This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 9” design is derived from the Hex Honeycomb (conformal to face). 
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 9

9 Barely Bulb Hex Honeycomb.stl

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 8” design is derived from the Diamond TPMS (Volume fill). 
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 8

8 Barely Bulb Diamond Infill.stl

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 7” design is derived from the SplitP TPMS (Volume fill). There is a version with built-in supports on some of the trickier overhangs near the top of the bulb.
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 7

7 Barely Bulb SplitP Infill supports.stl

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 6” design is derived from the SplitP TPMS (conformal to face).
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 6

6 Barely Bulb SplitP Wall.stl

**Print your own beautiful pendant lamp project!**
This project utilizes mostly 3D-printed parts and is ideal for a simple, modern living room.

**How does it work?**
The lamp is designed to snap together without any hardware, except for a light socket and cord.

**Colors:**
For the best visual effect, I recommend using lighter colors such as gray, white, or light brown filament. Dark colors will not produce the same lighting effect as shown in the pictures.

This is the filament I used for the Project.
PolyMaker PLA Peanut: (1.1 kg Needed pr. lamp)                   
https://amzn.to/4azt3lh  (Affiliate link)      
Copper PLA:  (0.2 kg Needed pr. lamp) 
https://amzn.to/3V04Oa2  (Affiliate link)   

**Printer & Material Requirements:**
The design has no built-in supports.
A printer with a build plate of 250x210x200mm or larger.
All parts can be printed without the need for a MMU.
All parts can be printed in PLA or PETG.

**Print the “Small Test Print”**

Print the “Small Test Print” to ensure the fitment is correct. If you are experienced with 3D printing, you may notice that the print seems more challenging than necessary. This is due to the small overhang perimeter, which I designed to ensure that the print bed texture appears uniformly on the entire lamp shade arm when the two parts are assembled.

**3D Printed Parts List:**
- Lamp Shade : Main Color
- Lamp Shade Top: 40 pcs
- Lamp Shade Bottom: 40 pcs
 
Mounting Rings Second Color:
- Top Ring: 1 pc
- Middel Ring: 1 pc
- Bottom Ring: 1 pc

**Hardware Required:**
I used the HEMMA IKEA light socket and cord, but the following Amazon light socket and cord should work as well:

- https://amzn.to/4dP7BM9  (Affiliate link)

I recommend the following light bulb because it does not produce much heat and allows full control over the lighting effects:

- https://amzn.to/3UVmEuP  (Affiliate link)


**Before Purchase.**
Be aware that this is a big project and requires a lot of print time and material. If you make this project, print 4 or 5 test pieces of the lampshade and all the mounting rings to check the size and fitment before printing all the pieces.

Elegant Pendant Lamp

Full Pendel STEP.step

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 5” design is derived from the Face Centered Cubic Lattice (conformal to face).
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 5

5 Barely Bulb FCC Lattice.stl

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 4” design is derived from the Gyroid (Volume fill).
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 4

4 Barely Bulb Gyroid Infill.stl

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 3” design is derived from the Diamond TPMS (conformal to face).
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “SpringBulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 3

3 Barely Bulb Diamond Wall.stl

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 2” design is derived from the Square Honeycomb (conformal to face).
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 2

2 Barely Bulb Square Honeycomb.stl

This "Spring Bulb" is part of a series of nine bulb-shaped LED covers that use mathematical surfaces, lattices, and honeycombs to create interesting shapes and shadows. This “Spring Bulb 1” design is derived from the Gyroid TPMS (conformal to face).
See here for video: https://youtu.be/YckakI1aWEg 
The portion of the “Threads” object that fits inside the “Spring Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. 
The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 
The rest of the “Spring Bulbs” in the series are derived from the follow mathematical forms:
1.	Gyroid TPMS (conformal to face)
2.	Square Honeycomb (conformal to face)
3.	Diamond TPMS (conformal to face)
4.	Gyroid (Volume fill)
5.	Face Centered Cubic Lattice (conformal to face)
6.	SplitP TPMS (conformal to face)
7.	SplitP TPMS (Volume fill)
8.	Diamond TPMS (Volume fill)
9.	Hex Honeycomb (conformal to face)
These bulbs were designed using nTopology.


Spring Bulb 1

1 Barely Bulb Gyroid Wall.stl

Introducing the Eclipse lamp - The lamp covers the light bulb, allowing light to shine through from behind, much like an eclipse. We've designed a mechanism that lets you adjust the distance between the lamp and the wall, allowing more light to escape from behind, which creates a dimming effect.

