Prompt stringlengths 96 2.17k | Code stringlengths 27 249k | 3d_glb stringlengths 24 24 |
|---|---|---|
Create a knife sharpener assembly consisting of two primary components: a ball joint housing and a rail attachment.
First, construct the ball joint housing by creating a 25mm cube centered on the origin. From this cube, remove a sphere with a 20.4mm diameter and a 26mm by 26mm by 30mm rectangular block positioned 19.... | $fn=32;
module pipballjoint(){
translate([12.5,12.5,12.5]) {
difference() {
translate([0,0,0])cube([25,25,25],center=true);
sphere(d=20.4);
translate([0,0,15+25/6])cube([26,26,30],center=true);
};
difference() {
sphere(d=20);
trans... | glb/cad_539866867459.glb |
Create a knife sharpener sanding block by starting with a solid rectangular base measuring 83.33mm in length, 25mm in width, and 25mm in height. Carve a cylindrical hole with a diameter of 8.5mm through the center of the block along its length, starting from the front face and extending 130mm deep. To create the open c... | difference(){
cube([125*2/3,25,25]);
translate([-1,12.5,12.5])rotate([0,90,0])cylinder(d=8.5,h=130);
translate([-1,-1,4])cube([130*2/3,6,17]);
translate([-1,20,4])cube([130*2/3,6,17]);
}; | glb/cad_857e3b2c0f56.glb |
Create a Fishing Spool Auto Winder consisting of a central rectangular base and two flanking conical supports. Start by creating a rectangular base measuring 50mm in length, 25mm in width, and 12mm in height, centered on the origin. In the center of this base, create a square vertical hole measuring 6mm by 6mm and 30mm... | translate([25, 0, 0]) cylinder(d1=25, d2=20, h=30, center=true);
translate([-25, 0, 0]) cylinder(d1=25, d2=20, h=30, center=true);
difference() {
translate([0, 0, -9]) cube([50, 25, 12], center=true);
translate([0, 0, -10]) cube([6, 6, 30], center=true);
} | glb/cad_5025626860ed.glb |
Create a spool holder assembly designed for a drybox, consisting of a central hub, a spring mechanism, and support structures.
First, create four spool supports. Each support should be designed to be fixed to a container using two M3x10 countersunk screws and two M3 nuts.
Construct a central hub with an inner diamete... | output = "spring";
referenceSpoolInnerDiameter = 72.1;
referenceSpoolWidth = 63;
secondSpoolInnerDiameter = 0;
secondSpoolWidth = 0;
hubThreaded = "no";
hubThreadLength = 90;
hubSpringEnable = "yes";
hubFlushWithReferenceSpool = "yes";
axleDiameter = 8;
axleSetLength = 0;
axleRotationStopLength = 4;
axleRot... | glb/cad_77c926c10432.glb |
Create a dial indicator mount consisting of two identical rod clasps joined by a central rectangular block.
Each clasp is designed to secure an 8mm diameter rod. The clasp body is 31.75mm wide. Construct the clasp using a semi-cylindrical shell with a wall thickness of 2.4mm, featuring a locking nub that snaps over t... | clasp_height = 31.75;
rod_diameter = 8;
thickness = 2.4;
straight_edges = 1;
epsilon = 0.001;
pin_dia = 3 + thickness;
binding_tolerance = 0.45;
module clasp(width, rod_dia=8, rod_offset)
{
$fn=20;
height = width;
capture_dia = rod_offset + rod_dia/2 - thickness*.25;
over_angle = -12;
hull()
{
... | glb/cad_fd99ca8654a8.glb |
Create a customizable drawer organizer frame. Start by constructing the main body as a mirrored pair of blocks. Each half-block should have a width of half the total drawer width plus a 1mm tolerance and 3mm wall thickness, with a total height that includes a 2mm guide thickness and a 1mm tolerance.
The internal cavit... | include <Parameters.scad>
isTopCover = false;
isBottomShelf = true;
wallThickness = 3;
guideWidth = 6;
guideThickness = 2;
tolerance = 1;
topCoverHeight = 4;
halfXWidth = ((drawerWidth / 2) + tolerance + wallThickness);
totalYWidth = (drawerWidth + tolerance + wallThickness);
totalHeight = (drawerHeight + (2 * t... | glb/cad_d4e85f349c4d.glb |
Create a customizable drawer organizer with a total width of 60mm, a height of 30mm, and a wall thickness of 1.2mm. The main body is a rectangular container with rounded corners of 3mm radius.
Divide the interior into a grid of compartments based on user-defined layouts. Each compartment is formed by walls 1.2mm thic... | include <Parameters.scad>
hasNameplates = true;
halfWallThickness = (wallThickness / 2);
difference()
{
union()
{
handle();
if (hasNameplates)
nameplates();
hull()
{
p2 = (drawerWidth - cornerRadius);
translate([cornerRadius, cornerRadius, 0])
{
cylinder(... | glb/cad_4e6d76f562ac.glb |
Create a customizable drawer organizer section for nozzle storage. Start by creating a rectangular base with rounded corners, using a corner radius of 2mm and a total height of 2.6mm. The overall dimensions of this section are defined by the inner section width and length, which are calculated based on the total drawer... | include <Parameters.scad>
xCompartments = 2;
yCompartments = 4;
nozzleSize = 0.3;
nozzleThreadDiameter = 6;
nozzlesDistance = 5;
topThickness = 2.6;
tolerance = 0.23;
realNozzleThreadDiameter = (nozzleThreadDiameter + tolerance);
height = (drawerHeight / 2);
innerSectionXWidth = (((drawerWidth - wallThickness) / ... | glb/cad_4ba83605ec0d.glb |
Create a garden railway lamp and holder assembly consisting of a lamp housing, a mounting bracket, and a lens.
First, create the lamp housing. The main body is a cylinder with an outer diameter of 28mm and a wall thickness of 2mm. The bottom section is a solid base 4.5mm high. Above this, add a cylindrical wall 11mm h... | diameter_lamp = 28;
diameter_screw = 6;
offset_screw = (76.6 + 66) / 4;
border = 5;
diameter_cable = 5;
diameter_pole = 35;
thickness_lamp = 2;
height_lamp = 11;
thickness_screen = 1;
height_screen = 15;
diameter_pcb_screw = 2;
border_pcb_base = 1.5;
height_pcb_base = 2 * border_pcb_base + 0.5 * diameter_cable;
thickn... | glb/cad_a119b8475a83.glb |
Create a PSU Clip and Cover by constructing a main rectangular block 30mm wide, 30mm deep, and 30mm high. Hollow out the center of this block by removing a rectangular section 24mm wide, 12mm deep, and 27mm high, starting from a position 3mm from the front, 3mm from the side, and 0mm from the base. Additionally, remove... | $fn=20;
t=3;
w=30;
h=30;
d1=15;
d2=15;
g=7;
s=10;
r=(3+0.25)/2;
difference(){
union(){
cube([w,d1+d2,h]);
translate([w,0,0]) cube([s,d1,t]);
translate([-s,0,0]) cube([s,d1,t]);
}
translate([0,d1,0]) cube([w,d2,h-t]);
translate([t,t,0]) cube([w-2*t,d1-t,h-t]);
translate([t,0... | glb/cad_8b1871c69674.glb |
Create a PSU Clip by constructing an L-shaped bracket. Start with a rectangular base measuring 12mm wide, 30mm long, and 3mm thick, centered on the origin. Attach a vertical rectangular wall to this base that is 12mm wide, 3mm thick, and 18mm high, positioned so the total height from the bottom of the base to the top o... | $fn=50;
t=3;
l=30;
w=12;
h=18;
difference(){
union(){
cube([w,l,t], center=true);
translate([0,0,(h+t)/2]) cube([w,t,h], center=true);
}
translate([0,5-l/2,0]) cylinder(r=1.75,h=2*t, center=true);
translate([0,0,3/2+12]) rotate([90,0,0]) cylinder(r=2.25,h=2*t, center=true);
} | glb/cad_02a17c89eb65.glb |
Create a PSU Clip and Cover consisting of two main parts: a base and a protective cover.
For the base, create a rectangular plate 90mm wide, 50mm deep, and 4mm thick. From this base, extend two vertical walls upward to a height of 40mm, each 4mm thick. One wall runs along the width of the base, and the other runs alo... | $fn=20;
t=4;
w=90;
d=50;
h=40;
switch=[21.5,31.5,t*2];
plug=[27.25,19,t*2];
module base(){
difference(){
union(){
cube([w,d,t]);
translate([0,0,t]){
cube([w,t,h]);
}
translate([t,t,t]) rotate([0,-90,0]) linear_extrude(t) polygon([[0,0],[h-t,0... | glb/cad_3223769518a2.glb |
Create a OneSpokedMoon rotation visualizer. Start by constructing a thin ring with a thickness of 2mm and an outer diameter of 35mm. The ring's outer perimeter should be a 17-sided polygon rather than a smooth circle. Inside this ring, create a circular cutout with a diameter of 3mm (calculated as the 7mm moon diameter... | NumberArms=1;
Diameter=35;
Width=1.5;
Thickness=2;
NemaHoleDepth=2.8;
Spacing=0.5;
Magnet_D=8.00;
Magnet_H=3.00;
Moon_D=7;
AngleArms=360/NumberArms;
FN_Poly=17;
CenterCylinderHeight=Thickness+Spacing+NemaHoleDepth-Magnet_H;
Foo_Baa();
module Foo_Baa(){
difference(){
Extr_Shape();
translate([Diam... | glb/cad_c9b3e5e55e49.glb |
Create a Pepper Mill Funnel consisting of a cylindrical base and a conical top. Start by creating a hollow cylindrical ring at the bottom with an outer diameter of 26.85mm, a height of 5mm, and a wall thickness of 2mm. From the top of this ring, extend a hollow conical section upward to a total height of 46mm. This con... | $fn=90;
bottom_diameter = 26.85;
wall_thickness = 2;
bottom_ring_height = 5;
funnel_height = 46;
top_ring_diameter = 55;
union() {
difference(){
cylinder(bottom_ring_height, d1=bottom_diameter, d2=bottom_diameter, false);
cylinder(bottom_ring_height * 2 + 2, d1=bottom_diameter - wall_thickness, d2=... | glb/cad_dc646b5e794e.glb |
Create a Mid-century Modern Inspired Dollhouse Table and Chairs set using a base scale of 6mm.
