Chapitre 2 : Quel type de mouvement un rotor rigide effectue-t-il en rotation ?
Du manuel d’équilibrage Ascential : les modes propres qu’un rotor rigide effectue en rotation, et comment les machines d’équilibrage supercritiques (souples) et subcritiques (rigides) mesurent le balourd.
Chapitre 6 : L’effet du balourd du rotor sur la durée de vie de son palier
From the Ascential Balancing Textbook: how rotor unbalance affects the service life of its bearings, with a worked load-and-life calculation.
Chapitre 5 : Les arbres technologiques et les adaptateurs constituent la base critique des machines d’équilibrage
From the Ascential Balancing Textbook: why technological shafts and adapters are the critical base of a balancing machine, with worked examples.
Chapter 4: Compensation for fixture and rotor imbalance resulting from eccentric mounting
From the Ascential Balancing Textbook: compensating for fixture and rotor imbalance that results from eccentric mounting on the balancing machine.
Chapter 3: Components of unbalance occurring on a rotor during rotation
From the Ascential Balancing Textbook: the components of unbalance that appear on a rotor during rotation, and how they are resolved and corrected.
Chapter 1: The establishment of an unbalanced rotor as a result of mounting bearings on the shaft
From the Ascential Balancing Textbook by Dr. Mirosław Malec: why mounting bearings on a shaft forces rotation about a real axis that differs from the rotor's principal axis of inertia — and how that creates unbalance.
Enhancing Roll Quality with Advanced Inspection Technologies
How LISMAR automatic inspection systems combine eddy current, surface wave, and ultrasonic testing to catch both surface and subsurface roll defects in steel and aluminum production.
When One Test Cell Stops, the Whole Line Stops: Predictive Maintenance on the Production Line
A single test cell can hold an entire production line hostage. When the equipment that verifies, calibrates or stresses your product stops working, finished units pile up with…
Turbocharger Reconditioning Equipment: How to Configure a Complete Balancing and Testing Center
Rotor balancing, high-speed core balancing, low-speed core balancing, flow testing — four capabilities, not necessarily four machines. How to configure a reconditioning center that matches your volume and model mix.
Turbocharger Flow Bench Guide: How to Calibrate and Performance-Test Turbochargers After Balancing
A balanced turbo can still underperform — the flow bench is the final quality gate that confirms it delivers the air mass flow it was designed for. A guide to standalone versus combined balance-and-flow systems for reconditioning shops and OEM lines.
Balancing 155mm Projectiles: How Imbalance Affects Accuracy and What Manufacturers Can Do About It
A spin-stabilized shell wobbles when its mass isn't symmetric — and over thirty kilometers, that wobble shows up as dispersion. Inside the measurement and correction that catches it before lot acceptance.
Équilibrage de rotors de gyroscope pour la navigation inertielle : des tolérances en mg·mm à la précision des missions
À 150 000 tr/min, une fraction de milligramme devient une dérive de navigation que vous ressentiriez à mille kilomètres de distance. La mesure, la correction et la traçabilité qui soutiennent la précision inférieure au mg·mm.
Dynamic Balancing in Defense Manufacturing: Why Precision Matters for Mission-Critical Rotating Components
From turret bearings to gyroscope rotors, defense balancing runs the tightest tolerances in industry — and the diversity of rotating components requiring it spans nearly every subsystem of a modern platform.
