What is a common feature of solid state lasers in the context of their power output?

Solid state lasers are known for their ability to produce significant power output, typically falling within a range often between 10 and 25 mW. This characteristic allows them to be utilized effectively in various applications, including fluorescence microscopy and flow cytometry, where consistent and reliable power levels are crucial for accurate data acquisition.

The power output range of solid state lasers is attributed to their design and the materials used in their construction, which efficiently convert electrical energy into laser light. In many practical applications, this output can be sufficient for the intended functions, making solid state lasers a popular choice in laboratory settings.

In contrast to the attributes of solid state lasers, alternatives like gas lasers may produce lower power outputs, while some high-power solid state lasers can reach even greater outputs but require different considerations regarding heat management and output stability.