width = knob_width+ridge_width;
union(){
difference()
{
union()
{
cylinde... | glb/cad_0ae9058f4cd8.glb |
Create a Vertical Filament Spool Parts Drawer system consisting of a main frame and removable bins. The system is designed to fit a spool with an outer diameter of 200mm and an inner diameter of 80mm, with an inner spool width of 61mm.
Construct the bins as curved containers. Each bin's exterior is formed by a combina... | Outer_Spool_Diameter = 200;
Inner_Spool_Diameter = 80;
Inner_Spool_Width = 61;
Resolution = 50;
Lock_Tolerance = 0.15;
Lid = false;
Locks = true;
Split_Guides = true;
Bin_Handle = "Flat";
Display = "All";
$fn=Resolution;
Tolerance = 0 + 0.25;
Max_Measurement = Outer_Spool_Diameter + 1;
Outer_Spool_Radius = Outer_Spoo... | glb/cad_e03a5f9dbc32.glb |
Create a Vertical Filament Spool Parts Drawer system consisting of two mirrored side stands and a base.
For each stand, create a circular brim with a radius of 35mm and a thickness of 1.5mm. Add a concentric ridge extending 6mm outward from the brim, with an outer radius of 24.75mm. Hollow out the center of the stand... | Inner_Spool_Diameter = 50;
Outer_Spool_Diameter = 200;
Center_Bolt_Hole_Diameter = 5.2;
Brim_Width = 10;
Ridge_Depth = 6;
Spoke_Count = 12;
Inner_Spoke_Width = 2;
Base = true;
Base_Spacer_Length = 0;
Base_Thickness = 10;
Base_Spoke_Width = 4;
Base_Bolt_Hole_Diameter = 5.2;
Base_Height = 6;
tolerance = 0.25... | glb/cad_81e36dad8c81.glb |
Create a 3D alphanumeric character "A" using the Montserrat font. The character should be extruded to a height of 2mm. Position the base of the letter at the coordinates (0, 7, 0) and rotate the geometry 90 degrees around the Z-axis. The font size for the character is 5mm. | label_text1 = "A";
label_text2 = "";
label_text3 = "";
label_text4 = "";
tweak1 = 0;
tweak2 = 0;
tweak3 = 0;
tweak4 = 0;
font_size1 = 5;
font_size2 = 5;
font_size3 = 5;
font_size4 = 5;
textx1 = 0;
textx2 = 15;
textx3 = 30;
textx4 = 45;
texty1 = 7;
texty2 = 7;
texty3 = 7;
texty4 = 7;
font_name = "Montserrat";
lett... | glb/cad_aed3d25c4476.glb |
Create a pair of adjustable bench vise jaw pads. For each pad, start with a main rectangular body measuring 145mm in length (133mm jaw length plus two 6mm side margins), 33mm in height (21mm jaw height plus 6mm top and bottom margins), and 11mm in depth.
At the top of the body, add a 20mm wide overhang that extends t... | Vise_X=133;
Vise_Y=21;
Vise_Z=11;
Top_Margin=6;
Bottom_Margin=6;
Side_Margin=6;
Face_Margin=10;
Overhang=20;
Add_Lattice = false;
Lattice_Density = 10;
Lattice_Inset = 1.5;
Lattice_Thickness = 1;
Staggered_Bottom = false;
Staggered_Bottom_Width = 120;
Exposed_Jaw_Face = 4;
ABS_Shrinkage_Factor=1.00;
mod... | glb/cad_334f0b65c595.glb |
Create a watering can plug starting with a flat circular base that has a diameter of 68.33mm and a thickness of 3.25mm. Centered on this base, construct a hollow cylindrical plug with an outer diameter of 65mm and a total height of 16.25mm. The walls of this plug should be 3.25mm thick, leaving an internal cavity with ... | Watering_Can_Diameter = 65.0001;
Measurement_Units = 1;
Flap = 1;
Hole = 1;
Vent_Hole = 0;
module __Customizer_Limit__ () {}
$fn = 100;
_wcd = Watering_Can_Diameter * Measurement_Units;
_flap_ht = 0.05*_wcd;
_plug_ht = _wcd/4;
_plug_wall_thk = _flap_ht;
_rad = _wcd/2;
_lip = _rad/3;
