The GenChamber functions as a dual-purpose system that prepares Charpy and Izod specimens through both cooling and heating cycles. In low-temperature mode, a compressor-based refrigeration system combined with an ethanol cooling medium and stirring mechanism lowers specimens to as cold as –80 °C. In high-temperature mode, stainless steel heating elements with forced air circulation raise specimens up to +100 °C.

The principle is straightforward: specimens are brought to a defined thermal state before impact testing, ensuring that the fracture behavior reflects actual service conditions. By delivering precise and uniform temperature conditioning, the GenChamber allows laboratories to produce consistent and repeatable impact test results across different batches and materials.

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