
Automation: Ready, set, dough!
DIOSNA develops pre-dough and dough fermentation systems that can ensure required parameters, with various degrees of automation.
DIOSNA develops pre-dough and dough fermentation systems that can ensure required parameters, with various degrees of automation.
The consistency of perfectly formed dough depends entirely on the conditions during fermentation. DIOSNA develops pre-dough and dough fermentation systems that can ensure required parameters, with various degrees of automation.
VMI shared in an interview the latest solutions that will be presented at its IBIE booth this year, in Las Vegas, from the latest planetary mixer, Phebus, to the Virtual Reality area.
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.
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.
The trend for artisan quality brings forth a wealth of delightful, premium breads and baguettes, with texture and flavor characteristics nothing short of magic. It takes exact science and technology to perfect the process, however. Dedicated lines preserve the tradition of the technique with increased process efficiency.
Automated continuous mixing delivers real-time process assessment and consistency round the clock.
Automated continuous mixing delivers real-time process assessment and consistency round the clock.
Automated continuous mixing delivers real-time process assessment and consistency round the clock.
From viennoiserie to Danish pastry, and any number of hybrid, new creations, laminated dough is the path to the sought-after airy, light layers.
Precision and consistency are required to turn blocks of dough into thin, delicate sheets. The big challenge lies in the correct distribution of the dough reduction steps while avoiding any unwanted tension in the dough. Inconsistencies in the reduction steps will significantly impact the structure of the final product.
The principle of the forked kneader came from the Mahot machine factory and provided mechanization of dough preparation. It has since proved itself in practice – and is still used today. The reason behind this is the technological proximity to French traditional, manual dough production.

