[Case Study] Improving reflectivity and laser resistance while suppressing group delay dispersion.

Aiming for advancements in medicine, we strive to improve the detection capabilities of biological observations! Here we present a case that achieves high reflectivity while suppressing the widening of pulse width!

Metal mirrors have the advantage of being less prone to discrepancies in the speed of light (low dispersion), but it is difficult to increase their reflectivity and laser resistance, which limits their ability to enhance detection capabilities in biological observation due to the inability to increase light intensity. Our company has developed a low-dispersion dielectric multilayer mirror designed to minimize changes in pulse shape associated with reflection, leveraging the technology cultivated through research and development of mirrors for femtosecond lasers. The detection capabilities for biological observation using multiphoton excitation microscopy have significantly improved. [Case Overview] ■ Challenge: To enhance reflectivity and laser resistance while suppressing group delay dispersion of femtosecond lasers. ■ Solution: Utilize low-dispersion dielectric multilayer mirrors to maximize the characteristics of femtosecond lasers. ■ Featured Product: Mirror for femtosecond lasers (low-dispersion mirror) *For more details, please refer to the PDF document or feel free to contact us.

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