How to Bake on Strength: Turning Today’s Bakery Challenges into Reliable Results
Baking has never been static — but 2026 has raised the bar.
As bakeries face increasing variability in ingredients, tighter margins or demand for familiar and transparent ingredients, dough performance has never been more critical.
Across regions and product categories, bakeries are navigating a tougher operating reality. Ingredients behave less predictably, production lines run faster with fewer hands available , and cost pressure continues to rise. At the same time, consumers expect simpler labels, familiar ingredients, and transparent sourcing — without compromising quality.
Individually, these challenges are manageable. Together, they fundamentally change how dough needs to perform.
That is exactly why dough strengthening has moved from a technical detail to a business necessity.
The bakery reality today: more pressure, less margin for error
One of the most significant shifts shaping bakery formulations today is the growing expectation for label-friendly* products. Consumers scrutinize ingredient lists more closely than ever, and many bakeries are reformulating to remove or reduce traditional additives.
While this is the right direction from a consumer perspective, it has real implications on the production floor. Ingredients such as emulsifiers have historically played a key role in stabilizing dough. Removing them can simplify labels — but it also removes dough structural support, just as production environments are becoming more demanding.
At the same time, flour variability has become the new global norm. Climate stress, unpredictable weather patterns, shifting wheat origins, and increased use of whole grain or ancient grains all contribute to flour that behaves differently from batch to batch. Even small changes in flour performance can quickly escalate into lost volume, inconsistency, or downtime — especially on high speed or automated lines.
Add ongoing labor shortages to the mix, and the challenge becomes even clearer. With fewer skilled hands available, there is significantly less room for corrective action during production. Dough simply needs to be more forgiving on its own.
LISTEN QUOTE: Why Dough Strengthening Matters
Why strengthening matters more than ever
In this environment, dough strengthening is no longer about pushing volume slightly higher. It is about creating resilience.
Well-strengthened dough helps bakeries:
- Maintain consistent performance despite ingredient variability
- Protect throughput during process interruptions or brief line stops
- Reduce waste, rework, and costly downtime
- Operate confidently with cleaner, simplified formulations
In other words, dough strengthening allows predictable operations at the bakeries – even when conditions are not.
This raises a question many bakers are asking today:
How can we deliver that level of robustness while still meeting label friendly expectations?
Enzyme based strengthening: performance without compromise
This is where enzyme solutions play a crucial role.
Modern bakery enzymes enable strengthening without relying on traditional emulsifiers. Instead of adding functionality, enzymes unlock functionality that is already present in the flour.
At IFF, recent advances in phospholipase technology have made this approach far more precise and reliable than before. ENOVERA™ is a next-generation enzyme dough strengthener designed specifically for today’s bakery realities — from variable flour quality to demanding processes and cleaner labels.*
Rather than introducing new functional ingredients, ENOVERA™ works by targeting specific flour lipids and transforming them into highly effective natural emulsifying structures in situ. The result is improved dough stability, better tolerance to processing stress, and more consistent baking performance.
Importantly, this is achieved without increasing formulation complexity — or operational risk.
A closer look at the science — simplified
Flour lipids make up only a small fraction of flour — roughly one to two percent — but they play an outsized role in dough structure and gas retention. When modified in the right way, certain polar lipids can act as powerful natural stabilizers that support dough strength and elasticity.
Traditional phospholipases can initiate this transformation, but under real-world production conditions they often require very tight dose control. Variations in time, temperature, or flour composition can push reactions too far, degrading the very structures that provide functionality.
The phospholipase technology behind ENOVERA™ is different.
By design, it performs only the first, essential modification step — and then stops. This prevents over-hydrolysis, reduces dosing sensitivity, and ensures consistent formation of the lipid structures that support dough strength. The outcome is more stable emulsification, stronger gas retention, and robust performance across a wide range of formulations and processing conditions.
For bakers, that scientific precision translates into something very practical: confidence.
What reliable dough strengthening delivers on the line
Across extensive test bakery work and real-world applications, enzyme-only strengthening has shown its value where it matters most — in production.
Industrial Bakeries experience:
- Greater tolerance to flour variability and process shocks
- Improved dough stability during long proofs or high temperature conditions
- Reduced sensitivity to brief line stops
- More predictable volume, crumb structure, and overall quality
Rather than constantly reacting to variability, bakeries can move toward more stable operation — even with more label-friendly* labelling and leaner teams.
Strengthening as a strategic lever
The key takeaway from our recent webinar is simple: dough strengthening is no longer just about dough.
It has become a strategic lever that impacts efficiency, waste reduction, consistency, and cost in use — all while supporting evolving consumer expectations.
With the right enzyme technology, bakeries do not have to choose between label-friendly* formulations and robust performance. They can achieve both.
Explore More in depth Enzymes Solutions that Keep Dough in Shape
The full webinar “How to Bake on Strength: Enzyme Solutions That Keep Dough in Shape” dives deeper into the bakery realities of today, the science behind modern enzyme strengthening, and practical insights from real production environments.
👉 Watch the On demand webinar and get the full story.
*Label-friendly may have different meanings, in bakery it is mostly common associated to the elimination and reduction of E-numbers and chemicals additives
A dough strengthener is a solution designed to reinforce dough structure and tolerance during processing. By supporting gluten development, gas retention, and dough stability, it helps bakeries achieve more consistent performance across variable ingredients and demanding production conditions
More robust dough reduces sensitivity to variability, process interruptions, and operator intervention. In practice, this translates into higher line reliability, less waste and rework, more predictable output, and lower overall cost‑in‑use — even as formulations become more label friendly and with less staff available for production.
Advances in enzyme technology now allow bakers to strengthen dough by unlocking functionality already present in flour — reducing reliance on traditional additives while maintaining process stability and performance.
Because stronger, more resilient dough helps protect throughput, reduce waste, and deliver consistent quality in an environment with higher variability, tighter margins, and fewer opportunities for corrective action.
Partner With Us
