Optimized Availability

Optimized Availability

Through automation, we increase asset uptime and avoid costly downtime in production or service operations.   We optimize the availability of medical assets and inventory by scheduling regular preventive maintenance processes.

Effectively we can forecast potential failure points of an identified asset, reasons for them, provide notification
to the asset owner and remove the asset from availability, pending fix or repair..

Preventative Maintenance

Mandate Inspections

Creating a work order to repair critical equipment after a failure is not an option when that equipment is a necessary component of patient safety.  There are no viable alternatives to preventative maintenance inspections.  Managing medical equipment lifecycle from acquisition to end-of-life is more then a simple task assignment.  Compounding the management of inspection processes within a critical infrastructure requires coordination, ensuring unconditional and timely compliance.

Scheduling Inspections

Preventative maintenance's primary goal is to maximize up-time by keeping operational equipment in a productive state. Staying on top of maintenance tasks requires personnel to perform prescribed detailed inspection tasks in compliance with standards as dictated by equipment manufacturers.
Staying on top of maintenance tasks prevent unplanned equipment downtime while eliminating potential risks to patient safety.   It is the coordination of Preventative Maintenance Scheduling that, while potentially complex, helps simplify tasks thereby making PM attainable.
 

Benefits of Preventive Maintenance

Determine optimum preventive maintenance schedules by electronically creating and assigning work orders, and performing condition monitoring and analytics.  
Preventative Maintenance offers a number of important benefits including (but not limited to)

  • Prolonged life of equipment
  • Reduction of unplanned downtime (caused by equipment failure)
  • Less unnecessary maintenance and inspections
  • Fewer errors in day-to-day operations
  • Improved reliability of equipment
  • Fewer expensive repairs caused by unexpected equipment failure that must be fixed quickly
  • Reduced risk of injury
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