Party Master: Customizable Shot Dispenser

Elevate your parties with the Party Master! 🥂

This is a fully parametric shot dispenser designed to pour drinks evenly into multiple glasses at once. Whether you have a small gathering or a big party, you can adjust this model to fit your needs!

⚙️ CUSTOMIZE YOUR MODEL

Thanks to MakerWorld’s Parametric Model Maker, you can choose exactly how many shots you want to pour.

• Simply click the "Customize" button.
• Change the number of shots.
• Recommendation: For standard shot glasses (up to 50mm diameter), I recommend setting a maximum of 8 shots to ensure they fit comfortably around the base.

⚠️ IMPORTANT: HOW TO PRINT CUSTOMIZED MODELS

If you use the Customizer to generate your own version, the file will download as a single assembled object. Follow these steps in Bambu Studio (or your slicer) to print it correctly:

1. Split to Objects: Select the model, right-click (or use the top toolbar), and choose "Split to Objects". This separates the Distributor, Base, and Nozzles.
2. Arrange: Move the parts to separate plates if necessary.
3. Flip the Nozzles: The nozzles will load in the wrong orientation. Rotate them 180 degrees so the wide part is on the build plate.
4. NO SUPPORTS: Do not enable supports for the main distributor! Supports inside the channels will be impossible to remove and will ruin the flow.

🖨️ PRINT SETTINGS & TIPS

For the best results, please download my pre-sliced .3mf profile to see how everything is set up.

• 🚫 Supports: DISABLED. The model is designed to print perfectly without them. Enabling supports may clog the liquid channels.
• 🧱 Material: PLA or PETG (Food safe materials recommended).

Specific Settings by Part:

1. Distributor (Top Part):
• Layer height: 0.2mm (Standard).
• No supports.

2. Nozzles (Spouts):
• Orientation: Print with the wide side down.
• Adhesion: Use a Brim (Inner/Outer) to prevent them from detaching during printing.

3. Glass Holder (Base/Stand):
• Variable Layer Height: Highly recommended! This setting makes the curves look smoother, reduces print time, and increases the structural strength of the stem.
• No supports needed.