The specially developed test rig from Optimol Instruments enables precise investigation of tribological damage caused by so-called false brinelling processes. This phenomenon typically occurs during fine oscillatory relative movements under high static loads—such as those found in bearing components of wind turbines, in the automotive sector, or during transport operations.
The system is designed to replicate realistic test conditions for this specific type of surface stress. Low-amplitude oscillations can be simulated under well-defined normal loads and with optional lubrication. The result is reliable data for evaluating materials, coatings, and lubricants under critical conditions.
Key Features of the Test Rig from Optimol Instruments:
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Specialized for Micro-Movements: Enables targeted simulation of the small oscillatory motions characteristic of false brinelling.
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Variable Load Scenarios: Parameters such as normal force, frequency, stroke, and temperature can be precisely set and reproduced.
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Material and Lubricant Evaluation: Ideal for analyzing damage mechanisms in rolling bearings and similar components under static or quasi-static conditions.
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Application-Oriented Testing: Allows realistic testing under stationary load situations.
This test rig is ideally suited for R&D departments, materials laboratories, and companies developing products for demanding mechanical applications.