Two-stage mixing takes center stage
Two-stage batch mixing brings multiple advantages to industrial-scale baking. Two-stage batch mixing is especially suited to long-fermentation doughs, where structure and flavor are needed.
Two-stage batch mixing brings multiple advantages to industrial-scale baking. Two-stage batch mixing is especially suited to long-fermentation doughs, where structure and flavor are needed.
Chip Czulada embarked on a new role as the President of Reading Bakery Systems (RBS) at the beginning of 2024. He shares with Baking+Biscuit International magazine his view on the first six months at the helm of the company where he has been working for over 20 years.
Fully automating kneading and mixing is an ambitious endeavor, given the complexity of the process, and the diversity of raw ingredients.
Advances in digitalization are promptly delivering building blocks to tackling any number of issues, while focusing on sustainable, innovative business priorities.
Technological developments make continuous mixing a better option than batch mixing, especially so for high-volume production. High throughput continuous mixers are becoming the best sellers in this equipment category.
Over the years, advances in continuous mixing have been developed to improve ingredient metering, process controls and include specialized mixer designs and ultra-high capacity mixers. Compared to batch mixing, such technological developments make continuous mixing a better option than batch mixing, especially so for high-volume production.
Ensuring constant results from the fermentation process is largely dependent on considering the challenges of working with a living product. Artificial intelligence provides promising opportunities in the flexible management of the process.
Reading Thermal released a new SCORPION® 2 Digital Air Velocity Sensor Array that offers improved accuracy, expanded temperature performance and extended battery life.
Innovation in Artificial Intelligence algorithms can be applied to baking processes for improved results. AI’s ability to learn and auto-learn makes it particularly resourceful to increase process efficiency.
Innovation in Artificial Intelligence algorithms can be applied to baking processes for improved results.
Continuous mixers allow for all parameters to be constantly monitored and saved digitally, including ingredient stream rates, dough temperature, mixing energy input, throughput, mixer shaft speed, coolant temperatures, starts and stops, ingredient refill status, ingredient totalizers, dough totalizers, and many others.
Automated continuous mixing delivers real-time process assessment and consistency round the clock.