Services · Rotor Repairs & Balancing
Dynamic balancing, rotor repair, impeller refurbishment, shaft straightening, and runout correction — returned to you with API 617 certified balance and full documentation.



5.0 ★ Rated on Justdial (Last Verified: June 2026)
OEM Parts Matching: Cameron Ingersoll Rand Atlas Copco Cooper Centac
48-Hour Assessment
Sound familiar?
Vibration levels creeping up over time — approaching trip levels. You know the rotor needs attention.
Foreign object damage or erosion has caused blade loss or material loss — the rotor is out of balance.
You have to ship your rotor overseas for balancing — adding weeks of downtime and logistics risk.
What's included
Low-speed and high-speed (where applicable) dynamic balancing on Schenck and similar machines.
Impeller refurbishment, blade repair, erosion coating, shaft journal repair, and keyway restoration.
Shaft and impeller bore runout measurement and correction — TIR held to 0.001" or better.
MPI, DPI, ultrasonic, and eddy current testing on shafts, impellers, and critical interfaces.
Recurring balance problems? We investigate — thermal bow, coupling issues, foundation problems.
Full balance report — initial readings, correction weights, final residual, polar plots, and compliance statement.
Standard: API 617 (4W/N residual). We can balance to tighter limits — ISO 1940 G1.0 — for critical or high-speed applications.
Yes — blade tip repair, erosion build-up, and weld repair on most cast and fabricated impellers. If damage is beyond repair, we reverse-engineer and manufacture a replacement.
Balance-only (clean, inspected rotor): 3–5 days. Full rotor overhaul with repair and balance: 4–6 weeks depending on repair scope.
Yes — single-plane and two-plane field balancing using portable vibration analyzers. This is effective for trim balancing after bearing replacement or minor maintenance.
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.