Classic Cakesicle Cutter
Classic Cakesicle Cutter
Create consistently shaped cakesicles with ease using the Classic Cakesicle Cutter Set from Flour & Filament.
Designed for bakers and treat makers, this reusable cutter helps you create clean, uniform cakesicles in less time—making prep faster and your finished treats look more professional.
Whether you're preparing treats for customers, markets, birthdays, or special events, this tool helps eliminate uneven shaping and wasted cake mixture.
The Classic size compares to the standard silicone cakesicle mold commonly sold in stores, making it a great addition to your decorating toolkit.
Features
✔ Creates consistent cakesicle shapes every time
✔ Saves time during prep
✔ Reduces wasted cake mixture
✔ Lightweight and durable
✔ Reusable for countless batches
✔ Designed and 3D printed by Flour & Filament
Product Dimensions
Classic Cakesicle Size
- Comparable in size to the standard silicone cakesicle mold commonly sold in stores.
(You can add the exact dimensions later if desired.)
What's Included
Complete Cutter Set
- 1 Classic Cakesicle Cutter
- 1 Plunger
How to Use
- Spread your prepared cake mixture onto a flat surface.
- Use the cutter to cut out the cakesicle shape.
- Place the cut shape into the matching press/tray.
- Gently press to create a smooth, even cakesicle.
- Insert your stick and continue decorating as desired.
Perfect For
- Cakesicles
- Cake Pop Dough
- Birthday Treats
- Markets & Pop-Ups
- Dessert Tables
- Home Bakers
- Small Baking Businesses
- Custom Orders
Materials
- Food-contact PLA
For shaping cake mixtures only. Not intended for baking or oven use.
Care Instructions
- Hand wash only using warm water and mild soap.
- Do not place in the dishwasher.
- Do not expose to high temperatures, boiling water, or direct heat.
- Allow to dry completely before storing.
Processing Time
Each cutter is printed to order.
Please review current processing times.
Please Note
Because each cutter is 3D printed to order, slight layer lines and minor cosmetic variations are normal and do not affect performance.