_hole_Offset = 1.7*_rad;
_hole_... | glb/cad_be32310bc0da.glb |
Create a sending unit float for a fuel gauge. Construct the main body as a cylinder with a diameter of 30mm and a length of 38mm. The top and bottom faces of the cylinder must be rounded with an outer fillet radius of 2mm. Through the center of the cylinder, create a longitudinal hole with a diameter of 5mm that runs f... | Body_Diameter = 30;
Body_Length = 38;
Hole_Diameter = 5;
module __Customizer_Limit__ () {}
Out_Fillet_Radius = (2/3) * (.1*Body_Diameter);
In_Fillet_Radius = (1/3) * (.1*Body_Diameter);
CC1 = [.5*Body_Diameter-Out_Fillet_Radius,Out_Fillet_Radius];
CC2 = [.5*Body_Diameter-Out_Fillet_Radius,Body_Length-Out_Fillet_Radi... | glb/cad_001155030ef6.glb |
Create a Graflex Speed Graphic Barrel Lens Board. Start with a main rectangular board measuring 3.71 inches by 3.66 inches with a thickness of 0.2 inches. Round all four vertical corners of this board with a radius of 0.25 inches.
On the face of the board, create a shallow rectangular recess centered on the surface. ... | include <BOSL2/std.scad>
units=0;
lensDiameter=1.72;
lensFrontSupport=.5;
lensRearSupport=0;
renderSmoothness=50;
module roundedCube(x,y,z,rad){
difference() {
translate([0,0,z/2])cube([x,y,z],center=true);
translate([-x/2,-y/2,0])rounding_edge_mask(l=z, r=rad, orient=UP, anchor=BOTTOM);
... | glb/cad_f16f75e40441.glb |
Create a parametric spool consisting of two circular end plates and a central core. Each end plate should be a disk with a diameter of 55mm and a thickness of 2mm. In the center of each disk, create a circular hole with a diameter of 10mm.
Construct the central core as a cylinder with an outer diameter of 25mm and a t... | include <lib.scad>
end_thickness = 2;
end_diameter = 55;
core_width = 20;
core_diameter = 25;
hole_diameter = 10;
print_halves = true;
inner_core_wall_thickness = 0;
inner_core_width_percent = 100;
half_fit_tolerance = 0.2;
start_hole_diameter = 3;
notch_width = 2;
notch_depth = 0;
do_end_holes = true;
$f... | glb/cad_3fd6c4082fed.glb |
Create a plexiglass clip by starting with a base rectangular block measuring 50mm in length, 5.8mm in width, and 20mm in height, centered on the origin. Carve out a central channel to hold a sheet of material, consisting of a rectangular void 25mm long, 2.8mm wide, and 15mm high, combined with a second overlapping void... | mirror([0,0,0])
{
difference()
{
cube([50,5.8,20], center = true);
translate([12.5,2.64,2.5])
{
union()
{
translate([0,-1,0])
cube([25,2.8,15], center = true);
rotate([20,0,0])
{
translate([0,-.5,1])
{
cube([25,3.5,20], cent... | glb/cad_8fd67d8dbf99.glb |
Create a plexiglass clip consisting of a main cylindrical base and an attached lever arm. Start with a cylinder 25mm in diameter and 15mm in height, centered on the origin. Drill a 4mm diameter hole through the center of this cylinder along its entire height.
Attached to the side of this base, create a lever arm that... | difference()
{
cylinder($fn=200,h=15,d=25, center=true);
union()
{
cylinder($fn=200,h=15,d=4, center=true);
translate([0,0,5])
{
cylinder($fn=100,h=5,d=10, center=true);
}
}
}
translate([0,0,2.5])
{
linear_extrude(height = 10, center = true)
{
polygon(points=[[0,12.5],[12,0],[0,... | glb/cad_21d96d577a32.glb |
Create a 10-inch rack mini ITX PC case with a total depth of 200mm and a height of 88mm.
