O&M Services - P&M
We provide O&M Services for more than 400 Construction Equipment to various client in different sectors.
O&M typically stands for "Operations and Maintenance," and P&M often refers to "Plant and Machinery." In the context of engineering or industrial services, Operations and Maintenance involve managing and ensuring the smooth functioning of various systems and equipment within a plant or facility.
"Operation and maintenance services in an engineering company encompass the seamless execution of day-to-day industrial processes, ensuring optimal functionality and performance of complex systems. This vital facet of engineering involves proactive upkeep, troubleshooting, and continuous improvement, guaranteeing sustained efficiency and reliability in the long run."
Maintenance-We Stress On Preventive And Predictive Maintenance
Our clients find it odd initially, but in the long run they have benefitted because our Engineers stress on Preventive and Predictive maintenance.The advantages are:
- Increase in useful life of assets.
- Continued efficiency and lower power costs.
- Higher up time,upto 98% machine availability.Helps in proper job planning.
- On job check of machine wear and tear reduces down time.
- Less costly in long run as compared to break down maintenance.Lesser asset replacement costs.
- It improves Client reputation.
According to needs we at times go for Predictive maintenance only with certain clients. Here it may be so required that Operation also be given in our scope as this will benefit the organization.It gives us total control over the equipment, its function and maintenance.
Implement planned maintenance routines to optimize equipment performance, reduce downtime, and extend the lifespan of critical machinery. Optimize maintenance schedules based on actual equipment condition, reducing unnecessary downtime and lowering overall maintenance costs. Establish rapid response protocols to address unforeseen breakdowns, minimizing production disruptions and enhancing system resilience. Improve the reliability of systems by addressing issues proactively, preventing major failures and maximizing operational efficiency.
