The best picosecond laser machine-BVLASER. 1064nm 532nm picosecond

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The best picosecond laser machine-BVLASER. 1064nm 532nm picosecond

Product catalog summary

Technical Summary of 1064nm and 532nm Picosecond Laser Specifications

1. Wavelength Specifications

The document focuses on lasers operating at two primary wavelengths: 1064nm and 532nm. These wavelengths correspond to the fundamental and frequency-doubled outputs of Nd:YAG lasers, commonly used in precision applications.

2. Pulse Duration and Timing

The lasers emit pulses in the picosecond range, indicating extremely short pulse durations typically on the order of 10^-12 seconds. This short pulse duration is critical for applications requiring high peak power and minimal thermal damage.

3. Performance Parameters

Pulse Energy: The energy per pulse is a key parameter, influencing the effectiveness in material processing or medical applications.
Repetition Rate: The frequency at which pulses are emitted affects processing speed and thermal load.
Beam Quality: High beam quality ensures precise focusing and consistent results.

4. Applications and Recommendations

Lasers at 1064nm and 532nm with picosecond pulses are recommended for applications such as micromachining, medical procedures, and scientific research where precision and minimal collateral damage are essential.

5. Operational Guidelines

Proper alignment, cooling, and safety measures are critical to maintain laser performance and user safety. The document likely includes recommended operating conditions and maintenance procedures to ensure longevity and reliability.

Catalog excerpts

The best picosecond laser machine-BVLASER. 1064nm 532nm picosecond-1

KOREA JOINT ARM y (Less energy Loss) y (360 degree rotation) y (Uniform output energy) y (Adjustable spot size 2-10mm) y (Multiple treatment handles optional) TECHNICAL PARAMETERS Wavelength

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