Your Cart is Empty
FREE SHIPPING on orders OVER $70 in the contiguous U.S.!
FREE SHIPPING on orders OVER $70 in the contiguous U.S.!
At OvaEasy, we have managed to pull off something the food industry has struggled with for decades. Our small, family-owned company has invented a way of crystallizing egg at a low-temperature that keeps all its fresh flavor and functionality. 100% natural with no chemicals or preservatives. For food manufacturers, distributors, and commercial operations looking to simplify procurement and reduce waste, OvaEasy represents a fundamentally different approach to one of the world's most widely used ingredients.
As per the Institute of Food Technologists, roughly 40% of all food is wasted between the farm and point of use. Eggs in particular are disproportionately affected.
Shell eggs require consistent refrigeration. Anything from temperature fluctuation to rough handling and prolonged transport could mean spoilage or loss. Traditional frozen pasteurized liquid eggs offer shelf life, but thawing has to be done slowly and carefully because it causes water separation, affecting texture and performance. Slow thawing is time consuming and seldom done properly, resulting in food waste and a poor quality end product.
Both shell eggs and frozen eggs require the kind of logistics infrastructure that adds cost and complexity.
OvaEasy sources whole, farm-fresh eggs, and uses a proprietary crystallization process to turn them into a stable, shelf-ready format that performs exactly like fresh eggs in cooking and baking. Our product line includes whole egg crystals, egg white products, and specialized formats packaged in cans, foil pouches, and boil-in-bag solutions. Each package contains just one ingredient: egg. No chemical additives. No flavor enhancers. No preservatives. For commercial food service and industrial operations, this means consistent ingredient quality, critical for product formulation and food safety compliance.
What separates OvaEasy from conventional egg powder is not just the end result. It is the machinery and the process, a system refined over two decades.
Our proprietary drying system works at temperatures heats eggs well below the denaturing temperature of egg, 127.5 Fahrenheit. This is roughly one-third of the temperature used in conventional spray-drying. This controlled process eliminates approximately 96% of the moisture without altering flavor or nutritional composition.
This process results in delicate egg crystals that, when reconstituted with water, behave and taste like the farm-fresh egg the process started with.
These results cannot be replicated on conventional spray-drying equipment.
No refrigeration required:OvaEasy Egg Crystals are shelf-stable at ambient temperatures, eliminating the need for freezer space, cold chain logistics, or temperature-controlled transport.
Reduced shipping weight:Egg crystals weigh approximately one-quarter of an equivalent quantity of shell eggs or liquid frozen eggs, saving freight cost and logistics complexity.
No breakage:The crystallized format eliminates the product loss associated with shell egg breakage during transit.
Extended shelf life:OvaEasy Egg Crystals have a shelf life of three to seven years, allowing you to purchase in larger volumes, reduce reorder frequency, and maintain supply security.
Quality assurance at every stage:Each package is individually weighed, sealed, and X-rayed before being hand-packed for shipping. All products are pasteurized to USDA standards and produced under continuous regulatory inspection.
Zero additives:The ingredient is one item: egg. No stabilizers, no anti-caking agents, no flavor compounds. Nothing needs to be added to compensate for a high-heat process, because the low-temperature process does not require compensation.
OvaEasy delivers real egg performance without the supply chain constraints that have historically defined the category. For food manufacturers, distributors, and commercial operations evaluating their egg sourcing strategy, we offer a straightforward solution: the same ingredient, with much fewer variables.
