Torani Sugar-Free Chocolate Chip Cookie Dough Syrup - 750mL

Flavor without the sugar, crafted for your everyday favorite drinks

Torani Sugar-Free Chocolate Chip Cookie Dough Syrup brings the comforting aroma and cozy taste of freshly baked cookie dough to your beverages and desserts—without added sugar. The blend combines warm butter notes, hints of vanilla, and a touch of sea salt to create a familiar, dessert-like finish that pairs beautifully with both indulgent and everyday treats. The 750mL premium bottle is designed for repeated use, letting you sweeten and style your drinks without compromising on flavor.

Flavor profile and sensory experience

Expect a balanced, bakery-inspired profile: butter-rich dough, with subtle chocolate chips and a mellow salt kiss. It reads as creamy and comforting, with a gentle sweetness that enhances coffee, tea, milkshakes, and steamers. The result is a chocolate chip cookie dough experience that feels indulgent yet simple to enjoy at home.

Ways to use Torani Sugar-Free Chocolate Chip Cookie Dough Syrup

• Flavor lattes, cappuccinos, and flat whites for a dessert-like twist.
• Mix into milkshakes, whipped cream-topped beverages, or steamers for a cozy finish.
• Drizzle over desserts, pancakes, or oatmeal for a quick flavor upgrade.
• Enhance sodas, iced teas, or cocktails with a chocolate cookie dough note.

• Sugar-free formulation designed to deliver recognizable flavor without added sugar.
• 750mL premium glass bottle—same quality you’d expect from café and restaurant shelves.
• Versatile and easy to blend into both hot and cold drinks.
• Formulated to complement sweet and savory combinations without overpowering other ingredients.

Whether you’re crafting a cozy morning latte, a dessert-inspired milkshake, or a playful drizzle on treats, this syrup offers a flexible way to explore flavor ideas. Use as a starting point, then tailor sweetness to your taste. While it invites rich, cookie-dough vibes to your beverages, it remains a possibility rather than a guarantee for any specific result.