Construct the chassis using a bottom plate measuring 203.25mm by 201.6mm and a thickness of 1.8mm. At each of the four corners of this plate, add a screw block consisting of an 8mm cube with a 3.5mm diameter hole centered through... | $leftRackMount = 7.5;
$rightRackMount = 244.5;
$U = 2;
$depth = 200;
$sideHoles = [11,17,$depth-17,$depth-11];
translate([0,0,0]) {
difference() {
union() {
translate([-8-10,0,0]) ear();
! translate([28.5,-19,0]) front();
translate([27,0-3.25/2,10]) bottom();
... | glb/cad_32fa73194028.glb |
Create a Nuts & Bolt Baby Stacking Toy consisting of one threaded bolt and five hexagonal nuts of varying sizes.
First, construct the bolt. Create a hexagonal head with a width 2.25 times the standard ISO hex diameter for a 35mm shaft. From the head, extend a cylindrical shaft 140mm long with a diameter of 35mm, capp... | use <circlestack_thread3.scad>;
fn=96;
fnstep=4;
d=35;
sp = d/3;
sd = d/6;
length=140;
hh = ISO_hex_bolt_hi(d);
profile = sine_thread_profile(fn);
minkowski_r=3;
dhead = d-2*minkowski_r;
module hex_nut2(thread_profile, thread_depth, dia=4, pitch=0, rshift=0, fn=32, fnstep=1, minkowski_r=0,spanfactor) {
span = ISO_h... | glb/cad_c1ce71bcb6bc.glb |
Create a 3D model of a trefoil knot composed of a continuous rope with a constant radius of 8mm. The rope follows a path defined by a base curve where the horizontal coordinates are determined by the functions x = 10 * sin(t) + 30 * sin(2t) and y = 10 * cos(t) - 30 * cos(2t), while the vertical position z is determined... | sr = 8;
amp = 10;
vamp = 30;
botcut = 3;
steps = 500;
deg = 6;
n = 360/deg+1;
curve = [for (s=[0:steps])
[amp*sin(s*360/steps) + 3*amp*sin(2*s*360/steps),
amp*cos(s*360/steps) - 3*amp*cos(2*s*360/steps),
vamp*sin(s*3*360/steps)+sr+vamp,
2*s*360/steps]];
points = [for (p=curve)
for (a=[0:deg:360])
... | glb/cad_82fadd2f5459.glb |
Create a set of Phonics and Math Twisters consisting of various geometric primitives.
Construct a sphere with a radius of 10mm. Create a second sphere of the same size. Create a cylinder with a radius of 10mm and a height of 10mm. Create a half-cylinder with a radius of 10mm and a height of 10mm. Create a ring with a... | show_examples();
module show_examples()
place_in_rect(30, 30)
{
Cy(h = 10);
CyH(h = 10);
CyH(h = 10, w = 30);
CyS(h = 10);
CyS(h = 10, w1 = 25, w2 = 75);
Cu(10);
Ri(h = 10);
RiH(h = 10);
RiS(h = 10, w1 = 10);
RiS(h = 10, w1 = 30, w2 = 300);
Sp();
SpH(10, 30, 30);
}
help();
module help() hel... | glb/cad_640983d0ef8d.glb |
Create a Radius Gauge for Calipers. The object consists of a central body with two symmetrical arms extending outward.
Start by creating a central rectangular block measuring 20mm by 42mm with a height of 8mm. From this central block, extend two arms that are each 16mm wide. The overall structure should be designed t... | rotate(a=180,v=[1000,0,0]){
color([0.8,0.2,0.8,1]){
rotate(a=180,v=[1000,0,0]){
difference(){
difference(){
difference(){
group(){
translate([0,2,0]){
translate([10,-21,0]){
difference(){
difference(){
... | glb/cad_23769eff897c.glb |
Create an interdental toothbrush holder consisting of three rectangular slabs, each 31mm wide, 38mm deep, and 5mm thick, arranged to form a U-shaped open box. Position the first slab flat on the ground. The second slab stands vertically along the back edge of the first. The third slab is positioned horizontally above t... | $fn=200;
holx=31;
holy=38;
holz=5;
union() {
translate([0,0,holy]) {
difference() {
cube([holx,holy,holz], false);
for(i=[holz:holz+1:holy-holz]) {
translate([holz-1, i, -1]) hexagon(holz+2, 6);
}
translate([holx/2-1.5, 8, -1]) hexagon(hol... | glb/cad_87e74a55423d.glb |
Create a knife handle top replacement by constructing a hollowed-out, rounded rectangular sleeve. First, create the outer shell as a rounded block with a height of 3.9mm, a width of 10.25mm, and a length of 24.9mm. The top surface of this shell should be slightly more rounded than the bottom, with a radius of 1mm.
