Neome.com Printer Hub.
MAKERS FIRST

Neome Slicer

Neome Makers

Client ID

Connect Your Printer to Neome Cloud

This guide shows how to connect your 3D printer using the generated client_id.

1. Create Your Client ID

Click GENERATE at the top of this page, or enter your own client_id.

Use the same client_id in the printer connector configuration.

2. Install Python

Download Python from the official website:

⬇ Download Python

Windows: during install, check Add Python to PATH
macOS / iOS: iPhone and iPad cannot run the connector directly. Use a Mac, Windows PC, Linux machine, or Raspberry Pi.
Linux: install Python using your package manager if it is not already installed.

3. Download the Printer Connector

⬇ Download NEOME_PRINTER.zip

Extract the ZIP anywhere on your computer.

Folder Structure

				NEOME_PRINTER/

				├─ jobs/

				├─ printers/

				├─ neome_printer.py

				└─ requirements.txt

4. Add Your Printer

Create a JSON file inside the printers folder.

				{

				  "ip": "",

				  "code": "",

				  "serial": "",

				  "api": "YOUR_CLIENT_ID"

				}

ip, code, and serial come from your printer.
api must be the same client_id shown at the top of this page.

5. Start the Connector

Open a terminal or command prompt inside the NEOME_PRINTER folder.

First time setup

Windows:

				cd NEOME_PRINTER

				py -m venv .venv

				.venv\Scripts\activate

				pip install -r requirements.txt

				python neome_printer.py

macOS / Linux:

				cd NEOME_PRINTER

				python3 -m venv .venv

				source .venv/bin/activate

				pip install -r requirements.txt

				python3 neome_printer.py

Next time you start it

Windows:

				cd NEOME_PRINTER

				.venv\Scripts\activate

				python neome_printer.py

macOS / Linux:

				cd NEOME_PRINTER

				source .venv/bin/activate

				python3 neome_printer.py

Once running, your printer should automatically appear on this page within a few seconds.

Done

Once the connector is running, your printer will automatically appear on this page.

How This Page Works

This page shows every printer connected with the same client_id. When your connector is running, your printer appears here automatically.

ONLINE means the printer is connected and ready.
SEND uploads a print file to that printer.
CANCEL stops the current print when available.
PUT ONLINE unlocks the printer after a print is finished.
Log shows live messages between the page, cloud, connector, and printer.

What Is Setting 3MF?

Setting 3MF is a tiny saved print profile for one machine. It stores the printer model, plate type, nozzle, filament slots, and print settings you want to reuse.

To create one, make a simple cube in your slicer and set the cube size to:

				0.01 × 0.01 × 0.01 mm
			

Then choose all the settings you want to reuse for similar prints. Export it as:

				setting.3mf
			

This makes printing easier: one setting file per machine, many prints using the same trusted setup.

Printer Information Explained

Status: shows if the printer is online, offline, or busy.
Printer state: live printer state, such as READY or PRINTING.
Progress: current print progress.
Time left: estimated remaining print time.
Model: printer model detected by the connector.
Firmware: printer firmware version.
Nozzle / Bed / Chamber temp: live temperatures.
Nozzle info: nozzle size and type.
AMS: filament system information if available.
Hardware: machine size, nozzle, and plate from the setting file.
Filament: filament slots detected from the setting file.

Dear Everyone,

The AI system I built with Artifact is designed from the ground up to save resources and be as efficient as possible.

The slicer is built to reduce plastic waste, save time, and optimize every print angle possible. The repair system exists to prevent failed prints so people waste less material, less energy, and less time.

The 25,000-line Neome UI you see was built function by function. You cannot realistically ask AI to generate 25,000 solid lines all at once. Real systems are built step by step, tested step by step, and improved step by step.

Everything I build has the same goal once you understand the vision: reduce waste, improve efficiency, and give more power to makers.

I know I still need to make a proper video explaining everything clearly, and I will. This is simply not something I am used to doing yet.

Thank you to everyone who has taken the time to follow the journey, test the tools, share feedback, and support open systems.

Power to the makers.
Philippe Benoît