IoT Insights

Expensive energy is having an exorbitant impact on all industrial processes. By using industrial energy monitoring in plastic processing it is now possible to optimize processes and cut costs. Being able to adequately manage and monitor production is essential to obtain good results in terms of energy efficiency, reduction of machine stops, and production costs. The plastics industry is an inordinately energy-intensive sector, both from energy and thermal aspects. Cost savings is essential for companies that want to make industrial processes more efficient and obtain an economic return on investment in Industry 4.0. Through industrial energy monitoring, IoT technologies

The issue of waste is a relevant topic both in environmental and health terms. IoT applications allow the waste sector to monitor emissions and make production processes more efficient. Companies that manage waste must adopt state-of-the-art tools to meet environmental and health needs. Emissions, deriving from waste, are constantly growing. Monitoring and efficiency systems are needed to allow unification between the environment, the community, and the company. IoT technologies represent one of the solutions to the problem: collect significant quantities of data, constantly monitor, optimize the process, and make strategic decisions. Industry in the waste sector: environmental and

Plastic is used in various industrial sectors. Using AI technology is necessary for correct machinery functioning in order to predict possible damage and malfunctions. This prevents operation problems, reduces downtime, and intervention costs.

Enabling artificial intelligence with IoT technologies takes extracted data analyses to a higher level ensuring solid decision-making processes in all industrial sectors: from manufacturing to transportation, from plastics to engineering.

Metal production is extremely energy intensive. In most cases, this requires using fossil fuels. If you want to learn more about energy-efficient practices for the metal industry, and how IoT can help you bring your energy costs down, keep reading. In this article, we will see how to create renewable energy from heat, major energy source alternatives, and how energy can be saved by recycling metal during production.  If you would like to learn more about improving production efficiency in the metal industry, take a look at our previous post. Recovering energy from metal production The process of

Present in all industrial sectors, from electronics to automobiles plastics are used every day in a wide variety of processes. IoT technology increases energy efficiency, enables industry 4.0 in all machines, and makes them more powerful and sustainable. The processing of plastics is one of the fundamental pillars of Italian and European manufacturing companies. In fact, plastic is a material that is widely used in all sectors, and if the production used is not properly monitored, there is a risk of significant environmental impact. Economics as well as Environmental Sustainability: the possibility of controlling the environmental impact of production

The joining of artificial intelligence and IoT technologies allows you to optimize production and increase the productivity of your industrial processes.

The metal industry is a driving force in our economy, but it is often faced with the issues of trying to merge legacy systems and machinery with emerging technologies in order to improve efficiency and increase profits.

Learn why predictive maintenance in the metal industry is so crucial from cutting costs, improving productivity, and reducing downtime.

IoT is appearing in the world of agriculture resulting in technologies for maximizing crop efficiency and improving performance.