For the chairs, create two identical seat units. Each seat consists of a main body shaped from a complex polygon with a height of 9mm, featuring a profile that tapers and angles to form a stylized seat and backrest. To thes... | $fn=100;
scale=6;
clearance=.4;
module hex(z,w,d=0)
{
hull()
for(b=[0:1])
translate([0,b*d,0])
linear_extrude(z)
for (a=[0:2])
rotate(a*360/3)
square([w,w/sqrt(3)],center=true);
}
module leg()
{
translate([0,0,-scale/3])
linear_extrude(scale/1.5)
polygon([
[0,0],
... | glb/cad_d4784d4f5757.glb |
Create a mid-century modern inspired dollhouse table and four matching chairs.
For the table, create a rectangular top with a thickness of 96mm. The top should be a rounded slab formed by the hull of two hexagons, each with a width of 6mm and a height of 96mm, positioned 60mm apart. Support the top with four tapered ... | $fn=100;
use <chair.scad>
scale=6;
clearance=.3;
module hex(z,w)
{
linear_extrude(z)
for (a=[0:2])
rotate(a*360/3)
square([w,w/sqrt(3)],center=true);
}
module chairs()
{
translate([scale*5,scale*3.25,0])
chair2();
translate([scale*5,-scale*3.25,0])
chair2();
mirror([1,0,0])
... | glb/cad_1b7a021faec8.glb |
Create a radio adapter bracket by starting with a rectangular base plate measuring 45mm in width, 25mm in depth, and 2mm in thickness. Center this base plate on the origin. From this base, remove two identical rectangular holes to create slots. Each slot must be 10mm wide, 5mm deep, and 3mm high. Position the first slo... | difference(){
cube([45,25,2],true);
translate([15,7,0]) cube([10,5,3],true);
translate([-15,7,0]) cube([10,5,3],true);
} | glb/cad_01b441142ad9.glb |
Create a Blum Kitchen Hinge Spacer with a total thickness of 14.9mm. Start by constructing a rectangular base measuring 55mm in length and 25mm in width, with rounded corners created by a 7.45mm radius. Centered within this base, create two identical oblong screw holes. Each hole should be 6mm long and 5.6mm wide. Posi... | $fn=50;
thickness=14.9;
difference(){
minkowski()
{
cube([55,25,thickness/2],true);
cylinder(thickness/2,3,3,true);
}
union() {
translate([-(51/2-9.5),0,0]) hull() {translate([-3,0,0]) cylinder(thickness+1,2.8,2.8,true); translate([3,0,0]) cylinder(thickness+1,2.8,2.8,true);}
... | glb/cad_1c7eb1b349f5.glb |
Create a tray for a kitchen sink plug. The main body is a hollowed-out rectangular block with rounded edges, with an outer dimension of 46mm in width and 46mm in depth, and a height of 21mm. The walls are 3mm thick.
The interior cavity is designed to hold a cylindrical plug with a diameter of 40mm and a height of 12mm... | Plug_Diameter=40.0;
Plug_Height=12.0;
Plug_Nose_Width=8.0;
Tray_Wall_Thickness=3.0;
Tray_Notch_Radius=8;
Show_Plug=0;
Resolution=30;
plug_dia = Plug_Diameter;
plug_height = Plug_Height;
nose_width = Plug_Nose_Width;
notch_r = Tray_Notch_Radius;
wall_thickness = Tray_Wall_Thickness;
wall_r ... | glb/cad_23ddc413cce2.glb |
Create a Customizable Curd Cover by designing a hollowed-out rectangular sleeve with rounded corners. The outer boundary should be a rounded rectangle with a total length of 120mm and a width of 82mm, featuring a wall thickness of 2mm and a total height of 7mm. The outer corners are asymmetrical: the lower-left corner ... | FlipOver=0;
CoverLength=116.0;
CoverWidth=78.0;
CoverHeight=5.0;
CoverThickness=2.0;
LowerLeftCornerDiameter=8.0;
LowerRightCornerDiameter=20.0;
UpperRightCornerDiameter=20.0;
UpperLeftCornerDiameter=20.0;
Tolerance=0.2;
Resolution=40;
$fn = Resolution;
flip = (FlipOver!=0);
size = [ CoverL... | glb/cad_39be547b63d2.glb |
Create a parametric USB thumb drive housing with a rounded rectangular profile. The main internal cavity should be sized to fit a PCB of 38mm length, 19.5mm width, and a total height of 7.7mm (comprising a 1.5mm board, 1.7mm bottom component height, and 4.5mm top component height). The outer dimensions of the enclosure... | create_whole = true;
create_shells = true;
create_buttons = true;
create_labels = true;
$fn = 50;
tolerance = 0.2;
pcb_length = 38.0;
pcb_width = 19.5;
pcb_board_height = 1.5;
pcb_bottomcomponen... | glb/cad_97d64dede89b.glb |
Create a hollow cylindrical handle for a window operating pole. The object should be a tube with a total height of 120mm. The inner diameter of the cylinder must be 16.45mm to allow for a tolerance fit. The walls of the cylinder should have a uniform thickness of 3mm. The top and bottom edges of the tube must be rounde... | $fa = 3;
$fs = 0.05;
tolerance = 0.25;
handle_inner_dia = 16.20 + tolerance;
handle_height = 120.00;
handle_thickness = 3.00;
difference() {
minkowski() {
cylinder(d = handle_inner_dia, h = handle_height-2*handle_thickness);
sphere(r = handle_thickness);
}
cylind... | glb/cad_7895a7bfa669.glb |
Create a hook and handle for an operating pole. Start by creating a thick ring with an outer diameter of 43mm and an inner diameter of 33mm, with a total height of 16.66mm. Cut a wedge-shaped opening out of this ring, spanning an angle of 100 degrees, to create a C-shaped hook. Attached to the side of this hook, add a ... | $fa = 3;
$fs = 0.05;
tolerance = 0.25;
hook_inner_dia = 33.00;
hook_thickness = 5.00;
insert_dia = 16.66 - tolerance;
insert_height = 40.00 + hook_thickness;
hook_width = insert_dia;
opening_angle = 100.00;
difference() {
union() {
cylinder(d = hook_inner_dia + 2*hook_thickn... | glb/cad_ec9a73527999.glb |
Create a drawer handle bar label clip by starting with a hollow cylinder that has an outer diameter of 17mm, an inner diameter of 11.9mm, and a total length of 50mm. Cut a vertical slot through the cylinder's wall to allow it to snap onto a bar. From the center of the cylinder, remove a rectangular section that is 15mm... | id = 11.9;
od = 17;
l = 50;
$fn=100;
difference(){
body();
cylinder(l+10,d=id,center=true);
translate([0,11,0])cylinder(l+10,d=od,center=true);
translate([0,0,0])rotate([0,0,45])rotate([0,90,0])cylinder(10,d=10);
label();
}
module body(){
union(){
cylinder(l,d=od,center=true);
... | glb/cad_fa2202dd72e7.glb |
Create an Elevator Hoistway Door Release Key consisting of a handle and a shaft. Start by creating a cylindrical shaft with an outer diameter of 11.5mm and a total length of 30mm. Within this shaft, remove a central core to create a hole that is 15mm deep and 9.5mm in diameter, but shape this void as an equilateral tri... | $fn = 360;
shaft_length = 30.00;
shaft_inner_height = 15.00;
shaft_inner_dia = 9.50;
triangle_dia = 14.00;
shaft_outer_dia = 11.50;
keygrip_dia = 35.00;
keygrip_width = 2.00;
print = false;
rotate([print?180:0, 0, print?90:0]) {
translate([0, 0, shaft_length]) difference() {
... | glb/cad_c56979c968b2.glb |
Create a filament dry box passthrough holder by constructing a vertical cylinder with a total height of 31mm and an outer diameter of 4.6mm. The main body is a hollow shell with a wall thickness of 1.5mm at the top. Inside this shell, create a central bore consisting of two distinct sections: a lower section 15mm high ... | PTFE_Outer_Diam=4.6;
Filament_Width=2.00;
Holder_Thickness=1.5;
Filament_Catch_Length=15;
PTFE_Catch_Length=15;
Total_Height=Filament_Catch_Length+PTFE_Catch_Length+1;
$fn = 360;
rotate([180, 0, 0])
union(){
difference()
{
cylinder(Total_Height,
PTFE_Outer_Diam,
PTFE... | glb/cad_cf28862863d3.glb |
Create a filament dry box passthrough mount. Start by creating a thin, flat circular base with a diameter of 37mm and a height of 2.5mm. Centered on this base, construct a hollow cylindrical ring with an outer diameter of 37mm and an inner diameter of 32.5mm. This ring should have a height of 16mm. To complete the part... | $fn = 150;
tolerance = 0.5;
wall_strength = 2.5;
tube_dia = 32 + tolerance;
difference() {
cylinder(d=(tube_dia+2*wall_strength), h=(tube_dia/2), center=false);
translate([0, 0, -0.5]) cylinder(d=tube_dia, h=(tube_dia/2)+1, center=false);
translate([-tube_dia, (tube_dia/5), -0.5]) cube([2*... | glb/cad_cfd76c8ca8a3.glb |
Create a grommet for a wireless charger by constructing two concentric cylindrical sections. First, create a thin, flat circular ring (the brim) with an outer diameter of 85mm and an inner diameter of 70.2mm, and a height of 1.6mm. Directly on top of this ring, centered on the same axis, place a taller hollow cylinder ... | $fa = 4;
$fs = 0.05;
grommet_inner_dia = 64.40;
grommet_outer_dia = 68.00;
brim_inner_dia = 70.20;
brim_outer_dia = 85.00;
brim_height = 1.60;
board_height = 22.00;
joininglayher_height = 0.30;
brim_height = 0;
joininglayher_height = 0.50;
translate([0, 0, -joininglayh... | glb/cad_63a9064b3411.glb |
Create a DIN rail mounting strip with a total length of 100mm. The main body is a top-hat profile consisting of a central vertical web and two outer flanges. Construct the central web as a rectangular prism 1mm wide, 25mm high, and 100mm long. Attach two outer flanges to the sides of this web; each flange should be 7.5... | length = 100;
hole = 4;
translate([6.5,25/2,0])
cube([1,5,length]);
translate([0,25/2,0])
cube([7.5,1,length]);;
mirror([0,1,0]){
translate([6.5,25/2,0]){
cube([1,5,length]);}
translate([0,25/2,0]){
cube([7.5,1,length]);};
;}
for(i= [10:10:length])
{
difference()
{
translate([0,-25/2,i-10])
... | glb/cad_25006ef05bda.glb |
Create a VESA LiftPod Base Mount. Start by creating a square base plate with a side length of 115mm (100mm plus 15mm padding) and a thickness of 5mm. Center a square cutout of 94mm per side through the middle of this plate.
