Finding a fault is only the beginning. We identify problems, determine their root causes, and work with your team to complete repairs and verify the results. Our goal is to improve machine reliability and prevent recurring failures.
Is a machine vibrating, overheating, repeatedly damaging bearings, or shutting down unexpectedly? We investigate the problem, identify its root cause, and support your team through the repair until measurements confirm the issue is resolved.
All work is agreed upon in advance under a written contract. In Syria, services are delivered through our official partner, Modern Maintenance Center.
We visit your plant according to an agreed schedule, monitor the same machines consistently, track changes over time, and provide clear reports explaining what is wrong, how urgent it is, and what action is needed.
We use five technologies to detect faults, assess machine condition, and guide maintenance decisions.
Identify abnormal heat in electrical panels, connections, bearings, and couplings before problems develop into equipment failures.
Detect unbalance, misalignment, mechanical looseness, and bearing or gear faults while machines are running.
Assess lubricant condition, contamination, and machine wear to identify potential problems before they lead to costly failures.
Identify electrical and mechanical motor problems, including rotor defects, air-gap issues, and power supply irregularities, without stopping production.
Detect compressed-air and gas leaks, faulty steam traps, electrical discharge, and bearing lubrication problems.
Our precision maintenance services focus on the essential factors that affect machine reliability, including bearings, lubrication, seals, alignment, and balancing.
Examine damaged bearings to determine why they failed and recommend corrective actions to prevent the same problem from recurring.
Develop machine-specific procedures for the correct installation and removal of bearings, helping reduce premature failures.
Correct shaft misalignment and rotor imbalance using precision measurements, with before-and-after readings to verify the results.
Establish a structured lubrication programme covering lubricant selection, quantities, intervals, application methods, filtration, and contamination control.