In... | $fn = 50;
length_t = 20.1;
length_b = 22.5;
width = 7.85;
height = 3.9;
thickness = 2.4;
roundness = 1;
offset = 1.5;
delta = 0.0001;
difference() {
hull() {
linear_extrude(delta) resize([length_b + thickness - 1, width + thickness + .8]) circle(1);
minkowski() {
translate([offset, ... | glb/cad_70c62d6eeff7.glb |
Create a centrifugal fan impeller with a total height of 10.5mm. Start by constructing a central hub consisting of a hollow cylinder with an inner diameter of 25mm and a wall thickness of 1.2mm. Around this hub, arrange 17 identical radial blades. Each blade must be 0.8mm thick and extend from the outer edge of the hub... | height = 10.5;
hubInnerDiameter = 25.0;
hubThickness = 1.2;
outerDiameter = 54.0;
bladeThickness = 0.8;
blades = 17;
fan();
module fan() {
linear_extrude(height=height) union() {
difference() {
circle(hubInnerDiameter/2 + hubThickness, $fa=4);
circle(hubInnerDiameter/2, $fa=4);
... | glb/cad_86d4fb903fb1.glb |
Create a dishwasher rack wheel consisting of a main cylindrical body and a central stem. Start with a main wheel body that is 42mm in diameter and 12mm high, featuring rounded edges with a 4mm radius. Centered within this body, extend a vertical stem upwards to a total height of 20mm with a diameter of 7.6mm.
Hollow ... | $fn=60;
cr=4;
od=42;
sw=.3;
stemdiameter=7.6;
difference(){
union(){
difference(){
union(){rounded_cylinder(r=od/2,h=12,n=cr); rounded_cylinder(r=stemdiameter/2,h=20,n=1);}
translate([0,0,6.5])
difference(){
rounded_cylinder(r=28/2,h=12,n=3);
translate([0,0,-.05]) cylinder(h=13,r=stemdiameter/2);}
}
translate([... | glb/cad_92401f76a468.glb |
Create a sock clip holder consisting of a long mounting rail and 12 individual pegs.
First, construct the mounting rail as a horizontal cylinder with an outer diameter of 14mm and a central hole of 9mm. Cut a V-shaped opening into the underside of the cylinder to create a clip-on aperture with an opening angle of 125... | clip_count = 12;
clip_width = 8;
clip_length = 35;
clip_wall = 1.2;
clip_height = 4;
clip_distance = 3.5;
gap = 0.2;
rod_diameter = 9;
rod_wall = 2.5;
alpha = 125;
overhang_limit = 50;
bevel = 270 - overhang_limit;
$fn = 32;
l = clip_count*clip_width + (clip_count-1)*(clip_distance + gap);
echo("total length... | glb/cad_85082fc3f3e2.glb |
Create a Reel-to-Reel extruder visualizer consisting of two primary circular components: a reel disk and a tape ring.
First, create the reel disk as a cylinder with a diameter of 36mm and a height of 1.1mm. Center a cylindrical hole with a diameter of 8.6mm and a depth of 0.4mm into the bottom face. On the top face, ... | module __Customizer_Limit__ () {}
production = 1;
$resolution = (production && !$preview) ? 150 : 25;
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution", $resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution", $resolution);
}
hole_count = 3;
$reel_... | glb/cad_8e924fefdfb7.glb |
Create a Reel-to-Reel extruder visualizer consisting of two main circular components: a reel and a tape.