At the four corners of the 100mm VESA pattern, create four screw holes with a diameter of 4.5mm... | Mount_Size = 100;
External_Plate_Height = 5;
Internal_Plate_Height = 3;
Screw_Thread_Diameter = 4.5;
Screw_Head_Diameter = 12;
Screw_plate_Thickness = 2;
Center_Cutout_Size = 94;
Support_Bars = true;
mount = Mount_Size;
vesa_h = External_Plate_Height;
lift_pod_h = Internal_Plate_Height;
screw_size = Screw_Thr... | glb/cad_074e469894a1.glb |
Create a parametric card tray for a cube storage box. The overall outer dimensions are 69.5mm wide by 70mm high. The tray consists of a flat bottom base and two outer side walls, each 0.8mm thick.
Divide the interior into three sections to hold cards. Based on a card thickness of 0.8mm and an extra space of 0.4mm per ... | Card_thickness = 0.8;
Section_sizes = [15, 15, 15];
Section_extra_space = 0.4;
Mid_wall_style = 1;
Vertical_ratios = [2.5,2.5,1.5];
Top_cut_depth = 5;
Horizontal_ratios = [1,3.5,1];
Side_cut_depth = 5;
Side_cut_angle = 60;
box_width = 69.5;
box_height = 70;
function add(v) = [for(p=v) 1]*v;
function select(vecto... | glb/cad_2ec7f3cb186e.glb |
Create a Lipped Tray consisting of a main cup and an attached upper rim. Start by constructing the cup as a square container with a top width and length of 100mm and a height of 40mm. The vertical walls should be straight, but the four vertical corners must be rounded with a fillet radius of 5mm. The bottom edges of th... | Cup_Top_Width = 100;
Cup_Top_Length = 100;
Cup_Height = 40.0;
Cup_Fillet_Radius = 5.0;
Cup_Bottom_Fillet_Radius = 1;
Lip_Overhang = 1.0;
Lip_Height = 5.0;
Lip_Fillet_Radius = Cup_Fillet_Radius +Lip_Overhang;
Lip_Cylinder_Height = Lip_Height-2*Lip_Overhang;
$fn=64;
Lip_SW_X = 0;
Lip_SW_Y = 0;
Lip_SE_X = Cup_Top_Width-... | glb/cad_790f8edcf4a9.glb |
Create an Embossed Lipped Tray with a square footprint of 100mm by 100mm and a total height of 45mm.
First, construct the main cup body with a height of 40mm. The walls should be vertical, but the four corners must be rounded with a fillet radius of 5mm. The bottom of the cup should have a smaller fillet radius of 1m... | Cup_Top_Width = 100;
Cup_Top_Length = 100;
Cup_Height = 40.0;
Cup_Fillet_Radius = 5.0;
Cup_Bottom_Fillet_Radius = 1;
E_Space_Multiplier = 2;
Cup_E_Count_X = ceil(Cup_Top_Width/(E_Space_Multiplier*Cup_Fillet_Radius));
Cup_E_Count_Y = ceil(Cup_Top_Length/(E_Space_Multiplier*Cup_Fillet_Radius));
Lip_Overhang = 1.0;
Lip_... | glb/cad_70fa755c964b.glb |
Create a square plate for a Modular Skadis Panel that is 199.8mm wide, 199.8mm deep, and 5mm thick.
On the top face of the plate, create a grid of circular holes. The grid should consist of 6 rows and 6 columns, with a total of 36 holes. The holes are spaced 40mm apart from center to center. Each hole is a cylinder w... | Render = 0;
PanelSize = 200;
PanelThick = 5;
SlotGap = 10;
SlotSize = 5;
Spacing = 40;
HoleCount = PanelSize/Spacing;
EdgeSize = SlotSize+2;
InnerSize = SlotSize;
ChamferHeight = 1;
ChamferOffset = 0;
Tolerance = 0.2;
$fn = 25;
FaceAngle = 0;
BraceType = 0;
BraceThick = 2;
BraceOffset = 2;
SnapThick = PanelThi... | glb/cad_738ade9e9886.glb |
Create a shelf hanger consisting of a mounting body and an angled hook. First, construct the mounting body as a block 45mm deep, 20mm wide, and 22mm high. This body must have a central rectangular cutout to accommodate a shelf; create a void 45mm deep, 20mm wide, and 17mm high, positioned so that the remaining walls an... | deska = 18;
zuzeni_desky = 1;
hloubka = 45;
sirka = 20;
material = 4;
vesak = 35;
zaobleni = 3;
$fn=75;
module police2(){
police2Body = [
[0, 0, 0],
[hloubka,0, 0],
[hloubka,sirka,0],
[0, sirka,0],
[0, 0, deska-zu... | glb/cad_984e174dfe96.glb |
Create a GoPro Mount Single Stick by constructing a central rectangular arm with two identical mounting connectors at each end. First, create the mounting connector profile: a rectangular block with a width of 5mm and a height of 10mm, featuring a centered vertical hole with a radius of 2.25mm that passes completely th... | include <gopro_mounts.scad>
module single(){
difference(){
union(){
translate([0,0,gopro_connector_th3_middle/2 + (gopro_connector_gap-gopro_connector_th2)/2]) gopro_profile(gopro_connector_th2);
}
translate([0,0,-gopro_tol])
cylinder(r=gopro_holed_two/2, h=gopro_connector_z+4*gopro_tol, c... | glb/cad_097d918bd283.glb |
Create a single joint switch axis arm by designing a flat, symmetrical bone-like link. Start with a central rectangular body that is 35mm long, 12mm wide, and 6.5mm thick. At both ends of the length, create rounded protrusions with a radius of 6mm to form circular pivot points.
To refine the shape, remove material fr... | use <servo_arm.scad>;
cutoff_margin=0.01;
module body2(thickness=5,
t1= 4,
t2=4,
center_to_center = 45,
width=12
) {
difference() {
translate([0,0,thickness/2])
union() {
difference() {
x_size_1=center_to_center;
ofs=width/2-thickness/2;
translate([
... | glb/cad_3b71acb60f56.glb |
Create a single joint switch axis arm by combining a central cylinder and a protruding arm. Start with a cylinder that has a radius of 3.75mm and a height of 7mm. Attached to the top face of this cylinder, create a flat extension with a thickness of 2.5mm. This extension begins as a circle with a radius of 3.25mm cente... | module servo_arm(body_r = 7.5/2, arm_r1 = 6.5/2, arm_r2 = 3.5/2, arm_len = 14, arm_thickness = 2.5, body_thickness = 7) {
cylinder(r = body_r, h = body_thickness);
linear_extrude(height = arm_thickness) {
circle(r = arm_r1);
translate([0,arm_len,0]) circle(r = arm_r2);
polygon(points = [ [-arm_r1, 0], [arm_r1,... | glb/cad_a6690b0ca02f.glb |
Create a riser foot for a guitar amplifier. Start by constructing a solid base that transitions from a square top to a larger square bottom. The top section is a square measuring 20mm by 20mm with corners rounded by a 1mm radius. This top section includes a thin lip extending 3mm outward on all sides, creating a total ... | FOOT_X = 20;
FOOT_Y = 20;
FOOT_C = 1;
INDENT_DIAMETER = 20;
INDENT_DEPTH = 10;
LIP_WIDTH = 3;
LIP_HEIGHT = 2;
GROUND_X = 35;
GROUND_Y = 35;
GROUND_Z = 30;
GROUND_C = 3;
GROUND_CZ = 3;
$fs = 0.1;
e = 0.1;
difference(){
hull(){
translate([0,0,LIP_HEIGHT-e])mSquare(FOOT_X+LIP_WIDTH*2,FOOT_Y+LIP_WIDTH*2,FOO... | glb/cad_73e4eabe65bc.glb |
Create a Resin Printer Vat Comb by starting with a rectangular base plate that is 2mm thick, 50mm high, and 120mm wide. Along the 120mm width of this plate, create a series of circular cutouts to form a comb-like structure. Each cutout should be a cylinder with a radius of 52mm and a height of 2mm, centered along the w... | w = 120;
h = 50;
thick = 2;
difference() {
translate([0,0,-w/2]) cube([thick,h,w]);
for (z = [-w/2:2*thick:w/2]) {
translate([0,0,z]) cylinder(r=h+thick, h=thick, center=true);
}
}
translate([0,0,-w/2]) cube([5,10,w]); | glb/cad_84d37f961b4e.glb |
Create a supply sled for the board game Imhotep. The main body is a raft composed of 15 parallel cylinders, each with a diameter and height of 2.25mm. These cylinders are aligned side-by-side to form a rectangular platform with a total width of 40mm and a total length of 22.5mm. The cylinders should be rendered with a ... | cube_size = 15;
cube_distance = 2;
log_no = 15;
round = false;
raft_size_w = 2 * cube_size + cube_distance * 5;
raft_size_l = cube_size * 1.5 + cube_distance * 3;
log_size = raft_size_l / log_no;
cube_fit = 1.1;
cube_hole_size = cube_size * cube_fit;
difference() {
color("brown")
rotate(
[
... | glb/cad_b602a0521222.glb |
Create a TCHemeraDock spacer with a total height of 15mm, a width of 40mm, and a depth of 18mm. The main body is a rectangular block with rounded corners of 5mm radius.
