Criscore prioritizes delivering exceptional service to clients by ensuring the integrity and reliability of their rotating equipment. We achieve this through our comprehensive supply, monitoring, and fault analysis services, which are designed to identify and address potential issues before they become major problems. We are committed to providing reliable and effective solutions to mechanical challenges and ensuring process teams produce without downtime.
Our Rotating Equipment Services
- Machinery health management services (Condition based maintenance)
- Equipment audit/condition monitoring
- Equipment balancing & alignment and system vibration analysis.
- Engineering and technical support
- Supply of spare parts, overhauls, and repairs
- Chemical injection packages
- Equipment leasing/rentals.
Machinery Health Management Services
Criscore aims to leverage data-driven insights to optimize facility operations and achieve greater efficiency. We use advanced analytics and monitoring to provide our clients with real-time data and actionable insights instead of relying on instinct alone.
What We Offer
- Our team of experienced reliability experts specializes in centralized equipment condition monitoring. They utilize real-time sensor data and routine on-site data collection to provide clients with accurate and timely information.
- We use advanced data analytics to proactively prevent machine failures by analyzing data and providing prescriptive actions to the onsite maintenance team. This helps clients avoid costly downtime and repairs and keeps their operations running smoothly.
Why Work With Us
- We provide prescriptive actions to help clients eliminate unplanned downtime, reduce maintenance costs, and increase ROI. we aim to deliver measurable results that enhance clients’ operations and improve their bottom line.
- Our predictive maintenance platforms, including vibration analysis, alignment, ultrasonics, and oil analysis, are industrially designed, and built for clients’ environments, with minimal invasive installation.