First, create the reel as a thin disk with a diameter of 36mm and a height of 1.1mm. In the center of this disk, create a cylindrical cutout with a diameter of 4.3mm and a height of 0.4mm. Around the perimeter, pl... | module __Customizer_Limit__ () {}
production = 1;
$resolution = (production && !$preview) ? 150 : 25;
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution", $resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution", $resolution);
}
hole_count = 6;
$reel_... | glb/cad_b490a8d8eee6.glb |
Create a Reel-to-Reel extruder visualizer consisting of a thin disk and a central ring. Start by creating a main circular disk with a diameter of 36mm and a height of 1.1mm. In the center of this disk, remove a cylindrical hole with a diameter of 8.1mm and a depth of 0.35mm to accommodate a magnet.
Next, create a sepa... | module __Customizer_Limit__ () {}
production = 1;
$resolution = (production && !$preview) ? 150 : 25;
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution", $resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution", $resolution);
}
hole_count = 3;
$reel... | glb/cad_66a857ca9431.glb |
Create a Reel-to-Reel extruder visualizer consisting of two circular discs and a central ring. Start by creating a bottom disc with a diameter of 36mm and a height of 1.1mm. In the center of this bottom disc, remove a cylindrical hole with a diameter of 4.3mm (radius 2.15mm) and a height of 0.4mm.
Create a second iden... | module __Customizer_Limit__ () {}
production = 1;
$resolution = (production && !$preview) ? 150 : 25;
if (production && !$preview) {
echo("Producing PRODUCTION quality");
echo("Resolution", $resolution);
} else {
echo("Producing DRAFT quality");
echo("Resolution", $resolution);
}
hole_count = 3;
$reel_... | glb/cad_d21a5848d469.glb |
Create a medical tourniquet supporting slice. Start with a main rectangular block measuring 40mm in length, 2mm in width, and 38mm in depth. From this block, remove two cylindrical holes, each with a radius of 3mm and a height of 3mm; position the first hole at coordinates (6, -6, 0) and the second at (34, -6, 0). To r... | difference(){rotate([90,0,0])
cube([40,2,38]);
rotate([0,0,0])translate([6,-6,0])cylinder(r=3,h=3);
rotate([0,0,0])translate([34,-6,0])cylinder(r=3,h=3);
}
rotate([90,0,0])difference(){
translate([-3,0,38])cube([46,5.3,28]);
translate([0,2,38])cube([40,1.3,28]);
translate([0,2,38])cube([40,3.3,10]);
translate([... | glb/cad_ed1a9e3e236e.glb |
Create a medical tourniquet anchor holder. Start with a main body formed by the convex hull of two cylinders, each with a radius of 10mm and a height of 25mm, positioned 40mm apart along the x-axis. Hollow out the center by removing a similar hull of two cylinders with a radius of 7mm and a height of 25mm, starting fro... | holder_h=20;
holder_w=60;
holder_t=25;
holder_wall_t=3;
holder_support_t=1;
top_window_w=20;
$fn = $preview ? 12 : 72;
strap_w=40;
strap_t_cut=7;
h_displace=(holder_t-(2*strap_t_cut))/3;
difference(){
hull(){
cylinder(r=holder_h/2,h=holder_t);
translate([holder_w-holder_h,0,0])cylinder(r=holder_h/2,h=holder_t);
}
... | glb/cad_a320999922f1.glb |
Create a medical tourniquet rod. Start with a central body shaped as a sphere scaled by a factor of 11 along the X-axis to form a long prolate spheroid with a radius of 6.5mm. Carve a longitudinal slot through the center of this body by removing two cylinders with a radius of 2mm and a length of 27mm, positioned symmet... | module Rod_ends(){
translate([45,0,0])rotate([0,90,0])cylinder(r=4.8,h=30);
translate([45,0,0])rotate([0,90,0])cylinder(r=6.15,h=3);
translate([45+7,0,0])rotate([0,90,0])cylinder(r=6.15,h=3);
translate([45+14,0,0])rotate([0,90,0])cylinder(r=6.15,h=3);
translate([45+23,0,0])rotate([0,90,0])cylinder(r=6.15,h=3);
translat... | glb/cad_17df3449349e.glb |
Create a medical tourniquet buckle. Start with a rectangular base measuring 30mm wide, 52mm long, and 3.5mm high. On top of this base, add a central raised section that is 8mm wide, 52mm long, and 4.1mm high, with the outer edges of the base curving upward with a radius of 45mm.
