The Great Inlet diameter of 55 mm<\/strong> also allows for the measurement of larger laser beams. With a usable spectral range of 0.19 to 11 \u00b5m<\/strong> can the calorimeter be used for different laser sources ranging from the UV through the visible and into the infrared spectral range.<\/p>\n Despite its wide measurable power range, the LaserPoint calorimeter is characterized by a Compact and relatively lightweight design<\/strong> . This makes it easier to integrate into existing measurement setups and industrial applications than many conventional measurement systems in this performance class.<\/p>\n In addition, the measuring system comes without defocusing optics in the absorption cavity<\/strong> out. This simplifies the optical design and reduces the installation effort.<\/p>\n The calorimeter reaches a Linearity of \u00b12 % up to the full-scale value<\/strong> and a Calibration accuracy of \u00b15 %<\/strong>. Calibration is based on recognized PTB\/NIST Standards<\/strong> traceable and thus enables reproducible and reliable measurements of high laser powers.<\/p>\n The thermal design is engineered for stable heat dissipation, enabling the reliable measurement of incident laser power even in demanding high-power applications.<\/p>\n The LaserPoint calorimeter is particularly well-suited for applications where high continuous laser powers need to be reliably measured and monitored. Typical fields of application are:<\/p>\nCompact calorimeter for high laser power<\/h3>\n
Traceable and reliable performance measurement<\/h3>\n
Typical applications<\/h3>\n
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