UK rotor balancing & vibration guides
Your complete technical guide to removing vibration and improving the reliability of industrial machinery — from theory to field methods and diagnostics.
29in-depth guides
13equipment types
ISO1940 / 20816 / 21940
FFTinteractive spectra
Start here
New to balancing? Begin with the comprehensive guide, then dive into the topics you need.
Dynamic Balancing from A to Z
The complete guide: physics of imbalance, methods, equipment, ISO grades and payback.
Browse by topic
29 guides organised so you can find exactly what you need.
Theory & fundamentals
3 guidesProcesses & methods
3 guidesEquipment types
13 guides- Fans & flue-gas fans — 5 causes of vibration, with a real case study.
- Electric motors — Armatures and rewound rotors.
- Pumps — Cavitation and seals.
- Compressors — Screw, centrifugal and turbo.
- Crushers & mills — Hammer and rotor types.
- Mulchers — Forestry and agricultural, with a case study.
- Combine harvesters — Threshing drum and straw chopper.
- Agricultural machinery — A complete guide.
- Centrifuges — High speed, grade G0.4.
- Turbines — Steam, gas and power generation.
- Machine-tool spindles — Precision to G0.4.
- Gearboxes — Shafts, gearing and gear-mesh frequency.
- Shafts & couplings — Flexible shafts and critical speeds.
Diagnostics & analysis
4 guidesPractical guides
2 guidesBalance your equipment
Portable Balanset instruments for in-house balancing, or on-site field balancing by our specialists.