Advanced Baking Enzymes
Engineering the Perfect Biscuit Structure
In high-volume biscuit production, the greatest challenge isn’t the recipe—it’s Dough Memory.
When processing hard doughs (Marie, Petit Beurre, or Crackers), gluten elasticity often acts as a counter-force. This “snap-back” effect during baking leads to distorted imprints, inconsistent dimensions, and a dense, “glassy” mouthfeel.
Modern baking is a bio-technical process
By integrating precision enzymes, manufacturers can stop "fighting" the dough and start engineering it for aesthetic perfection and operational efficiency
From Elasticity to Extensibility
Enzymatic intervention re-engineers the dough at a molecular level to transform its physical properties
Targeted Proteolysis
Starch-Protein Matrix Optimization
Stress Relaxation
Value for Process Engineers
High-Definition Embossing
Neutralizing dough memory ensures brand logos and intricate patterns remain razor-sharp
Dimensional Uniformity
Reducing shrinkage ensures every biscuit meets packaging specs, minimizing downtime on automated wrapping lines
Texture Engineering
Achieve a "short" bite and delicate crispness through crumb modification rather than increasing fat or sugar content
Raw Material Stability
Enzymes act as a stabilizer, compensating for seasonal fluctuations in flour protein quality to ensure batch-to-batch consistency
Optimize Your Production
With Advanced Enzymes
Leverage Suntaq’s global R&D innovation combined with Atkor's European market expertise to maximize your yield, enhance product quality, and achieve full EU compliance