**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

UPDATE: The [pendant light kits](https://a.co/d/0j8XEl0) that I typically use are currently not available on Amazon and I can't find them anywhere else besides [Alibaba](https://www.alibaba.com/product-detail/-US-Gauge-wire-303-US_1600441053761.html). I'm hoping they'll be back on Amazon soon, but I've added a variation of the lamp base and bottom cap to fit [these pendant lights](https://a.co/d/9PMZ6YD) that are available on Amazon. They're actually a lot nicer and also come in black! Think I'll start designing my lamps around these from now on.

The new pendant lights are a little wider than the old ones. The modified files that fit the wider sockets are named Nora Lamp Bottom Cap 2in Socket.stl and Nora Lamp Base 2in Socket.stl.

---

I have a few lamps ready for release at the moment so let's start with this one! The Nora Lamp features a couple improvements over my previous lamps.

Note that you must **only use LED bulbs (9 watts max)** as traditional bulbs can get pretty hot and could cause damage to the plastic. I like multi color smart bulbs that I can control with my phone, but any standard 9W LED bulb will do.

**Bottom Cap**
I had a lot of requests for a bottom cap to keep the cord in place. It's meant to be a tight fit and snap into place. There's a hole in the middle so you can grab it and pull it out if you need to.

**Lamp Shade**
The shade can be printed with in infill or in vase mode (recommended). The shade you see in the photo/video was printed in vase mode with extra bottom shell layers for the shade supports (not 3D printing supports, but the part that connect the shade to the base).

**Tips for printing the shade:**
If printing the shade in vase mode with a .4 nozzle at .2mm layer height — use 19 bottom shell layers. You can adjust these if you're printing with a different size nozzle or layer height. The extra bottom shell layers forces the shade supports to print with an infill, then start printing in vase mode the rest of the way up. This takes about 1hr 43m to print.

If printing using an infill, I'd recommend adding a height modifier that's the height of the shade supports, and using a grid infill for that part. Then use a concentric infill for the rest of the shade. This takes around 3.5 hours and definitely doesn't come out as clean as vase mode, so not recommended, but it's an option!

**Supports**
Supports are needed for the lamp base. There's a lip inside the top hole to keep the socket from going all the way through. Supports aren't necessarily required for the cord hole on the bottom, but I used them anyway since it didn't add much time and the results were super clean.

**Scaling**
I wouldn't recommend scaling this one since it perfectly fits the pendant light socket.

**Orientation**
All three parts should be oriented upright, how you'd expect them to be.

**Lamp Base Print Settings**
.2mm layer height
15% grid infill
2 walls

**Filament & Hardware**
Filament I used for this print: Overture Matte Black PLA

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Filament and non 3D printed items for this model can be found on my Amazon Storefront, linked here: https://linktr.ee/loftedgoods

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