What quality control (QC) measures are applied to each laser rod?

According to the technical specification, a detailed report is supplied to the customer.

Do you operate separate production lines for medical, industrial, and scientific products?

No, as all crystals are processed on the same line, the main difference lies in the LIDT requirements (Laser Induced Damage Threshold) determined by the rod's energy density.

What is the recommended replacement frequency for laser rods in your industry?

Replacement depends on usage, maintenance, and industry, similar to car mileage.

What technological features at Arsuf increase efficiency compared to competitors?

Arsuf is capable of selecting diverse manufacturing and coating processes to maximize crystal quality, efficiency, maximal energy output, above-average lifetime, and high damage threshold. The entire process is performed in-house, leveraging multiple supplier capabilities to ensure the highest customer satisfaction—free from the constraints of a single-supplier approach. Product warranty is provided by Arsuf, enabling selection from multiple manufacturing and coating technologies for the best outcome.

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What is an Alexandrite laser crystal?

An Alexandrite laser crystal is a type of laser crystal made from the mineral chrysoberyl.
It is known for its ability to produce high-power, visible-light laser beams at a wavelength of 755 nanometers, which falls in the red part of the visible spectrum.
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Applications of Alexandrite laser crystal

Alexandrite lasers are commonly used in a variety of medical and cosmetic applications, such as hair removal, tattoo removal, and skin resurfacing.
Due to its high power, stability, and reliability, the Alexandrite laser is considered one of the gold standards for laser hair removal.