At the top surface, center a large circular cutout with a diameter of 12mm, positioned 13.5mm from the front edge. On either side of this central cut... | height=15;
width=40;
depth=18;
holeOffset = 13.5;
holeSpacing=30;
m3HoleDiameter=3.3;
cornerRadius=5;
innerCornerRadius=5;
centreHoleDiameter=12;
centreHoleOffset=7+centreHoleDiameter/2;
cornerWidth=(width-centreHoleDiameter)/2;
overlap=0.05;
$fn=128;
difference() {
union () {
translate([-width/2,0,0])
cube([... | glb/cad_a6cda530ca1c.glb |
Create a TCHemeraDock adapter by starting with a skewed rectangular block 40mm wide, 24.25mm deep, and 25mm total height (composed of a 10mm bottom section and a 15mm top section). The block is skewed such that the top face is shifted 10mm relative to the bottom.
In the center of the bottom 10mm section, remove a cyli... | shiftX = 10;
shiftY = 24.25;
shiftZ = 15;
width = 40;
screwSpacing = 30;
topHeight = 10;
bottomHeight = 10;
m3Thread = 2.5;
m3Clear = 3.2;
m3HeadClear = 6;
headStandoff = 4;
overlap = 0.1;
M = [ [ 1 , -shiftX/shiftY , 0 , 0 ],
[ 0 , 1 , 0, 0 ],
[ 0 , shiftZ/shiftY , 1 , 0 ],
[ 0 , 0 ... | glb/cad_444688efb4a0.glb |
Create a Bowden Dock Extender for a tool changer. The object consists of a bottom support base and a top brace.
First, create the bottom support base as a rectangular block 40mm wide, 17mm deep, and 9mm high. Centered on this base, place two vertical holes with a diameter of 3.3mm, spaced 30mm apart and positioned 13.... | dockBracketWidth=40;
dockBracketDepth=18.2;
dockHeight=5;
holeOffset = 13.2;
holeSpacing=30;
cornerRadius=5;
innerCornerRadius=5;
centreHoleDiameter=12;
centreHoleOffset=7+centreHoleDiameter/2;
cornerWidth=(dockBracketWidth-centreHoleDiameter)/2;
plateThickness=6;
holeOffsetFromEdgeOfPlate=11;
dockBracketGap=holeOffset... | glb/cad_d0a82a0369de.glb |
Create a TCHemeraDock adapter with a total width of 48mm, a depth of 20mm, and a height of 15mm. The main body is a rectangular block with rounded front corners of 5mm radius.
Carve a central cutout through the height of the part. This cutout consists of a central cylinder with a 12mm diameter, flanked by two rectang... | extraDepth=1;
dockWidth=40;
dockThickness=5;
depth=20;
dockHoleOffset = 13.5;
mountingHoleOffset = dockHoleOffset + extraDepth;
holeSpacing=30;
cornerRadius=5;
innerCornerRadius=6 + extraDepth;
centreHoleDiameter=12;
centreHoleOffset=7+centreHoleDiameter/2;
cornerWidth=(dockWidth-centreHoleDiameter)/2;
height=15;
shi... | glb/cad_f79fec4a76ac.glb |
Create a two-part cable tidy consisting of a top and bottom piece. Each piece begins as a central block measuring 18mm wide, 4.5mm thick, and 15mm high. Centered within each block, add a rectangular slot measuring 5mm wide, 4.5mm thick, and 15mm high.
For the bottom piece, create a central hole for an M3 screw. This h... | include <configuration.scad>;
thickness = 4.5;
width = 18;
height = 15;
slotWidth = 5.0;
slotDepth = 1.4;
channel=4;
overlap=0.01;
module tube(innerDiameter, outerDiameter, length) {
difference() {
cylinder(r=outerDiameter/2, h=length, $fn=32);
translate([0,0,-overlap])
cylinder(r=innerDiameter/2, h=length+2*... | glb/cad_6fd74790ce19.glb |
Create a Duet 2 Maestro enclosure. Start with a rounded rectangular box with an outer length of 131mm (125mm inner length + 3mm walls on each side), an outer width of 114mm (102mm inner width + 3mm walls), and a total height of 24mm (21mm inner height + 3mm base). The walls are 3mm thick.
Hollow out the center to crea... | Enc_X4_stacked=false;
Enc_hollowbase=false;
Enc_wall_cutout=false;
Enc_extra_width=8.0;
Enc_ventillation=0;
Enc_ventillation_spacing=8.0;
Enc_basic_inner_height=21.0;
Enc_X4_separation=6.5;
Enc_5V_cutout=false;
Enc_X4_standoff=16;
Enc_duet_standoff=(Enc_X4_stacked) ? Enc_X4_standoff+Enc_X4_separation : 2.5;
Enc_stando... | glb/cad_375fb6607b6b.glb |
Create a housing for a Duet3D Laser Filament Monitor consisting of two main parts: a base and a top.
The base is a rectangular block 22.4mm wide, 15mm deep, and 7mm high. Carve a central channel through the base to accommodate a PCB that is 22.2mm wide and 1.2mm thick. Within this base, create a longitudinal groove f... | filamentHeight=7;
tubeDiameter=4.5;
innerDiameter=2.7;
closedTop = 1;
nutTraps = 1;
width=22.4;
depth=15;
holeSpacing=16;
boardWidth=22.2;
boardComponentsWidth1=18.5;
boardComponentsWidth2=9;
boardComponentsHeight1=2.8;
boardComponentsHeight2=2.0;
holeInsetDepth1=5;
holeInsetDepth2=4.5;
boardDepth=9.5;
boardThic... | glb/cad_adc3b03e1a05.glb |
Create a housing for a Duet3D Laser Filament Monitor consisting of two main parts: a base and a top.
The base is a rectangular block 25mm wide, 15mm deep, and 7mm high. Carve a central rectangular slot 6mm wide and 8mm deep into the top face to hold the PCB. Within this base, create two vertical cylindrical holes wit... | filamentHeight=7;
tubeDiameter=4.5;
innerDiameter=2.7;
closedTop = 1;
width=25;
depth=15;
holeSpacing=16;
boardWidth=22.2;
boardComponentsWidth1=18.5;
boardComponentsWidth2=9;
boardComponentsHeight1=2.8;
boardComponentsHeight2=2.0;
holeInsetDepth1=5;
holeInsetDepth2=4.5;
boardDepth=9.5;
boardThickness=1.2;
stopTh... | glb/cad_40dea3438092.glb |
Create a Duet Ethernet enclosure. Start with a solid rounded box with outer dimensions of 141mm length, 124mm width, and 32mm height. Hollow out the center to create walls 3mm thick and a base 2mm thick. The inner cavity should measure 135mm by 118mm by 30mm.
At the top edges of the side walls, create a groove 1mm dee... | Enc_hollowbase=false;
Enc_wall_cutout=false;
Enc_extra_width=16;
Enc_extra_length = 11;
Enc_ventillation=0;
Enc_ventillation_spacing=8.0;
Enc_5V_cutout=false;
Enc_duet_standoff=4.0;
Enc_standoff_radius=4;
Enc_wall=3.0;
Enc_upperlid_height=3.7;
Enc_upperlid_groove = 1.0;
Enc_basic_inner_height=28+Enc_duet_standoff;
En... | glb/cad_9ce61f06a6e4.glb |
Create two separate components for an adjustable foot assembly. First, create a conical foot by making a truncated cone with a height of 16mm, a bottom radius of 12.5mm, and a top radius of 7.5mm. Drill a vertical hole with a radius of 2.5mm through the center of this cone.
Second, create an endcap designed to fit a 2... | overlap=0.1;
$fn=64;
module foot() {
difference() {
cylinder(r1=12.5,r2=7.5,h=16);
translate([0,0,-overlap])cylinder(r=5.25,h=8+overlap);
cylinder(r=2.5,h=16+overlap);
}
}
module endcap_old() {
difference() {
translate([0,0,10]) cube([40,20,20],center=true);
translate([0,0,-overlap]) cylinder(r=2.5,h=20+... | glb/cad_b1d330307218.glb |
Create a print cooling fan mount for a Duet3D PCB effector consisting of two connected plates joined at a 70-degree angle.
