Solid state lasers, commonly used in cytometry, are known for several key characteristics that enhance their utility in various applications. One of their prominent features is generating high output power, which is essential for achieving sufficient excitation levels in fluorescent assays. Additionally, solid state lasers tend to emit light in a narrow range of wavelengths, allowing for precise targeting of specific fluorophores used in cytometric analysis. Their widely available nature also supports their usage across various laboratories and research settings.
The assertion regarding reliability in comparison to argon lasers is less accurate. Solid state lasers are generally regarded as reliable, with advancements making them comparable, if not superior, to the classic argon lasers in terms of stability and longevity. Therefore, indicating that they are less reliable than argon lasers does not align with the general consensus regarding their performance and reliability in the field of cytometry. This distinction clarifies their reliability as a characteristic of solid state lasers, substantiating the selected answer.