Carve a large rectangular opening throu... | $fn=100;
rad=45;
tooth_t=1.3;
tooth_w=4.5;
module tooth(){
hull(){
translate([-.1,0,0])cube([.1,tooth_w,3]);
translate([-tooth_t,0,3])cube([tooth_t,tooth_w,.1]);}}
module itooth(){
hull(){
translate([-.1,-tooth_w,0])cube([.1,tooth_w,3]);
translate([-tooth_t,-tooth_w,3])cube([tooth_t,tooth_w,.1]);}}
di... | glb/cad_2599647f607e.glb |
Create a tourniquet windlass rod with a total length of 152mm. The main body is a rounded, oval-like prism with a width of 11mm and a height of 11mm, though the central section is thickened to a width of 14mm over a length of 85mm. The cross-section is an oval scaled by 1.25 on the Z-axis.
Along both lengths of the ro... | $fn = 120;
oval_scale = 1.25;
rod_h = 11;
rod_w = 11;
rod_ww = 14.0;
bottom_adh_rail_w = 2.5;
serration_depth = 1.2;
module rodSerration(width, depth, w1, h1) {
difference() {
cube([width, w1+2*depth+1, h1+2*depth+1], center=true);
intersection() {
scale([1, 1, oval_scale]) rotate([0, ... | glb/cad_5efb0dc42659.glb |
Create a customizable battery holder for 20700 cells. Start with a base rectangular plate 9mm thick. The layout consists of 4 rows and 4 columns of circular cell openings, each with a diameter of 20.42mm. The distance between the center of each cell is 22.42mm (cell diameter plus a 2mm space).
Subtract the circular ce... | cell = 20.42;
rows = 4;
cols = 4;
height = 9;
space = 2;
dove = true;
champer = true;
hole = 4.6;
wall_add = 1;
cubeSize = cell+space;
clipFix = 0.2;
$fn = 48;
dove_max_width = 5.1;
dove_min_width = 3.4;
dove_depth = 2;
dove_cutout_width = 3;
dove_cutout_depth = 0.6;
translate([0, (cols+1)*cubeSize, height/2... | glb/cad_affbac7fad01.glb |
Create a watch opener tool consisting of a circular base and a handle. Start by creating a hollow cylinder with an outer diameter of 38.3mm, an inner diameter of 30.3mm, and a height of 8mm. Position six rectangular pins around the perimeter of this cylinder. Each pin must be 4mm long radially, 1.6mm wide, and 10mm tal... | pin_dist_inner = 34.3;
pin_thickness = 1.6;
pin_num = 6;
handle_length = 76;
handle_width = 8;
color("red")
difference(){
cylinder(h=8,d=(pin_dist_inner + 4));
translate([0,0,-1])
cylinder(h=10,d=pin_dist_inner - 2);
};
color("blue")
for (i=[0:pin_num]){
rotate([0,0,(360/pin_num)*i])
t... | glb/cad_ea6f387f711b.glb |
Create a customizable knob for a pot lid or drawer. The model consists of a wide circular base and a rounded top handle connected by a central bolt.
Start with a base that is 50mm in diameter and 20mm high, shaped as a spherical cap. Above this, create a rounded top handle with a diameter of 40mm and a height of 20mm... | $fn = 100;
tolerance = 0.2;
output_part = 0;
knob_height = 35;
knob_handle_height = 20;
knob_handle_dia = 40;
knob_base_dia = 50;
connector_style = 1;
screw_dia = 5.8;
have_hex_nut_insert = true;
hex_nut_fwidth = 7.9;
hex_nut_height = 8;
hex_nut_post = 14;
module connector() {
step = 2;
for (i=[0:s... | glb/cad_10288d0cbf64.glb |
Create a protective case for an OMRON G3MB-202P solid state relay consisting of a bottom base and a top lid.