First, create a fan mounting plate 2mm thick. The main body is a hull between a 40mm by 4mm rectangle and a 12mm by 0.1mm rectangle. Center a 19mm diameter circular cutout through the middle and ... | FanWidth = 40;
FanSideLength = 6;
FanHoleSpacing = 32;
EffectorSideLength = 5.5;
EffectorHoleSpacing = 12;
EffectorHolePadRadius = 5.5;
JoinWidth = 12;
FanSideThickness = 2;
EffectorSideThickness = 3;
M3Radius = 1.7;
FanHoleInset = (FanWidth-FanHoleSpacing)/2;
module cubeC(x,y,z) {
translate([-x/2,-y/2,0]) cube([x,y... | glb/cad_a8e141c66899.glb |
Create a print cooling fan mount and duct for a 40mm x 10mm fan.
First, construct a fan mount plate as a 40mm x 40mm x 3mm square slab. Center a 39mm diameter circular cutout through the slab. Place four mounting holes at the corners, each 3.3mm in diameter; the two front holes should be clearance holes and the two r... | t=2;
m3r=3.3/2;
fan_rot=-45;
duct_rot=-30;
fan_w=40;
fan_r=fan_w/2;
fan_mount_t=3;
fan_t=10;
fan_off_x=0;
fan_off_y=(fan_w/2)*sin(fan_rot);
fan_off_z=-(fan_w/2)*cos(fan_rot)-fan_t;
duct_out_h=4;
duct_out_w=20;
duct_out_off_x=0;
duct_out_off_y=-9;
duct_out_off_z=-46;
duct_cut_r=17;
duct_cut_off_x=0;
duct_cut_off_y=20;
d... | glb/cad_536088e7a104.glb |
Create a DC42 Precision Kossel foot by constructing a truncated cone with a height of 8mm, a bottom radius of 14mm, and a top radius of 11mm. Bore a central hole through the entire part starting from the bottom with a radius of 2.8mm. At the top of the part, create a wider cylindrical recess with a radius of 4.8mm that... | m5clear = 5.0;
m5head = 9.0;
height = 8.0;
headRecess = 4;
baseThickness = height - headRecess;
extraClear = 0.6;
overlap = 0.1;
difference() {
cylinder(r1=14, r2=11, h=height, $fn=80);
translate([0,0,-overlap])
cylinder(r=(m5clear+extraClear)/2, h=height+2*overlap, $fn=32);
translate([0,0,baseThickness])
cyli... | glb/cad_736ef9acc847.glb |
Create a DC42 Precision Kossel endstop mount. Start with a central rectangular block measuring 18mm wide, 15mm high, and 7mm thick. Carve a central slot through the block that is 5mm wide and 1.4mm deep.
Create a central mounting hole for an M3 screw. This hole consists of a wide cylindrical counterbore with a radius... | thickness = 7.0;
width = 18;
height = 15;
slotWidth = 5.0;
slotDepth = 1.4;
extra_radius = 0.2;
m3_nut_od = 6.1;
m3_nut_radius = m3_nut_od/2 + 0.2 + extra_radius;
m3_washer_radius = 3.5 + extra_radius;
m3_major = 2.85;
m3_radius = m3_major/2 + extra_radius;
m3_wide_radius = m3_major/2 + extra_radius + 0.2;
m3_head_r... | glb/cad_f12bb896b1c0.glb |
Create a CarriageStop for a Precision Kossel printer. Start with a central rectangular block measuring 18mm wide, 14mm thick, and 15mm high, centered on the origin. Add a second rectangular block to the center of the first, measuring 5mm wide, 14mm thick, and 15mm high, offset by 1.4mm along the thickness axis to creat... | thickness = 14.0;
width = 18;
height = 15;
slotWidth = 5.0;
slotDepth = 1.4;
extra_radius = 0.2;
m3_nut_od = 6.1;
m3_nut_radius = m3_nut_od/2 + 0.2 + extra_radius;
m3_washer_radius = 3.5 + extra_radius;
m3_major = 2.85;
m3_radius = m3_major/2 + extra_radius;
m3_wide_radius = m3_major/2 + extra_radius + 0.2;
m3_head_... | glb/cad_87a958f871d5.glb |
Create a mounting plate for a portable camera system. Start with a rectangular base plate measuring 49mm wide by 58mm long with a thickness of 5.2mm. Round the four corners of the base with a radius of 3.5mm.
At each of the four corners, add a cylindrical standoff with a height of 8.5mm and a radius of 3.5mm. Drill a ... | $fn = 40;
SR = 3.5;
SH = 8.5;
BX = 49;
BY = 58;
BZ = 5.2;
BC = 3.5;
BL = 20;
MO = 14.5;
ML = 6;
Hole = 3;
HoleR = Hole /2;
HO = 3.5;
difference(){
union(){
translate ([(BX/2),(BY/2),(BZ+SH/2)]) cylinder( SH, BC, BC, true);
translate ([-(BX/2),(BY/2),(BZ+SH/2)]) cylinder( SH... | glb/cad_96cb02896835.glb |
Create a Constant Radius Tray consisting of a tapered square container with a rounded lip.
Start by constructing the main body as a square basin with a top width and length of 100mm and a height of 40mm. The walls should taper inward toward a base that is 90mm by 90mm (a 5mm inset on all sides). Apply a fillet radius... | Cup_Top_Width = 100;
Cup_Top_Length = 100;
Cup_Height = 40;
Cup_Fillet_Radius = 5;
Cup_Bottom_Inset = 5;
Cup_Bottom_Width = Cup_Top_Width - 2*Cup_Bottom_Inset;
Cup_Bottom_Length = Cup_Top_Length - 2*Cup_Bottom_Inset;
Lip_Overhang = 1;
Lip_Height = 5;
Lip_Fillet_Radius = Cup_Fillet_Radius +Lip_Overhang;
Lip_Cylinder_... | glb/cad_7368704f2e18.glb |
Create a Raspberry Pi 0 and RGB2HDMI board case by starting with a solid rectangular block measuring 68.8mm in width, 33.8mm in depth, and 22.5mm in height. Hollow out the center of this block to create a shell with a wall thickness of 1.4mm on all sides, leaving the top face closed.
On the bottom face of the case, cr... | $fa=0.5;
$fs=0.5;
si = 0.01;
s2 = si/2;
bx = 68.8;
by = 33.8;
bz = 22.5;
th = 1.4;
oy = 10.6 - 1;
oz = 14.6;
doy = 12.3;
doz = 7.9;
bd = 4.5;
btx = 6.5;
vb = [
[18.8,5.5,-s2],
[34.6,5.5,-s2],
[50.4,5.5,-s2],
[63.3,16.3,-s2],
];
ld = 4;
vl = [
[10.2,5.5,-s2],
[58.6,5.5,-s2],
];
*difference... | glb/cad_be0921f49bc4.glb |
Create a rectangular case for a Raspberry Pi 0 and RGB2HDMI board with outer dimensions of 68.8mm in length, 33.8mm in width, and 22.5mm in height. The case has a wall thickness of 1.4mm. Hollow out the interior to create a shell, leaving the walls intact except for specific port openings.
At the bottom, place four mo... | $fa=0.5;
$fs=0.5;
si = 0.01;
s2 = si/2;
bx = 68.8;
by = 33.8;
bz = 22.5;
th = 1.4;
sy = 15.5;
sz = 4.6;
dsy = 11;
dsz = 5.4;
hx = 14;
hz = 4.5;
dhx = 7.3;
dhz = 5.4;
ux = 8.2;
uz = 4.6;
dux = 39.2;
duz = 5.2;
px = ux;
pz = uz;
dpx = 51.9;
dpz = duz;
oy = 10.6;
oz = 15;
doy = 12.3;
doz = 7.5;
fd = 6;
fh = 3;
fh... | glb/cad_945ea97bcdb4.glb |
Create a hollow cylindrical sleeve with an outer diameter of 5.2mm and a total height of 11mm. To form the interior cavity, remove a central cylinder with a diameter of 2.9mm that extends through the entire height of the object, starting from 0.5mm below the base to ensure the bottom is completely open. | $fa=0.3;
$fs=0.3;
hh = 11;
difference()
{
cylinder(d=5.2,h=hh);
translate([0,0,-0.5])
cylinder(d=2.9,h=hh+1);
} | glb/cad_f1dba998bd09.glb |
Create a DIMM Memory Organizer designed to hold 10 memory modules. Start with a rectangular base measuring 124mm in width, 52.5mm in depth, and 2mm in height. At each end of the base, add vertical support walls that are 36mm tall and 8mm wide, creating a central open area.
Within this central area, carve out 10 parall... | $fa=0.3;
$fs=0.3;
si = 0.01;
s2 = si/2;
sdx = 62+2;
sdy = 2.8;
sdz = 34;
dx = 134+2;
dy = sdy;
dz = sdz;
sx = 3;
sy = 2.8;
cx = 8;
cy = 65.5 - 13;
cz = 36;
bx = cx + dx - sx*2;
by = cy;
bz = 2;
pd = 4.5;
ph = 5;
pp = [[0,0,cz],[0,cy,cz],[bx,0,cz],[bx,cy,cz]];
difference()
{
union()
{
cube([bx,by,bz]);
f... | glb/cad_d7f9dd04a14a.glb |
Create a Raspberry Pi 4 enclosure consisting of a base, a border, and a cover.
For the base, create a rectangular slab 91mm wide by 62mm deep and 2mm thick. At four specific coordinates—(3.5, 3.5), (61.5, 3.5), (3.5, 45.5), and (61.5, 45.5)—create cylindrical mounting posts. Each post should have a 2.5mm diameter hol... | $fa=0.5;
$fs=0.5;
si = 0.005;
s2 = si / 2;
pcb_corner_radius = 3;
pcb_x = 85;
pcb_y = 56;
pcb_z = 1.4;
pcb_r = pcb_corner_radius;
std_x = 3.5; std_w = 58;
std_y = 3.5; std_h = 49;
std_d = 2.7;
bz = 2;
pd = 6;
ph = 2.5;
lg = 2;
ld = 1.5;
oz = ph+1.4+16.35-si+2;
B = 0.5;
cover();
border();
base();
lh = 5;
M3 =... | glb/cad_b52417f2044d.glb |
Create a quick release plate for camera tripods. Start with a top plate that is 65mm wide, 75.5mm long, and 4.2mm thick. The front and back edges of this plate are rounded with a radius equal to half the width.
