Latest news and insights into the world of maintenance

Missed maintenance appointments, Excel chaos, and unplanned downtime – many maintenance teams struggle with unstructured maintenance planning. Our free maintenance schedule template brings immediate order to your machine and equipment maintenance.

IBM Maximo offers powerful enterprise asset management, but many organizations struggle with high costs, complex implementation, and low user adoption. Modern alternatives now deliver comparable functionality with faster deployment, intuitive interfaces, and better ROI.

SAP S/4HANA migration until 2027: Greenfield vs. Brownfield strategies & securing critical maintenance data. osapiens HUB for seamless EAM migration.

Industrial maintenance is entering a decisive phase of transformation. Across Europe’s factories and production sites, maintenance teams are under pressure to achieve more with less – higher uptime, lower costs, and demonstrable ROI – while dealing with increasingly interconnected equipment, fragmented data sources, and growing regulatory and sustainability demands. At the same time, aging infrastructure and a shrinking skilled workforce

Work order software has evolved from a simple tracking tool into the backbone of modern maintenance operations. It eliminates paper-based chaos, automates task assignments, and provides real-time visibility into every maintenance activity across your facility.

Many molders overlook runners, sprues, and gate areas during daily cleaning—yet debris in these non-cavity zones causes just as many production problems as contaminated cavities. Always inspect and clean the complete mold system, not just the visible surfaces.

Most injection molding failures trace back to hydraulic seal leaks, screw wear, or heater band degradation—issues that structured checklists catch early. Don’t organize by daily/weekly/monthly intervals alone; instead, structure tasks by component system (hydraulic, barrel, electrical) to ensure nothing critical is overlooked during inspections.

Without structured preventive maintenance, laser cutting machines experience accelerated optical degradation, cooling system failures, and alignment drift that directly compromise cut quality and equipment reliability. Organizations implementing systematic maintenance checklists report extended equipment lifespan and reduced emergency repair costs compared to reactive approaches. Laser Cutting Machine Maintenance: Key Facts Optical cleanliness is critical: Contaminated lenses and mirrors reduce beam intensity,

Grinding machines operate under extreme mechanical and thermal stress, making consistent maintenance essential for precision, safety, and uptime. Without a structured approach, critical inspections are missed, spindle bearings fail prematurely, coolant contamination degrades surface quality, and unplanned downtime becomes harder to predict. A comprehensive grinding machine maintenance checklist provides the foundation for reliable operations, guiding technicians through daily inspections, weekly