Consumers demand “clean label”. Removing DATEM (Diacetyl Tartaric Acid Esters of Monoglycerides) often means sacrificing dough tolerance, while egg price volatility threatens margins. The solution? A new generation of hydrolyzed lecitins and targeted enzymes that quietly outperform their synthetic predecessors.
Rye and high-fibre flours aggressively sequester water, destabilizing gluten networks and causing line stoppages. The Solution: A new selective xylanase releases this trapped moisture, increasing loaf volume by 24% and softness by 55%.
Corporate sustainability pledges are colliding with production reality. Regenerative agriculture introduces dangerous raw material variability and cost spikes, threatening high-speed line efficiency for a marketing claim that currently lacks a standardized legal definition.
Scientists are pushing the limits of what baker’s yeast can do, making it faster, stronger, and better suited to today’s industrial challenges.
Do you want to know how these advances are changing the game?
Managing water levels in bakery production is vital for consistent dough quality. Discrepancies between measured and actual water absorption can impact processes, product quality, and waste. Understanding these differences is key to optimization.
Milk bread, often associated with Japanese shokupan, is known for its exceptionally soft, tender crumb and delicate structure.
Redox agents shape dough development and final quality. Each bread making method requires specific oxidation and reduction levels that influence gluten structure, handling, and loaf characteristics.
Ingredients influence the water level in biscuit and cookie doughs. This is because water content directly affects dough rheology, gluten development, and the handling characteristics of doughs and pastes.
Consumers tend to avoid chemical-sounding additives (like bromate, ADA, SSL, etc.), which is making bakeries increasingly turn to enzymes as natural dough conditioners and shelf-life extenders to create clean-label breads, using enzyme solutions that strengthen the dough, enhance fermentation, and delay staling.
Reducing fat in bakery products while maintaining texture, mouthfeel, and moisture is a consistent challenge for food formulators.