Add two side lips at the far ends of the plate, each 3.1mm wide and 9.2mm high, extending the full length of... | $fa=5;
$fs=0.5;
tpx = 65;
try = 75.5;
tpy = sqrt(pow((tpx/2),2)+pow(try,2));
tpz = 4.2;
slx = 3.1;
slz = 9.2;
dbpy = 11;
blwx = 10;
blwy = 3;
blwz = 2;
dblwx = 4;
bhwx = 26;
bhwax = 4;
bhwy = 3;
bhwz = 2;
bpx = 58.9;
bry = 50.8-blwy;
bpy = 33.15-bhwy;
bpz = 12.2;
tmy = 0.1;
brtx = (bpx - bhwx)/2;
brtx2 = 5.8;
... | glb/cad_741f7dc920a6.glb |
Create a quick release plate for a camera tripod. Start with a main rectangular body measuring 52.6mm in width, 42.4mm in depth, and 9.85mm in height. On top of this base, add a thinner top plate measuring 52.6mm by 42.4mm with a thickness of 4.8mm.
At the front of the model, integrate a raised lip that is 42.95mm wid... | $fa=5;
$fs=0.5;
tpx = 52.6;
tpy = 47.6-5.2;
tpz = 6.3-1.5;
bpx = tpx;
bpy = tpy-5.2;
bpz = 9.85;
flx = 42.95;
fly = 4.2;
flz = 5.1;
fd = 3.1;
flo = 2.4;
blx = tpx;
bly = 16.7;
blz = bpz - tpz;
bd = 4;
blo = 2.4;
*union()
{
cube([tpx,tpy,tpz]);
translate([0,-(bpy-tpy)/2,0])
cube([bpx,bpy,bpz]);
}
differenc... | glb/cad_4be0c0af99fb.glb |
Create a quick release plate for camera tripods with a total length of 190mm, a width of 50mm, and a base thickness of 1mm. The main body should feature a raised central section 42mm wide and 11mm high, while the outer edges remain at the base thickness.
On the underside, incorporate two guide lips that are 4mm high ... | $fa=3;
$fs=0.3;
si = 0.001; s2 = si/2;
length = 190;
ScrewStop = length - 48;
tpx = length; tpx0 = 7;
tpy = 42; tpy0 = 39;
tpz = 3;
tpdz = 11-tpz;
bpx = tpx;
bpy = 50; bpy0 = 47;
bpz = 1;
gdx0 = 0; gdx1 = 42; gdx2 = bpx;
gdy0 = 4.25; gdy1 = 10; gdy2 = gdy0;
gdz = 4;
hdy0 = 9; hdy1 = 15; hdy2 = 4;
hdx1 = 5; hdx2 =... | glb/cad_bd9a124db606.glb |
Create a tripod mount for a phone with dimensions 73.8mm x 158.1mm x 9.5mm. Start by constructing a main body that is a hull of a 20mm diameter cylinder with a height of 10mm and a rectangular block measuring 164.1mm x 11.5mm x 83.8mm.
From this body, remove a central rectangular cavity measuring 73.8mm x 158.1mm x 7... | $fa=5;
$fs=0.5;
sx = 73.8;
sy = 158.1;
sz = 8.5+1;
th = 3;
ss = 1;
bah = 10;
bx = sx + th*2 + ss;
by = sy + th*2 + ss;
bz = sz + th*2 + ss;
od = 6.2 * 25.4;
kt = 6.35-0.1*2;
kh = 6;
ux = 11.5+1.5;
uy = sz;
uz = th+ss;
bux = 41+3;
buy = 2+1;
buz = 0.45+1;
buo = 25;
difference()
{
hull()
{
translate([-... | glb/cad_3d330c23b9e7.glb |
Create a glue gun trigger part starting with a base rectangular block 15mm long, 6mm wide, and 4mm high. Add a second block of the same dimensions on top, rotated slightly by 3.7 degrees along the X-axis. Integrate a cylinder with a 2mm radius and a height of 6mm, positioned at the top edge and rotated 90 degrees.
Ext... | $fa=5;
$fs=0.5;
bt = 6;
st = 4.2;
dt = bt-st;
difference()
{
union()
{
union()
{
cube([15,bt,4]);
translate([-0.225,0,0.85])
rotate([0,3.7,0])
cube([15,bt,4]);
dr = 2;
scale([1,1,1.25])
translate([0,bt,dr])
rotate([90,0,0])
cylind... | glb/cad_85f7427c40b4.glb |
Create a Canon EOS-M IR support with a hot-shoe mount. Start with a solid rectangular block measuring 40mm wide, 34mm deep, and 41mm high.
From this block, remove a large central volume to create a hollow shell. This internal void begins with a rectangular section 15.3mm wide, 30.55mm deep, and 66.6mm high (extending... | $fa=5;
$fs=0.5;
cx = 15.3;
cy = 30.55;
cz = 66.6;
difference()
{
translate([-19-20.5,0,-5])
cube([17+19+20.5,34,36+5]);
translate([-0.01,2,36-66.6-2])
union()
{
translate([-19-20.5,0,0])
cube([cx+19+20.5,cy,cz]);
fd = 7.2;
translate([cx-(5.5+fd/2),0.01,cz-30.7-3.6])
... | glb/cad_73d44065d5af.glb |
Create a horizontal spacer for an Anet A8 spool holder. Start with a central rectangular block measuring 128.3mm in length, 29.5mm in width, and 4.5mm in height. From this main body, remove a central capsule-shaped void consisting of a cylinder with a 15mm diameter and a rectangular section measuring 100mm by 15mm, bot... | cw=128.3;
ch=29.5;
cd=4.5;
difference()
{
cube([cw,ch,cd],center=true);
captivescrew();
mirror([1,0,0])
captivescrew();
cube([cw-100,15,cd+1],center=true);
translate([(cw-100)/2,0,0])
cylinder(d=15,h=cd+1,center=true);
translate([-(cw-100)/2,0,0])
cylinder(d=15,h=cd+1,center=true);
}
module captivescre... | glb/cad_6d5c6a67ebc8.glb |
Create a spool holder by starting with a central rectangular block measuring 150mm in width, 27.3mm in height, and 4.1mm in depth, centered on all axes. Remove a central horizontal slot that is 100mm wide, 15mm high, and 5.1mm deep. At both the left and right ends of the block, create circular holes with a diameter of ... | cw=150;
ch=29.5-0.2;
cd=4.5-0.2;
difference()
{
cube([cw,ch,cd],center=true);
captivescrew();
mirror([1,0,0])
captivescrew();
cube([cw-100,15,cd+1],center=true);
translate([(cw-100)/2,0,0])
cylinder(d=15,h=cd+1,center=true);
translate([-(cw-100)/2,0,0])
cylinder(d=15,h=cd+1,center=true);
}
module captive... | glb/cad_41a0f9efa88e.glb |
Create a spool holder consisting of a tiered cylindrical base and a hollow upper sleeve. Start with a solid base cylinder 72mm in diameter and 3mm high. On top of this base, center a hollow cylinder with an outer diameter of 68mm and a height of 13mm. Add a thin transition ring on top of the sleeve that flares slightly... | $fa=0.3;
$fs=0.3;
si = 0.005;
s2 = si/2;
difference()
{
union()
{
cylinder(d=72,h=3);
translate([0,0,3])
cylinder(d=68,h=13);
translate([0,0,16])
cylinder(d1=68,d2=69,h=1);
translate([0,0,17])
cylinder(d=69,h=1);
translate([0,0,18])
cylinder(d1=69,d2=68,h=1);
}
translate([0,0,3])
cylinder... | glb/cad_850c0d7e692e.glb |
Create a spool holder by constructing a flat plate with a thickness of 4.5mm. The overall footprint is a modified rectangle with a width of 160mm and a height of 180mm. The top edge of the plate is not flat; it curves inward to form a centered, rounded notch with a diameter of 60mm and a depth of 30mm.
Within the main... | $fa=0.5;
$fs=0.5;
si = 0.005;
s2 = si/2;
cw=150;
ch=29.5;
cd=4.5;
hx = 160;
hy = 4.5;
hz = 180;
wz = 10;
wx = 15;
dld = 60;
dlm = dld/2;
difference()
{
union()
{
translate([0,hy,0])
rotate([90,0,0])
linear_extrude(height = hy)
polygon([ [0,0],
[hx,0],
[hx,15],
[hx/2+dld/2,hz-dlm/2],... | glb/cad_8aef09e1b8ee.glb |
Create a Customizable Furniture Leg Extension consisting of a hollow cylindrical sleeve and an optional height-adjusting screw.
The main body is a cylinder with a wall thickness designed to hold a furniture leg. The outer diameter and height are customizable, but for a standard fit, use a diameter of 20mm and a heigh... | screw_resolution = $fs;
function ThreadPitch(diameter) =
(diameter <= 64) ?
lookup(diameter, [
[2, 0.4],
[2.5, 0.45],
[3, 0.5],
[4, 0.7],
[5, 0.8],
[6, 1.0],
[7, 1.0],
[8, 1.25],
[10, 1.5],
[12, 1.75],
[14, 2.0],
[16, 2.0],
[18, 2.5],
... | glb/cad_abdfb443d465.glb |
Create a sensor mount for an embroidery machine. Start with a base block that is 15mm wide, 13mm deep, and 2mm high. On top of this base, add a second block that is 15mm wide, 8mm deep, and 3.65mm high, centered on the base.
