ESA LUMIA Handheld: Control in Motion
(EN) With the decentralization of production in Industry 4.0, there is a growing need for smart devices suitable for an increasingly dynamic manufacturing context. The confluence of technological developments such as digitalization and the Internet of Things leads to new ways to control, connect, and manage production devices.
Cognitive Manufacturing in Industry 4.0
(EN) With the Industrial Internet of Things and the connected machinery increase in smart factories, the volume of available data continues to grow. For this reason, we need a production model capable of processing, analyzing, and optimizing all those data, so that it can be valuable in terms of productivity and efficiency.
Industrial PCs: Market Growth Forecasts
(EN) After two challenging years, the question arises: what does the future of the IPC market look like? Due to the uncertainties surrounding the pandemic, there is no certainty. However, experts predict not only a recovery, but a rapid development of the industrial PC market in the period between 2021 and 2027.
(IT) In collaborazione con Regione Toscana, nell’ambito POR CreO ESA realizza un progetto per la progettazione integrata di soluzioni di Motion e CNC, associate a strumenti di monitoraggio dei dati per la sostenibilità ambientale e la manutenzione predittiva della produzione
When it comes to augmented reality, industry is one of the most promising fields of application.
Mechatronics: Future Trends and Prospects
(EN) Mechatronics plays a fundamental role in industry. It increases functionality and efficiency making systems smarter and more autonomous, reduces costs compared to mechanical solutions, and optimizes design times. Therefore, it’s reasonable to expect an even stronger presence in the future.
What Is a Servo drive and How Does it Work?
(EN) Motion control systems consist of four main components: a motor, a drive, a controller, and a feedback device. The servo drive acquires the command signal from the controller and adjusts or amplifies it to transmit the specific amount of voltage and current required to achieve the required motion to the motor.