GLAZER mini | Take ICE Easy!
Why GLAZER mini
Craft professional-grade 100% clear ice with the GLAZER Mini’s optimized tumbler design. Say goodbye to cloudy ice.
Choose from Sphere, Cube, Diamond, Boat, D20, or Skull-shaped molds—perfect for cocktails, whiskey, iced coffee, or creative presentations. Refresh your bar setup or home entertaining with style.
Designed to fit anywhere in your fridge, the minimalist build conserves space and water. Store multiple molds and say yes to clutter-free freezing.
Our built-in release system solves common mold frustrations. Remove ice in seconds and clean residue-free—no tapping, or soaking required.
GLAZER mini Bundles
Take ICE Easy with GLAZER mini
We launched with 6 shapes, and more are scheduled to be released here.
The Difference
Easy Ejection & Cleaning—No More Struggles
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Our Built-in Release System solves common mold frustrations.
With the ICE Liner between mold and tumbler, you can now remove ice in seconds and clean residue-free—no tapping, or soaking required.
How to Make Clear Ice with GLAZER mini
Signitured Step!
You can now take out your shapes EASILY with wasted ice.
No more Stuck
Start New Batches in Seconds
The theory
After multiple years of journey in making clear ice, we have our own point of view on it.
We know temperature affects the speed of freezing. But how does the temperature change when ice forms in the tumbler? Let's see something special.
Tumblers cannot change the trend of the water getting colder and colder when freezing, but they can prevent the ice from freezing too fast. On the condition that the ice is more accessible to catch water than others, the slower freezing speed gives impurities and bubbles more time to escape from the transition surface.
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Slow freezing allows water molecules to form a regular, hexagonal crystal lattice as they preferentially bond with each other (left).
Rapid freezing increases the probability of water molecules bonding with impurities, disrupting the orderly crystallization process and resulting in a more chaotic, amorphous ice structure (right).