To create the mounting clamp, subtract a cylinder with a radius of 3.51mm and a height of 20mm... | needle_shaft_dia = 5;
mount_shaft_dia = 7.3;
flag2();
module sensor_mount(){
holes_spacing = 15;
difference(){
union(){
translate([-(5+holes_spacing)/2,0,0]){ cube([holes_spacing+5, 13,2]); cube([holes_spacing+5, 8,mount_shaft_dia/2+1]);}
translate([-10,4,9]) rotate([180,0,0]) rotate([0,90,0])
difference(){
cylind... | glb/cad_8f941ab56a25.glb |
Create an encoder wheel for an embroidery machine. Start with a central cylinder that has a radius of 4.8mm and a height of 8mm. This central cylinder must have a concentric hole bored through its center with a radius of 4.8mm and a height of 10mm.
Around this central hub, add 10 equally spaced radial blades. Each bl... | encoder_wheel_axial_hole_dia = 9.6;
encoder_blades_no = 10;
encoder_wheel_dia = encoder_wheel_axial_hole_dia*1.6 + 10;
encoder_mount_screw_dia = 5;
encoder_wheel();
module encoder_mount()
{
rotate([0,-90,45]) linear_extrude(height=2) polygon([[0,4],[0,28],[13,28]]);
difference(){
translate([-22,18,0])... | glb/cad_0a40d4b352b1.glb |
Create a large rectangular embroidery hoop frame with a work area of 160mm by 260mm and a total height of 9mm. The frame consists of an inner wall with a thickness of 5mm and an outer wall with a thickness of 10mm.
Construct the frame using four identical quarters. Each quarter should be a mirrored section of the ove... | use <hoop.scad>
workareaWidth = 160;
workareaHeight = 260;
frameHeight = 9;
innerFrameThickness = 5;
outerFrameThickness = 10;
hoop_quarter(0);
module hoop_large()
{
sizeOffset = 8;
innerFrameWidth = workareaWidth+innerFrameThickness*2+sizeOffset;
innerFrameHeight = workareaHeight+innerFrameThickness*2+... | glb/cad_9df675523ec6.glb |
Create a knob with a total height of 20mm. The main body is a cylinder with a radius of 3.3mm (3.5mm diameter minus 0.2mm) and a height of 20mm. At the base of this cylinder, add a shorter, wider cylindrical plinth with a height of 3mm and a radius of 4.9mm (1.4 times the rod diameter), which must be rendered as a 6-si... | knoobHeight = 20;
rodDia = 3.5;
difference(){
union(){
for(i=[0:24:360])
rotate([0,0,i]) translate([rodDia*0.8,0,0]) cylinder(r1=2, r2=1.2, h=knoobHeight, $fn = 3);
cylinder(r=rodDia-0.2,h=knoobHeight);
cylinder(r=rodDia*1.4,h=3);
}
cylinder(r=rodDia/2,h=knoobHeight);
cylinder(r=rodDia*0.95,h=3, $fn=6);
} | glb/cad_f853dfa5ea97.glb |
Create an embroidery machine mount consisting of two primary components: a plotter mount and a clamp.
First, construct the plotter mount. Start with a base block 20mm high, with a width of 40mm. Modify this base by creating a hull between a 5mm wide section and a 10mm wide section (offset by 10mm) to form the main bod... | distance = 47;
column_height = 20;
mount_plotter();
translate ([52,5,0])
mount_clamp();
module screw_hole(d=3.5, fn=10, pocket = false)
{
cylinder(r=d/2, h = 20);
translate([0,0,-7]){
cylinder(r=d*0.95, h = 10, $fn=fn);
if (pocket)
{
translate([-d,-20,0]) cube([2*d,20,8])... | glb/cad_f5b3437fa5a4.glb |
Create a mounting bracket for an embroidery machine. Start with a base structure composed of three rectangular blocks: a main vertical pillar 8mm wide, 50mm tall, and 15mm deep; a middle section 16mm wide, 25mm tall, and 8mm deep; and a bottom base 20mm wide, 25mm tall, and 4mm deep. Combine these to form a stepped pro... | mountingHolesSpacing = 40;
mountingHolesDia = 3.5;
width = mountingHolesSpacing+10;
totalSpacing = 20;
rotate([90,0,0])
difference(){
union(){
translate([totalSpacing-8,-width/2,15]) cube([8,width,8]);
translate([0,-width/4,15]) cube([16,width/2,8]);
translate([0,-width/2,11]) cube([totalSp... | glb/cad_0cc2db8e485c.glb |
Create a rectangular block with a width of 20mm, a depth of 10mm, and a height of 12mm. Center a vertical hole with a diameter of 3.5mm through the entire height of the block. From the top surface, remove a cylindrical section with a diameter of 3.3mm and a height of 9mm, starting 3mm above the base, to create a recess... | screw_hole_dia = 3.5;
height = 12;
difference(){
translate([-10,-5,0]) cube([20,10,height]);
cylinder(r=screw_hole_dia / 2, h = height);
translate([0,0,3]) cylinder(r=screw_hole_dia * 0.95, h = height);
}
for (i=[1:2:height])
translate([-10,4+i/10,i]) mirror([0,0,1]) rotate([0,90,0]) cylinder(r=1.8, h=20, ... | glb/cad_7fcb0f768334.glb |
Create a mechanical assembly for an embroidery machine positioning system. Construct a central carriage assembly that includes a carriage body and two parallel guide rails. Each rail consists of a cylinder with a radius of 10mm and a height of 300mm, paired with a guide component.
Position two x-end supports symmetric... | include <carriage.scad>;
include <settings.scad>;
include <y_end1.scad>;
include <y_end2.scad>;
include <belt_clamp.scad>;
include <x_end.scad>;
use <pulley.scad>;
use <Belt_Generator.scad>;
for(mul = [1,-1])
translate([0,-mul*136+80,linear_bearing_r]) scale([1,mul,1])
{
rotate([90,0,0]) x_end();
... | glb/cad_24221775a9d8.glb |
Create a parametric pulley with 18 teeth designed for a T5 belt profile. The pulley consists of a central toothed section with a height of 10mm and a base cylinder with a height of 7.5mm and a diameter of 17.1mm.
Add a belt retainer flange on the top surface with a height of 1mm and an idler flange on the bottom surf... | Pulley16Teeth();
module Pulley16Teeth()
{
Pulley(
teeth = 18,
profile = 1,
motor_shaft = 5.5,
m3_dia = 3.5,
m3_nut_hex = 1,
m3_nut_flats = 5.8,
m3_nut_depth = 2.8,
retainer = 1,
retainer_ht = 1,
idler = 1,
idler_ht = 0,
pulley_t_ht = 10,
pulley_b_ht = 7.5,
pulley_b_dia = 17.1,
no_of_nuts = 1,
nut_angle = 90,
nut_s... | glb/cad_982fc8103361.glb |
Create a customizable hairpin leg support. Start by designing a triangular mounting plate with a thickness of 1mm. The plate is defined by three vertices located at (10, 10), (10, 50), and (50, 10) in the XY plane. Within this plate, create three circular screw holes, each with a diameter of 3mm. Position these holes s... | d=6;
xy0=10;
xy1=50;
z=100;
d_screw=3;
xy_screw=8;
$fn=60;
mirror([0,0,1]) {
topsphere([xy0,xy0,z]);
topsphere([xy1,xy0,z]);
topsphere([xy0,xy1,z]);
difference() {
hull() {
translate([xy0,xy0,z]) cylinder(d1=2*d,d2=2*d+2,h=1);
translate([xy0,xy1,z]) cylinder(d1=2*d... | glb/cad_43bfc09a3d4b.glb |
Create a Drag Chain link with a width of 30mm, a length of 45mm, and a height of 15mm. The link is a hollowed-out rectangular shell with rounded ends. The side walls are formed by two parallel plates connected by a central curved body.
The top and bottom edges of the side walls are rounded with a radius of 7.5mm. The ... | width= 30;
length=45;
height=15;
max_angle = 50;
under_angle=0;
over_angle=25;
inner_axis=0;
closed=0;
clip=1;
tolerance = 0.2;
toothpick = 2.1;
multicolor_block=0;
mcb_height=2;
module outline(width, length, height, radius, l1, angle_under, angle_over)
{
y_ofs = l1 / 2;
t = radius / 2;
differen... | glb/cad_ada7cf78ade1.glb |
Create a water catcher for defrosting a fridge consisting of a wide, shallow triangular tray and a cylindrical drainage attachment. Start by constructing a tray with a flat rectangular base of 192mm by 188mm and walls 1mm thick. The walls should rise to a height of 15mm, sloping downward from the back toward the front ... | linear_extrude(1)
difference (){
square (188);
rotate (-45)square (410);}
difference (){
linear_extrude (9){
difference(){
union(){
square ([2,183]);
translate ([0,188])square ([192,2]);}
rotate (-45)square (410);}}translate ([-5.6,189.7,7.0])rotate ([0,96,-31])color ("red")cylinder (r=lir+.55,h=15);}
$fn=80;
sir= 8/... | glb/cad_03fd6ba1db66.glb |
Create an Embossed Constant Radius Tray. Start by constructing a main cup body with a top width and length of 100mm and a height of 40mm. The bottom of the cup should be inset by 5mm, resulting in a bottom width and length of 90mm. Apply a fillet radius of 5mm to all vertical edges and corners.
Add a lip around the to... | Cup_Top_Width = 100;
Cup_Top_Length = 100;
Cup_Height = 40;
Cup_Fillet_Radius = 5;
Cup_Bottom_Inset = 5;
Cup_Bottom_Width = Cup_Top_Width - 2*Cup_Bottom_Inset;
Cup_Bottom_Length = Cup_Top_Length - 2*Cup_Bottom_Inset;
E_Space_Multiplier = 2;
Cup_E_Count_X = ceil(Cup_Top_Width/(E_Space_Multiplier*Cup_Fillet_Radius));
... | glb/cad_8545b091d8b1.glb |
Create a customizable LED strip lamp base in the shape of a hexagonal prism. The main body is a hollowed-out hexagon with a total height of 20mm and a side length of 50mm. The walls of the hexagon should be 4mm thick.
