Baking
Our specialty enzymes contribute to quality improvement, such as maintaining softness and increasing the volume of baked goods.
Amano natural enzymes for soft, sweet bread and frozen dough stability.
Amano offers solutions to improve bread quality, increase shelf life and provide dough conditioning without added ingredients on your product label.
Overview
Enzymes help prevent aging and maintain the texture of bread. Enzymes make bread soft by breaking down wheat starch, while emulsifiers inhibit starch recrystallization, providing anti-aging effects.
Solutions of Amano Enzyme
Maintain softness
Glyco Transferase “Amano” improves water retention by increasing the number of branches in wheat starch. This gives water molecules additional spaces to occupy keeping the bread soft, extending shelf life.
Strengthen dough
Glucose Oxidase ACN “Amano” L (GOACNL) has broad substrate specificity. It reacts with maltose (DP2) to maltohexaose (DP6), strengthening the gluten network and increasing water binding, which helps tighten the dough more efficiently. This improves yield during production and reduces the risk of cracking during baking. GOACNL is effective in stabilizing frozen dough, increasing its shelf life and preventing over browning.
Catalog of Solutions
| Maintain softness | Increase volume | Strengthen dough | Reduce emulsifer | |
|---|---|---|---|---|
| Glycotransferase"Amano | ||||
| Hemicellulase"Amano"90 | ||||
| Hydelase15 | ||||
| Glucoseoxydase"Amano"ACL | ||||
| Lipase DF"Amano"15 |
Application Resources
We provide a diverse collection of application materials that highlight the use of enzymes across different fields and our product offerings. Please don't hesitate to request these materials.
Request Application Materials
Cooked Rice
We can prevent aging and preserves the quality of rice. In addition to aging prevention, it improves the quality of rice.
Oligosaccharides
Amano is one of the world's leading specialty enzyme manufacturers, with a product lineup of enzymes that produce a variety of oligosaccharides, including maltotriose, isomaltooligosaccharides (IMO), and cyclodextrins.
