Applications

Semiconductor lines treat storage as process equipment. EJER dry cabinets and nitrogen cabinets hold a known climate next to the tool — ultra-low humidity for moisture-sensitive packages, nitrogen where oxidation is the failure mode.

Typical users are wafer fabs, OSAT and packaging houses, IC module plants, and university microelectronics labs. Wafers, leadframes, MSDs and process materials stay in the cabinet between process steps, so floor life is paused instead of recovered by daily baking. 

Electrode powders, separators and related electronics take up water from hall air. Dry storage and documented drying cut yield loss that often shows up only after formation or field ageing.

Specified for photovoltaic cell and module plants, battery material and cell makers, and energy-storage manufacturers. Cathode and anode materials, PV cells, sensors and power electronics sit in dry cabinets between process queues; a drying oven is used when the method requires a temperature profile, not only dry air. 

Research rooms use the same digital control as the factory, scaled to the bench: dry cabinets for reagents, optics and samples; drying ovens when a documented temperature method is required.

Typical users are universities, government and industrial laboratories, pharmaceutical and chemical R&D, and metrology rooms. The cabinet protects moisture-sensitive samples, precision instruments and teaching materials — not as furniture, but as a small process climate.