Used MELLES GRIOT 3225H-PCN #9132801 for sale

MELLES GRIOT 3225H-PCN
Manufacturer
MELLES GRIOT
Model
3225H-PCN
ID: 9132801
Laser head.
MELLES GRIOT 3225H-PCN Laser is a highly versatile, long-lifetime Krypton Ion laser designed to deliver high beam quality and exceptional reliability for a variety of applications. The laser produces an output in the infrared spectrum at two separate wavelengths - 568 nm (visible green) and 647.1 nm (near-infrared red) - with peak power of up to 350 mW and pulse repetition rates as high as 10 kHz. The laser is an internal-modulated unit, with a choice of pulse width modulation or frequency-modulated pulse width modulation available. This allows excellent control over the beam profile without the need for external modulators. The laser module itself is exceptionally compact and lightweight, with a tight vertical and ultra-stable package designed to minimize thermal drift. This makes it well-suited for precise applications requiring a small footprint and low maintenance. It is capable of both continuous-wave and pulse operation with excellent power stability, as well as very high peak powers for short-pulse applications. 3225H-PCN also employs proprietary technologies, such as an adjustable-beam expander to improve the spatial coherence of the output beam. The laser can also be interfaced with an external power supply to achieve high output powers over longer run times. It can be used with a variety of optics such as collimators, beam expanders, focussers, and integrated optical bench systems. In addition to its superior performance, MELLES GRIOT 3225H-PCN is extremely durable and long-lasting. Its all-in-one, hermetically sealed housing is designed to offer reliable, maintenance-free operation even in harsh environmental conditions. The laser is also designed to be exceptionally reliable both in terms of its output power stability and its drift-free operation. Overall, 3225H-PCN stands out as a reliable and versatile laser for a wide range of applications. It offers superior performance, long-term stability, and an affordable price, making it an ideal choice for both research and industry.
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