And of course, you have the creative freedom to experiment with different printing colors, making it easy to customize and complement any room’s decor.

Printing time: 16h 22min
Material needed: 139g / 46.14m
Dimensions: Diameter - 142.5 mm, Depth - 65 mm

Instructions file included. 

Eclipse Lamp

main body closed.stl

Combine different textures of 3D printed caps, gills, stems and bases to make your own Mushroom Lamps! Print the pieces in different colours to make your mushrooms even more magical. Use “LED Halo Ring Angel Eye” for bright light, or LED strings for more gentle, distributed light. 

See here for video: https://youtu.be/QF7wEzzLbxM

This lamp project includes enlarged and modified versions of the most popular pieces from the original “Modular Mushrooms” project found here: https://thangs.com/mythangs/file/53049. If there are other stem, gill, or cap textures that you would like to have included in the “Modular Mushroom Lamp” kit, please message me with your request!

The first lamp in the video is assembled with a “Qasim 60MM White+Amber Switchback LED Halo Ring Angel Eyes” Led Light: https://www.amazon.ca/gp/product/B08B3SZTGD/?th=1. The second lamp in the video is assembled with a string of LEDs from a dollar store.

To have string lights in the base, be sure to use “Base Hollow.”

Do not print the “Mushroom Lamp Display” file!


Modular Mushroom Lamp

Mushroom Lamp Display.stl

The Orbit Lamp boasts six shades gracefully revolving around a central bulb. Rotating the ring at the center allows for a transition from a flat layout to a dynamic circular configuration, offering an enchanting fusion of art and mechanical design.

If you like this model, make sure to check out our other models🔗:[ RWB Designs Profile](https://thangs.com/designer/RWBDesigns?affiliateCode=RWBDesigns)

🚨🚨🚨🚨🚨🚨

This model is for personal use only. If you want to sell physical prints of our designs, or you want to support us, please SUBSCRIBE TO OUR THANGS MEMBERSHIP PLAN : https://than.gs/u/161490?plans=true

🚨🚨🚨🚨🚨🚨


**Print Settings and Instructions** can be found in the images above


**Parts Need:**
This lamp is designed to use a specific hanging light kit, which you can buy here: https://www.amazon.com/dp/B0CHHVSLQ1?ref=ppx_pop_mob_ap_share . 


**Assembly:**
[The assembly video can be found again here on YouTube ](https://youtu.be/-6AN2ng1cBs?feature=shared )



Orbit Lamp

DISPLAY ONLY LAMP.stl

These decorative lightbulbs are made using the Schwarz D and Schwarz P triply periodic minimal surfaces in cylindrical cell maps. They were designed in nTopology.

Note that these are not functional lightbulbs! Although they would look cool with LEDs inside…

See here for video: https://youtu.be/dkXAnmm8ikk


Decorative Minimal Surface Lightbulbs

Light Bulb Schwarz P.stl

Use these Skull Bulbs as spooky ornaments or insert a low-temperature LED to add some light!
 
Skull Bulb (Solid): https://social.thangs.com/m/377786 
Skull Bulb (Voronoi): https://social.thangs.com/m/377785 
 

See here for video: https://youtu.be/A3oIO-WBU1M 

The portion of the “Threads” object that fits inside the “Skull Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. Strings of LEDs work well too.

Be sure to use low-temperature LEDs and pay close attention on first usage to ensure that any heat is not affecting the plastic. If heat is a concern, I recommend the “Skull Bulb Voronoi” design as it allows for more air circulation.

The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 

See here for video of similar lighting project: https://youtu.be/YckakI1aWEg


Skull Bulb (Solid)

Skull Bulb Solid Display only do not print.stl

Use these Skull Bulbs as spooky ornaments or insert a low-temperature LED to add some light!

Skull Bulb (Solid): https://social.thangs.com/m/377786 
Skull Bulb (Voronoi): https://social.thangs.com/m/377785 


See here for video: https://youtu.be/A3oIO-WBU1M 

The portion of the “Threads” object that fits inside the “Skull Bulb” is designed to accept a G4 socket with a 12VDC Feit Electric LED Desk Light Bulb. The inner diameter of the socket seat is 18mm, so it will easily accept a range of low temperature LED lights. Strings of LEDs work well too.

Be sure to use low-temperature LEDs and pay close attention on first usage to ensure that any heat is not affecting the plastic. If heat is a concern, I recommend the “Skull Bulb Voronoi” design as it allows for more air circulation.

The outer threads of the bulb will fit into a standard E-26 light bulb base. If you do choose display or use this bulb in a standard socket, be sure that the 120VAC power has been disconnected! 

