s.maintenance
Take intelligent prevention now!
Do you want to avoid plant failures and machine downtimes at all costs? Do you want to perform intelligent and continuous condition monitoring and predictive maintenance of your machines and plants? Do you want to implement efficient and proactive maintenance of your machinery and equipment using artificial intelligence instead of relying on traditional maintenance systems? Then you are obviously in need of a smart predictive maintenance solution that meets the requirements of Industry 4.0. Wondering what you need for this? That’s easy: your collected data and our software solution s.maintenance.
Smart predictive maintenance of machines and plants
Quality defects, production faults, unplanned machine downtimes and plant failures are the greatest cost drivers in industry. The most common cause: Wear components such as valves, filters or fans are replaced too late or not at all. All of these problems can be avoided through proactive measures and predictive maintenance. Predictive maintenance tools determine the best point in time for maintenance and other technical services and issue early warnings. This enables you to react quickly and in a well-planned fashion to imminent failures, and thus minimise downtime.
It all begins with your digital data!
The more reliable you want the predictions about the condition of your machines and equipment to be, the more meaningful and comprehensive the data needs to be that is fed into the smart predictive maintenance tool. This data is processed and analysed by intelligent algorithms. You will quickly see how the monitoring tool can help you develop a proactive maintenance strategy and ensure trouble-free operation through machine learning. With this knowledge, you can plan your projects and processes much more effectively without having to worry about unexpected failures of machinery or equipment. Our forecasting software will not only spare your nerves, but also help you cut costs.
Our software solution s.maintenance
Thanks to our data-driven software s.maintenance, we can not only make precise predictions about the remaining service life of wear components, but also maximise it and initiate maintenance activities early. Thus, s.maintenance helps achieve a more efficient use of resources and cut maintenance costs. Our predictive maintenance software takes into account the actual wear and predicts component wear before any machine failure can occur. This allows you to keep a permanent eye on the current functional state of your plant or machine, contributes to a more effective spare parts management and significantly reduces and optimises your service/maintenance intervals and activities.
The algorithms of s.maintenance
The wear and tear of parts mainly depends on factors such as process parameters and intensity of use. Applying a machine learning approach, the algorithm of s.maintenance uses this information to create a precise model describing the wear-out dynamics of a specific component. On this basis, it can make precise predictions as to when critical usage or failure limits are reached. The result is a continuous, intelligent and automatic monitoring system for relevant wear components that is used to plan and create a predictive maintenance schedule for the machine or an entire production line.
The benefits of s.maintenance
- ensures efficient use of wear components
- minimises high reworking costs and rejects, and thus, quality defects in manufactured products
- predictable spare parts procurement minimises supply chain risks
- ensures that resources are used sparingly and reduces maintenance spending
- prevents unplanned disruptions or failure of equipment
- increases plant safety and service life
- increases overall equipment effectiveness (OEE)
- enables long-term optimisation of production processes
s.maintenance in a nutshell
Analysed data:
historical time series data of sensors
wear components replacement times
other maintenance data from historical maintenance schedules
Our solution for predictive maintenance
- identify patterns and correlations in the behaviour of relevant wear components, such as filters, fans, spray valves, etc.
- understand individual wear-out dynamics and create a predictive maintenance schedule or maintenance strategy for entire production lines
- precise prediction as to when undesired operating states such as usage or failure limits of monitored wear parts are reached to make best use of service life
Result:
- predictive maintenance of your machinery and plants
- avoidance of downtime
- efficient use of resources
- effective reduction of maintenance costs
- user-defined programming interface (API) for planned derivations
Do you have questions about our products? Contact us to book an appointment. Our team will be happy to advise you personally or via email.