Potassium Titanyl Phosphate (KTiOPO4 or KTP) is an excellent nonlinear optical substance suited to use in many optical systems. It's large nonlinear coefficient and stable Bodily house.

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Potassium Titanyl Phosphate crystals (KTP) is Among the most broadly employed nonlinear optical crystals in many optical techniques. GAMDAN Optics offers GTR (grey tracking resistant) KTP crystals which might be hydrothermally developed. We also present flux developed KTP and will operate with our purchasers to offer essentially the most correct Remedy for your personal software.

Compact effective eye-Harmless intracavity optical parametric oscillator which has a shared cavity configuration.

As a result of Image-thermal Typical-path Interferometer, the event of grey tracking is usually calculated by a boost of bulk absorption via a potent CW 532 nm eco-friendly laser in several minutes.

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The event of gray-track can be calculated by a rise of bulk absorption by a strong CW 532nm eco-friendly laser within many minutes. This measurement might be performed with Photograph-thermal Prevalent-path interferometer.

Like our hydrothermally developed KTP crystals, flux developed KTP crystals also provide superb homogeneity. Here are some in their unique parameters: 

Significant gray monitoring resistance, which makes it ideal for superior repetition fee and higher-power laser devices.

GTR-KTP crystals, designed with ground breaking manufacturing processes, show significantly larger resistance to grey monitoring and decreased absorption within the UV and visible regions, creating them well suited for a wide range of programs for instance frequency doubling, parametric oscillation, and laser amplification.

CASTECH's GRT-KTP, as a great NLO crystal, has reduced absorption and higher hurt threshold than the traditional KTP, which we could conclude it possesses an increased grey observe resistance. Amount of sights:

Sophisticated producing procedures making certain Outstanding grey monitoring resistance and optical Qualities.

Economical sub-nanosecond intracavity optical parametric oscillator pumped using a passively website Q-switched Nd:GdVO4 laser