We can create a unique products by combining different technologies, user interfaces, the IoT and process control boards.
Some examples of applications
We have created oven process control boards that manage electric and gas cooking, steam management, washing and multi-chamber cooking. Furthermore, we have designed high performance user interfaces for recipe programming and combined management of the oven and blast chiller.
We have developed control boards and user interfaces that have been following the evolution of industrial electronic technology: rotary ovens, electric ovens with up to 5 chambers, deck ovens, tube ovens, ovens with pellet feeds and communication with automatic oven loading devices. We have also created direct three-phase power management boards able to reach up to 18 Kw per chamber, which eliminates the electrical panel.
They are complex machines in which the video board communicates via modbus protocol with the panel board, which in turn manages the process control and communicates with various drives via canbus or analog, controlling the various axes. The 6 engines were synchronized with each other.
Two magnetrons and two ventilated resistances are managed through the electronic board to defrost and heat food as quickly as possible.
For the dividers we have created a system that weighs the dough and cuts it when the required weight is reached. This weighing is carried out while the dough is passing on the belt.
This solution deals with the thermoregulation of hot glue and application thereof on the products of the paper and packaging industry. The application of the glue can reach very high speeds, up to 600 meters / minute; the regulation loop is 50 microseconds.
Would you like to know more?
Contact us for details of our proposals and discover the different solutions we can develop for your company.
Via Bologna 25 - 41016,
Novi di Modena - MO, Italy
Phone: (+39) 059677159
Fax: (+39) 059 677268
E-mail: info@micro-systems.it
PEC: microsystems@pec.it
Fiscal Code & VAT: 01306460369
Sdl Code: A4707H7