Laser Alignment corrects shaft position between driver and driven machines to minimize mechanical stress, vibration, and premature wear. Accurate alignment directly impacts bearing life, seal integrity, and power transmission efficiency.
How alignment is executed
Using dual-laser and digital inclinometer systems, we measure horizontal and vertical offset, angular deviation, and soft-foot conditions. Corrections are applied through controlled shimming and lateral adjustment until values meet acceptance tolerances.
Performance and maintenance gains
Proper alignment reduces dynamic loading across rotating trains, lowering maintenance frequency and stabilizing process performance under continuous operation.
- Alignment of motor-pump, motor-gearbox, and fan trains
- Soft-foot inspection and structural correction support
- Thermal growth compensation in critical assets
- Alignment tolerance verification with as-found/as-left records
- Reduction of seal leakage and coupling failures
- Technical report with adjustment history and final geometry
