As this type of machine need to aspirate, it creates an airflow that is expelled upward through a chimney inside of which we have positioned a small horizontal-axis wind turbine. This turbine allows the extraction of some of the energy from the airflow discharged by the machine, and then makes it available for various other purposes within the machine.
The drives supplied by Bosch Rexroth have allowed us to create a “hybrid” product, whereby every time the motors slow down the waste energy is recovered and put back into circulation.
This possibility is provided by a feature called Smart Energy Mode, which is capable of reducing consumption peaks, thereby satisfying the need to equip the machine with strong energy efficiency.
Automatic cutting machines are designed to process a large number of shapes, with files that can contain hundreds of them: among these, it may happen that some are more problematic than others and require cutting at a reduced speed or with other precautions. Operators therefore tend to reduce the overall cutting speed, and along with it productivity, since there is currently no algorithm that properly recognizes a potentially problematic shape.
MorganTecnica has chosen a different path, combining operator experience, automatic procedures, and a collaborative approach.
When the operator comes across a problematic shape, he inserts it with a simple click into the Morgan ADB and applies the correctional features.
The user can decide whether to simply create a local personal database or share it via MorganTecnica (which securely filters shapes and features) with other ADB users who have signed up for a specific subscription.