Personalized Drink Stirrers | Custom Cocktail Stir Sticks for Weddings, Parties, & Special Events | Elegant Drinkware Decor (6 inches)

Add a fun, personalized touch to your drinks with our 3D-printed drink stirrers. Whether you’re mixing up a cocktail, stirring your morning coffee, or enhancing your event decor, these stirrers are a unique and practical accessory. Each stirrer stands at 6 inches tall, with the width varying based on the design you select. You can choose from a variety of colors to match your theme or personal style.

✔ Custom Colors: Choose from a variety of vibrant options to match your theme or style.
✔ Single-Use & Sturdy: Made from high-quality 3D-printed plastic for a durable yet disposable design.
✔ Perfect for Any Occasion: Great for weddings, birthdays, bridal showers, baby showers, bachelorette parties, anniversaries, corporate events, holiday gatherings, and more—also makes a fun gift!
✔ Unique & Fun Design: A great conversation starter that adds personality to any drink.

Product Details:

✔ Size: 6 inches tall (width varies by design)

✔ Material: Premium 3D-printed plastic

✔ Color Options: Multiple bold and vibrant choices

SAMPLE (RANDOM):
If you select the “SAMPLE (RANDOM)” option, only the color can be chosen. Personalization or custom requests are not included with this option.

Please schedule accordingly, as the turnaround time is typically 5 to 7 business days depending on the number of orders in queue. Domestic shipping generally takes between 3 to 7 business days, depending on your location.

Disclaimer: This image is a digital mock-up and not an actual photo of the final product. Please refer to the example photos for a more accurate representation of how it truly looks. The arrangement of the letters will be designed based on my professional judgment of what looks best. If you have a specific layout preference, please feel free to contact me.

Please keep in mind that it may not be 100% perfect. Due to its thin structure, there may be very minor imperfections. The printer has already reached its maximum potential. There could be minor changes in the color d