See here for video of similar lighting project: https://youtu.be/YckakI1aWEg


Skull Bulb (Voronoi)

Skull Bulb Voronoi Display only do not print.stl

These columns of “geode crystals” can be used as light covers or vases. They are designed to be printed in “vase” or “spiralized” mode. 
 
See here for video: https://youtu.be/kTdgX4gedpw 

There are two sets of columns. “Large” diameter columns are approximately 80mm diameter, “small” diameter columns are approximately 70mm diameter. Each set has height options of “short,” “medium,” and “tall.” For each. Optional “Base” and “Cap” files are included. The “Base” model has a hole for wiring.

Access both sets here:
Large Diameter Geode Columns: https://thangs.com/mythangs/file/787535 
Small Diameter Geode Columns: https://thangs.com/mythangs/file/787531 



Geode Lamps (Large Diameter)

Large Geode Tower Tall.stl

These columns of “geode crystals” can be used as light covers or vases. They are designed to be printed in “vase” or “spiralized” mode. 

See here for video: https://youtu.be/kTdgX4gedpw 

There are two sets of columns. “Large” diameter columns are approximately 80mm diameter, “small” diameter columns are approximately 70mm diameter. Each set has height options of “short,” “medium,” and “tall.” For each. Optional “Base” and “Cap” files are included. The “Base” model has a hole for wiring.

Access both sets here:
Large Diameter Geode Columns: https://thangs.com/mythangs/file/787535 
Small Diameter Geode Columns: https://thangs.com/mythangs/file/787531 



Geode Lamps (Small Diameter)

Small Geode Tower Tall.stl

This interactive glowing igloo lamp makes use of “spiralize” or “vase mode” printing to optimize translucency of the “snow blocks,” and small magnets to allow you to further modify lighting by altering block placement. 

See here for video: https://youtu.be/1bMA82WAyYA 

Igloo (iglu in Inuktitut, meaning “house”), is a winter dwelling made of snow. Historically, Inuit across the Canadian Arctic lived in igloos before the introduction of modern, European-style homes. While igloos are no longer the common type of housing used by the Inuit, they remain culturally significant in Arctic communities. Igloos also retain practical value: some hunters and those seeking emergency shelter still use them. See here for more information about the Igloo: https://www.thecanadianencyclopedia.ca/en/article/igloo

Select a translucent or semi-translucent filament for the “snow blocks.” 

The “snow blocks” should be printed in “spiralize” or vase mode. You will need eight each of “Bottom Snow Block,” “Middle Snow Block,” and “Upper Snow Block.” 

The “Crown Block” cannot be oriented properly for spiral printing, but because it is small you can print with 100% infill. If you choose to use a smaller percentage of infill, be aware that the infill pattern will be visible and may detract from the appearance.

If you want to be able to build and manipulate the snow blocks, you will need at total of 112 1/8” x 1/32” cylindrical magnets. Be sure to install the magnets with the correct polarity! If this is not a priority for you, you can simply glue the blocks together.

The base is sized to fit these Qasim 60MM White+Amber Switchback LED Halo Ring Angel Eyes Led Lights: https://www.amazon.ca/gp/product/B08B3SZTGD/?th=1. If you use this light, you will not need the “Threaded Base Insert”. If you would like to use a smaller or more centrally placed light, you can use the “Threaded Base Insert” to hold the light in place.

These models where designed and printed as part of a review and test of the Snapmaker A350 3-in-1 Modular Printer. Learn more about this product here: https://shop.snapmaker.com/?rfsn=6248618.7afd7b


Interactive Glowing Igloo Lamp

This file is for display only! Do not print!

Whole Igloo.stl

A modern table lamp with a sculptural, tripod-style base and a textured shade inspired by corn kernels 🌽
Designed for easy printing and assembly, this lamp combines a clean geometric base with a decorative, light-diffusing shade.

**Features**
- Three-leg base for stable support and a minimalist look

- E27 bulb socket. **Use an E27 LED bulb ≤ 5 W** (low-heat, low-power recommended)

- Two-part lampshade design: 
   - Inner shade
      - Includes integrated thread
      - Screws directly onto the base
      - Must be printed with a **0.8 mm nozzle** for proper strength and thread accuracy
   - Main shade
      - Ripple weave pattern with small holes
      - Creates a soft, diffused glow
      - Texture resembles a corn-like surface when illuminated

- Simple hardware requirement
      - 1× bolt: 3 mm diameter
      - 1× matching nut

**Assembly**
1. Secure the legs and base 
2. Install the E27 socket in the base using the 3 mm bolt and nut
3. Place the main shade on base
4. Screw the inner shade onto the base (print has threads)

**Printing Notes**

Inner shade: 0.8 mm nozzle required
Main shade: 0.4 mm nozzle works well
PLA, PETG, or similar materials recommended
Light-colored filament provides the best light diffusion
Perfect as a bedside lamp, desk accent, or decorative lighting piece.

