The Lumibird conduction-cooled QCW stacked arrays, including models QD-Q1yzz-A, QD-Q1yzz-B, QD-Q1yzz-BS, QD-Q1yzz-G, and QD-Q1yzz-K, represent a pinnacle of laser diode technology. These arrays are meticulously designed to deliver high performance and reliability through a variety of configurations, offering a range of power outputs from 60 W QCW to 400 W QCW per diode bar. The use of advanced technology in design and manufacturing ensures that these arrays provide enhanced efficiency and dependable operation in demanding environments.

Each laser diode bar array is constructed with a focus on minimizing thermal resistance, thanks to optimized packaging and heat-sink designs. The compact and rugged assembly, utilizing AuSn hard solder, facilitates seamless integration with heat exchangers for superior thermal management. This robust construction not only enhances operational stability but also ensures the arrays can withstand challenging conditions, making them ideal for applications in aerospace, industrial, and space sectors.

Furthermore, these laser diode stacks have undergone rigorous environmental testing, including long-life tests and endurance under vacuum, as required for space missions with agencies like NASA and ESA. Their proven track record in such tests underscores their suitability for use in severe conditions where reliability is paramount. Whether for pumping solid-state lasers or serving as illuminators, these stacks provide a versatile and dependable solution.