A global leader in precision control components for aerospace and defense applications needed a reliable solution for testing their 400-pound metal alloy aircraft components under extreme low-temperature conditions. The company required consistent performance at temperatures as low as -130°F (-90°C), the capability to handle heavy metal components weighing up to 400 pounds, rapid temperature recovery after introducing room-temperature components, sufficient interior workspace to accommodate various component configurations, and durable construction to withstand frequent production testing cycles.
The manufacturer’s quality assurance protocols required the components undergo rigorous temperature cycling to ensure reliable performance in extreme aerospace environments.
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