Automation
Process automation has a significant impact on the maintenance of plants and equipment. It enables increased efficiency, reduced downtime and improved process control. The combination of automation, robotics and maintenance can help increase efficiency, reduce operating costs and improve asset reliability. Examples of this include predictive maintenance, automated inspections using robots and drones, self-monitoring systems and automatic maintenance triggering.
Company profiles of the providers Measurement and sensor technology
Measurement and sensor technology plays a crucial role in the maintenance of systems, machines and devices. It enables the monitoring of operating parameters, the early detection of deviations and wear and the optimization of maintenance processes. The integration of measurement and sensor technology into maintenance requires good planning and a clear strategy to achieve the maximum benefits.
Company profiles of the providers Energy efficiency
Energy efficiency and maintenance are closely linked, as efficient maintenance can help optimize the energy consumption of systems, machines and buildings. For example, by preventing leaks in systems and pipes as well as leaky steam or compressed air systems. Close collaboration between maintenance and energy efficiency teams is crucial to develop and implement synergistic measures that improve both asset availability and energy efficiency.
Company profiles of the providers IoT + software solutions
IoT and software solutions have revolutionized the maintenance industry by offering new ways to monitor, analyze and optimize systems, machines and buildings. These include CMMS solutions (Computerized Maintenance Management System), condition monitoring, predictive maintenance and predictive maintenance, data analysis and simulation, remote monitoring and maintenance, mobile maintenance and field management solutions. Generative AI is also being used more and more frequently in connection with these solutions. The right solutions can make a significant contribution to increasing efficiency, reducing costs and improving system availability.
Company profiles of the providers Maintenance Services
In addition to industrial service providers who take on all or part of maintenance on behalf of customers, remote maintenance or remote services are also becoming increasingly important. For example, the system manufacturer's service technician works with the local maintenance person using extended reality solutions such as data glasses, without being on site himself. Plant and component providers also often expand their offerings with digital after sales services in the area of maintenance and repair. This extends to new business models and pay-per-use concepts.
Company profiles of the providers logistics
Logistics, supply chain management and maintenance are closely related areas that play a crucial role in many industries. Efficient logistics are of great importance for successful maintenance, especially when it comes to spare parts management. Close coordination and communication between logistics and maintenance teams is crucial to exploit synergies, reduce costs and maximize asset availability. Digital transformation and the use of technologies such as IoT can further improve this collaboration.
Company profiles of the providers sustainability
Sustainable maintenance refers to designing maintenance processes and practices that are environmentally, economically and socially responsible. The goal is to extend the life of assets, use resources efficiently, minimize environmental impact while ensuring employee safety. Sustainable maintenance not only contributes to environmental protection, but can also reduce costs, improve system availability and strengthen the company's reputation. However, it requires conscious planning and a holistic approach that balances environmental aspects with economic and social factors.
Company profiles of the providers 
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