Services · Laser Shaft Alignment
Laser shaft alignment for motor-compressor and compressor-gearbox couplings — with thermal growth compensation, documented before/after readings, and tolerances tighter than API 686 requirements.



5.0 ★ Rated on Justdial (Last Verified: June 2026)
OEM Parts Matching: Cameron Ingersoll Rand Atlas Copco Cooper Centac
48-Hour Assessment
Sound familiar?
Misaligned shafts impose radial and axial loads on bearings that weren't designed for them — cutting bearing life by 50% or more.
High vibration at 1x and 2x running speed, coupling element wear, and elevated motor current — all symptoms of misalignment.
Cold alignment values don't account for thermal growth — your machine runs misaligned every hour it's operating.
What's included
Dual-laser systems with live angular and offset readings — accurate to 0.001mm resolution.
Comprehensive soft foot check and correction before alignment begins — the most overlooked step.
We calculate thermal growth offsets based on operating temperatures and set cold alignment targets accordingly.
Backup dial indicator readings on critical machines for independent verification of laser results.
Pre-cut stainless steel shims — no stacked shims, no shim corrosion, no re-alignment in 6 months.
Full report with before/after readings, thermal growth calculations, shim records, and coupling gap measurements.
A single motor-compressor coupling: 2–4 hours including setup, measurement, correction, and documentation. Multi-element trains take longer.
Yes — and we strongly recommend it. Factory-set alignments rarely survive shipping and installation. Post-grouting alignment is essential.
Yes. We can measure thermal growth using proximity probes during startup, or calculate it from design data and thermal imaging. Both methods give reliable offset targets.
Prüftechnik / Easy-Laser dual-laser systems with wireless connectivity and automatic measurement. Results are exported digitally — no handwritten notes.
Join the ranks of leading industrial facilities that have broken free from OEM constraints. Request a technical audit or consultation today.
CFM, or Cubic Feet per Minute, indicates the volume of compressed air delivered by the compressor. This value should be matched to the total air consumption of pneumatic tools, machinery, and process equipment.