Condition Monitoring & Infrared Thermography Services (Global)
See Beyond the Surface,
Prevent the Unexpected
ABOUT
Condition monitoring is a proactive maintenance strategy that involves continuous assessment of machinery health through various diagnostic techniques to predict equipment failures before they occur. Infrared thermography has evolved as an effective condition monitoring tool for real-time temperature monitoring of objects or processes in a non-contact way, enabling early detection of potential issues and preventing costly unplanned downtime.
At Synigence Global, we combine traditional condition monitoring techniques with advanced infrared thermography to provide comprehensive machinery health assessment services worldwide. Our integrated approach helps industries optimize equipment performance, reduce maintenance costs, and enhance operational reliability.
Condition Monitoring & Infrared Thermography Services
.jpeg)
Vibration
Analysis
Advanced vibration monitoring and diagnostics for rotating machinery health assessment. Our certified ISO/IEC 18436-2 CAT-II & III vibration analysts utilize state-of-the-art equipment to detect early signs of mechanical faults, imbalance, misalignment, and bearing deterioration. This non-intrusive technique enables precise fault identification and trending analysis for optimal maintenance planning.
Laser Shaft
Alignment Services
Precision laser-guided shaft alignment services ensuring optimal machinery performance and extended equipment life. Our advanced laser alignment systems provide accurate measurements for parallel, angular, and combined misalignments, delivering up to 10% energy savings and 65% reduction in mechanical seal repairs through precise alignment procedures.
Ultrasound Monitoring Services
​
High-frequency ultrasonic inspection for early detection of mechanical and electrical anomalies. This technology excels in identifying bearing defects, electrical arcing, compressed air leaks, and lubrication issues before they escalate into major failures, providing exceptional sensitivity for predictive maintenance programs.
In-situ Dynamic Balancing
Services
On-site dynamic balancing services for rotating equipment without machine disassembly. Our portable balancing equipment and expert technicians minimize vibration levels, reduce bearing stress, and extend machinery life while eliminating the need for costly equipment removal and transportation.
Motor Current Signature Analysis (MCSA)
Motor Current Signature Analysis (MCSA) is a predictive maintenance technique used to assess the health of electric motors. By analyzing the electrical current waveform, MCSA can detect abnormalities such as mechanical faults, bearing wear, and insulation degradation. MCSA reforms motor monitoring by using the motor itself as a sensor to detect both mechanical and electrical faults, providing early fault detection capabilities.
Infrared Thermography Services
Non-contact thermal imaging for electrical, mechanical, and building envelope inspections. It provides real-time images and visual representations of faults, unlike conventional condition monitoring methods. Our certified thermographers utilize advanced thermal cameras to detect hotspots, insulation defects, and energy losses with precision and reliability.
Why Us?
Technical Excellence & Certification
Our team comprises certified professionals including ISO/IEC 18436-2 CAT-II & III Vibration Analysts, ensuring world-class service delivery backed by international standards and proven methodologies.
Global
Service Reach
With worldwide service capabilities, we provide consistent, reliable condition monitoring solutions across diverse industries and geographical locations, ensuring your critical assets receive expert care wherever they operate.
Integrated
Approach
Our multi-disciplinary methodology combines various diagnostic techniques to provide comprehensive machinery health assessment, delivering more accurate diagnostics and actionable insights for maintenance optimization.
Proven
Results
Our precision condition monitoring services deliver measurable benefits:
-
Up to 10% energy consumption reduction through proper alignment
-
65% reduction in mechanical seal repair incidents
-
30% decrease in overall repair rates
-
Extended bearing life and increased MTBF
-
Significant reduction in unplanned downtime
Regions Served
