Making the cut
Automated scoring systems consistently execute cuts, using conventional cutting, ultrasonic cutting, or waterjet technology.
Automated scoring systems consistently execute cuts, using conventional cutting, ultrasonic cutting, or waterjet technology.
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.
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.
Automated continuous mixing delivers real-time process assessment and consistency round the clock.
On-the-go or in home offices, nothing seems to be able to slow snacking down. Snacks are also increasingly the preferred option over regular mealtimes. Together with the hunger to snack, however, the demand for more diverse, healthier and tastier products also grows. Flexible technology is needed for the task.
Replicating traditional methods of preparing buns, bagels and rolls on an industrial scale is a task with an extensive list of challenges, to achieve high-volume, consistent results. Flexibility and innovation joined in dedicated production lines help provide the answers for endless product variations.
A continuous kneading and mixing process ensures all types of ingredients are mixed and kneaded in the optimum sequence to produce the desired product with consistent characteristics while saving time, resources and minimizing waste.
Scoring is a process that requires skill and shows the baker’s experience when done manually. Alternatively, as labor is becoming harder to find (and then keep), robots can efficiently take over the task; they will never need to stop and will perform constantly over time.
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.
Conveyor systems work under demanding conditions in bakeries. Maintaining them in top condition is the first step to efficiency in production.