The interior of the prism is hollowed out from the bottom up to a height of 16mm (leaving a 4mm base)... | $fn=50;
$vpt=[16.78,-20.80,33.99];
$vpr=[42.40,0.00,28.50];
$vpd=215.0;
partToRender = 0;
clipHoles = [];
trialPrint = false;
clearance = 0.4;
cableThick = 2.5;
correction = 0.1;
boxSides = 6;
boxSideLen = 50;
boxHeight = 20;
boxWall = 4;
dpHeight = 2;
pegDiameter = 3;
jfWall = 2;
jfWing ... | glb/cad_b1dc9212d220.glb |
Create a keychain loop by generating a torus. The shape is formed by taking a circle with a diameter of 8mm and rotating it 360 degrees around an axis that is offset 18mm from the center of the circle. Ensure the final geometry is a smooth, continuous ring with a high facet resolution. | $fn=200;
rotate_extrude(convexity = 10)
translate([18, 0, 0])
circle(d=8); | glb/cad_d1aa7d7c8f52.glb |
Create a Foscam C1 fixed arm consisting of a mounting eye, a connecting beam, and a square plate. Start by creating a cylindrical eye with a diameter of 13.8mm and a height of 4.77mm, featuring a centered vertical hole with a diameter of 5.8mm. From the edge of this eye, extend a square beam with a cross-section of 4.7... | $fn=200;
beam_width=4.77;
beam_length=60;
beam_angle=35;
plate_size=40;
plate_thickness=4;
plate_beam_offset=10;
eye_thickness=4;
eye_hole_diameter=5.8;
eye_diameter=eye_hole_diameter+(eye_thickness*2);
module c1_beam() {
union() {
cube(size=[beam_width,beam_length,beam_width]);
translate(v=[0,be... | glb/cad_cff6a6cd4032.glb |
Create a Dutch priority sign consisting of a flat square base and raised text. Start by creating a square plate measuring 150mm by 150mm with a thickness of 2.5mm. On the top surface of this plate, add extruded text with a height of 3mm using a sans-serif font at a size of 15mm. The text should be left-aligned and arra... | $fn=50;
tfont = "Liberation Sans";
tsize = 15;
txt1 = "Gebrek aan";
txt2 = "planning van";
txt3 = "jouw kant hoeft";
txt4 = "nog geen";
txt5 = "SPOED te";
txt6 = "betekenen van";
txt7 = "mijn kant.";
cube([150,150,2.5],center=true);
linear_extrude(3) {
translate([-70,55,0]) text(txt1,size=tsize,font=tfont);
t... | glb/cad_f50a46e1b56f.glb |
Create a tatting bobbin consisting of two identical flat plates connected by a central hollow tower. Start by creating a base plate 36mm long, 16mm wide, and 1mm thick, with fully rounded ends (semicircles with a 8mm radius). Duplicate this plate and position it exactly 7mm above the first. To connect them, create a ce... | $fn=50;
floor_width=16;
floor_length=36;
floor_thick=1;
tower_width=5;
tower_length=25;
tower_wall=1;
tower_hole=6.5;
object_height=7;
module floor_roof_2d(f_w, f_l)
{
translate(v=[f_w/2,0,0])
circle(d=f_w);
translate(v=[f_l-(f_w/2),0,0])
circle(d=f_w);
translate(v=[f_w/2,-(f_w/2),0])
square(... | glb/cad_e9b7575e08f3.glb |
Create a filament dryer ring segment with a total height of 52mm and an outer diameter of 320mm. The main body is a curved wall with a thickness of 18mm. The interior of the ring is hollowed out by removing a cylinder with a radius of 158mm (diameter of 316mm) from the center, leaving a thin wall.
The bottom section ... | $fs=0.5;
$fa=1;
diameter=320;
height=52;
flange=18;
tabwidth=16;
difference() {
ring(diameter,height,flange);
translate([0,-(diameter+4+1)/2,-0.5])
cube([diameter/2+2.5,diameter+4+1,height+10+1]);
rotate([0,0,120])
translate([0,-(diameter+4+1)/2,-0.5])
cube([diameter/2+2.5,diameter... | glb/cad_f545502de906.glb |
Create a fan adapter duct that transitions from a 50mm square base to a 40mm square top over a height of 30mm. The main body is a lofted hull connecting a 50mm square plate at the bottom (thickness 5mm) to a 40mm square plate at the top (thickness 5mm), with the plates centered on the Z-axis.
Remove a central conical ... | $fs=0.5;
$fa=5;
f1=40;
f2=50;
h=30;
module body(f1=40,f2=50,h=30) {
hull(){
translate([-f2/2,-f2/2,2.5]) plate(f=f2);
translate([-f1/2,-f1/2,h-2.5]) plate(f=f1);
}
}
module plate(f=40,t=5) {
hull(){
for (a=[2,f-2]) {
for (b=[2,f-2]) {
translate([a,b,0]) ... | glb/cad_f46f2abc2b82.glb |
Create a strain relief bracket for a 3D printer bed. Start with a base plate that is 16mm wide, 50mm long, and 4mm thick. The base should have a hull-like shape formed by cylinders with 8mm diameters at the corners and a rectangular section. Drill two 4mm diameter holes through the base plate, positioned 22mm apart cen... | $fs=0.5;
$fa=5;
module ziptie_round_edge()
{
difference()
{
translate([0,0,0]) rotate([90,0,0]) cylinder( h=3.2, r=4, $fn=50 );
translate([0,1,0]) rotate([90,0,0]) cylinder( h=5, r=2, $fn=50 );
translate([-10,-4,0]) cube([20,5,5]);
translate([-20,-4,-13]) cube([20,5,20]);
}
}... | glb/cad_2725dbe2aa73.glb |
Create a strain relief bracket for a 3D printer bed. Start with a base plate that is 3mm thick. The main body is a hull formed by three cylinders of 8mm diameter: two positioned at [12, -10, 0] and [12, 8.5, 0], and one at [5, 46, 0], combined with a rectangular section of 8mm by 8mm and a smaller 4mm by 4mm block at t... | $fs=0.5;
$fa=5;
module ziptie_round_edge()
{
difference()
{
translate([0,0,0]) rotate([90,0,0]) cylinder( h=3.2, r=4, $fn=50 );
translate([0,1,0]) rotate([90,0,0]) cylinder( h=5, r=2, $fn=50 );
translate([-10,-4,0]) cube([20,5,5]);
translate([-20,-4,-13]) cube([20,5,20]);
}
}... | glb/cad_3a55f796b3de.glb |
Create a 3030 extrusion t-slot nut by constructing a composite geometric body with a central vertical hole. Start with a top section formed by the convex hull of a 4mm cube and a cylinder with an 8mm diameter and 2mm height, centered at the origin. Below this, create a base section that is the convex hull of two 4mm cu... | $fs=0.5;
$fa=5;
difference() {
union() {
translate([0,0,1]) top();
translate([0,0,-1]) body();
}
cylinder(d=3.8,h=13,center=true);
}
module top() {
hull() {
translate([-2,-2,0]) cube([4,4,2],center=true);
translate([2,2,0]) cube([4,4,2],center=true);
cylinder(d=8... | glb/cad_7e351b4a5d95.glb |
Create a T-slot nut for a 3030 extrusion. The object is centered around a vertical axis with a total height of 5.5mm. Construct the main body by creating a hull that blends two small cubes of 2.75mm size positioned at opposite corners, combined with two cylinders of 5.5mm diameter placed along the x-axis. This forms a ... | $fs=0.5;
$fa=5;
dim=5.5;
thick=1.5;
difference() {
union() {
translate([0,0,1]) top();
translate([0,0,-1]) body();
}
cylinder(d=3.8,h=13,center=true);
}
module top() {
hull() {
translate([-dim/4,-dim/4,thick-2]) cube([dim/2,dim/2,thick],center=true);
translate([dim/4,dim... | glb/cad_55ee2c646299.glb |
Create a fan mount and duct consisting of a mounting plate and an attached air guide.
First, construct the mounting plate. Create a rectangular base approximately 18.6mm high, 3mm wide, and 14.5mm deep. Within this plate, create two cylindrical holes with a diameter of 3.5mm and a length of 5mm, positioned at the top... | $fs=0.5;
$fa=5;
wt = 0.5;
fan_xy = 40;
fan_z = 5;
duct_z = 50;
outlet_r = 5;
scale_val = (fan_xy+2*wt)/fan_xy;
fan_w=19.5;
fan_l=14.5;
ht=20;
thickness=4;
module duct_inside() {
difference(){
union(){
hull(){
cube([fan_w, fan_l,5], center=true);
translate([0,(f... | glb/cad_6ee22e183ae9.glb |
Create a Fan Mount consisting of three primary geometric components: a backplate, a fan mount, and a locator.
First, construct the backplate. Create a central backbone by forming a hull between two cylinders of 6mm diameter and 10mm height, positioned 78mm apart. Add two rectangular clips, each 29mm wide and 2mm thick... | $fs=0.5;
$fa=5;
rotate([180,0,0]) union() {
translate([50,0,-1.5]) rotate([0,0,90]) backPlate(30);
translate([10,0,1.5]) fanmount();
translate([2.75,0,-3]) rotate([0,180,90]) locator();
}
module fanmount() {
rotate([0,0,45])
difference(){
union(){
hull(){
translate([-28.5,0,... | glb/cad_f21066828651.glb |
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