For the base, create a rounded rectangular box with a wall thickness of 1.6mm. The inner cavity should accommodate a relay board of 34.2mm length, 25.2mm width, and 22.6mm height, with an additional 1mm cleara... | rlength = 34.2;
rwidth = 25.2;
rheight = 22.6;
rmount_hole_dist_long = 28.2;
rmount_hole_dist_short = 19.5;
thickness = 1.6;
clearance = 1;
board_thickness = 2;
power_cord_r=4.2;
pins_height = 7;
pins_text="+ - S";
$fn = 60 ;
margin=0.25 ;
generate_part = 3;
bsupport_h = clearance * 1.5 + thickness;
Ho... | glb/cad_0329564b467c.glb |
Create a razor disposal box as a hollow rectangular prism with outer dimensions of 48.4mm width, 27.4mm height, and 27.4mm depth. The walls should have a uniform thickness of 1.6mm. On the top face, create a centered rectangular opening (slit) that is 3mm high and spans the interior width of the box to allow blades to ... | text_warning1 = "Razor";
text_warning2 = "inside!";
text_size = 6;
width = 48.4;
height = 27.4;
depth = 27.4;
thickness = 1.6;
slit_height = 3;
text_font = "Futura";
module emboss_text(h_offset, text_str) {
translate([0, -depth/2, h_offset])
rotate([90, 0, 0]) {
linear_extrude(height=thickn... | glb/cad_65ced3abef70.glb |
Create a Z-axis alignment tool consisting of two vertical posts and a matching holder.
First, create two identical alignment posts. Each post consists of a cylindrical shaft with a radius of 5mm and a height of 130mm. The base of each cylinder is integrated into a square block measuring 12mm by 12mm by 12mm. The top ... | post_radius = 5;
post_height = 130;
base_width = 12;
holder_wall_thickness = 2;
want_post = 1;
two_posts = 1;
split_posts = 0;
with_holder = 1;
wiggle_room = 0.4;
curved_top = 1;
module alignment_post(post_radius = 5, post_height = 70, base_width = 15, curved_top = 1, split_posts = 0, y_offset ... | glb/cad_ff0876ee2872.glb |
Create a Drill bit Sharpening Jig consisting of a main guide block and a set of cylindrical adapters.
Construct the main block as a cube with a width and length of 50mm and a height of 45mm. Centered within this block, create a vertical cylindrical hole with a diameter of 13mm. To allow for drill bit clamping, remove... | tip_angle = [118,135];
relief_angle = [12,12];
D_bit = 13;
D_adapters = [5,6,7,8,9,10];
D_extra = 0.4;
W_block = 50;
H_block = 45;
base = 1;
print = 1;
rotate([print*90,0,0]){
for (i=[0,1]) rotate([0,i*180,0]) difference(){
block(tip_angle=tip_angle[i], relief_angle=relief_angle[i]);
guide(tip_angle=tip_an... | glb/cad_8e169f60575b.glb |
Create a Sensor House model consisting of a base, a main body, and a pitched roof.
Start with a rectangular base of 65mm width and 56mm depth, with a height of 15mm and wall thickness of 1.6mm. The base should have a hollow center and a ledge 4mm high. Cut out two rectangular openings in the base: one for USB power (... | BOARD_W = 65;
BOARD_H = 56;
HOLE_W = 58;
HOLE_H = 49;
PCB_THICKNESS = 1.5;
BOTTOM_CLEARANCE = 4;
TOP_CLEARNACE = 10;
SIDE_CLEARANCE = 4;
HOLE_DIAM = 2.5;
$fn = 50;
module 3A() {
translate([0,0,PCB_THICKNESS/2])
difference() {
color("green") cube([BOARD_W, BOARD_H, PCB_THICKNESS], center=true);
... | glb/cad_4a319e4492fd.glb |
Create a card storage box and matching lid. The box is a rectangular container with an outer width of 63.5mm and a total length of 74.42mm. The walls are 2mm thick. The interior is divided into seven compartments of varying widths (19mm, 13.5mm, 10mm, 10mm, 8mm, 5mm, and 5mm) separated by internal walls 0.81mm thick. T... | lid_text = "Common";
text_font = "Liberation Sans:style=Bold Italic";
text_size = 12;
text_offset = 8;
card_width = 59.5;
card_height = 91.7;
card_h_relief = 25;
compartment_sizes = [19, 13.5,10, 10, 8, 5, 5 ];
int_wall_thick = 0.81;
ext_wall_thick = 2;
lid_bulk = 1.25;
lid_bulk_height = 10;
lid_clearance= 0.2... | glb/cad_eed48840ab68.glb |
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