Corn Table Lamp – E27 | Ripple Weave Shade

Ripple Shade.3mf

An art deco-style hexagram lamp that uses the [Maker's Supply LED Lamp Kit 001](https://us.store.bambulab.com/products/led-lamp-kit-001).  The lattice frame is patterned with decorative hexagrams, giving it the appearance of a delicately-carved wooden art piece.  The interior contains a “shade” that is used to help diffuse the light and gives the lamp a fascinating glow, which in my opinion makes it look like it's filled with some sort of mystical energy.

I'm excited to see the different material and color combinations you all use with this model, so please share lots of photos!

**Printing & Assembly Tips**
No supports are needed.  I recommend using a brim on the lattice, mainly because it is a fairly long print so you'll want to make sure its secure to the bed to avoid any failures late in the print.  I also recommend using a wider line width for the shade if you choose to use translucent PETG.

Assembly is pretty easy.
1. Attach the LED lamp kit to the cutout on the base with the double-sided tape that comes in the kit.
     - Make sure the wire goes through the side with the cutout.
2. Slide the lattice into position on the base.
3. Slide the shade into the lattice - it will rest on the bottom of the lattice and won't actually contact the base.
4. Snap on the lid.
5. Bask in the glow of your new lamp!

Please like it if you do and leave any comments!  If you're really feeling generous please consider **[buying me a coffee](https://buymeacoffee.com/gcv3d)** so I can keep creating!

Check out my [TikTok](https://www.tiktok.com/@gcv3d)!

Check out my [YouTube](https://www.youtube.com/@gcv3d)!

If you like what you see, please consider joining my [Patreon](https://www.patreon.com/GCV3D).

Art Deco Hexagram Lamp

Lattice_hexagram lamp.3mf

A decorative house lamp.  You will need two 8-inch zip ties for strain relief for the led strip.  I used a 10FT Monster smart rgb+ic flow led strip for the lighting.  The led strip will need to be cut down to 23.25-inches.  I highly recommend using super glue and a clamp to attach the led strip to the led mount top.  You will need to print 1xBottom, 6xColumns, 1xHourglass, 1xLED Mount Bottom, 1LED Mount Top, 6xLegs, and 1xTop.  Both the LED Mount Top and Bottom will need supports wile printing.  All pieces were printed on a Bambu Labs P1S.

Hourglass Lamp

Hourglass.3mf

A decorative house lamp.  This model comes with two different bases.  Just print whichever you like best.  All parts were printed on a Bambu Labs P1S.  You will need to print 1 x Adapter, 1 x Lamp Base, 1 x Lamp Base Top, 2 x Lamp Body Adapters, 1 x Lamp Body Left, 1 x Lamp Body Right, 4 x Petal 1's, 4 x Petal 2's, 4 x Petal 3's, 4 x Petal 4's, 4 x Petal 5's, 4 x Petal 6's, 8 x Petal 7's, 8 Petal 8's, and 1 x Stamen.  Each Petal and the Stamen were designed with artificial brims marked with "Snap Off".  They are to be removed after printing.  Both Lamp Body parts, Adapter, and Lamp Base Top will need supports when printing.  I printed each petal part with 3 walls and 0% infill.   Each of the Petals from 8 to 1 will need to be inserted into Lamp Body Left and Right from bottom to top.  The electrical socket with the Adapter simply slides into the Lamp base Top.  You will not need to glue it in place.  Please refer to photos.  The electrical light socket I used for this lamp can be found here on Amazon.com.  https://www.amazon.com/dp/B0C6F3CC6J?ref=ppx_yo2ov_dt_b_fed_asin_title&th=1  The lightbulb I used is the Cync full color direct connect smart bulb.  You can find it at your local Walmart.

Large Lotus Lamp

Lamp Base 1.3mf

I designed a modern lamp with a ribbed pattern!

**Print Settings**
Rafts:
No

Supports: 
Yes

Resolution:
.2-.25mm

Infill: 
8-15%

lamps & lighting

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Spring Bulb 9

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Modular Mushroom Lamp

Orbit Lamp

Decorative Minimal Surface Lightbulbs

Skull Bulb (Solid)

Geode Lamps (Large Diameter)

Interactive Glowing Igloo Lamp