NANOSECOND LASER

The WN100 series of diode-pumped lasers feature a unique and robust design, delivering reliable, stable performance across a wide range of environmental conditions. Their resilience and outstanding beam quality make them an ideal choice for both cutting-edge scientific research and demanding industrial applications.

The WN200 offers outstanding beam quality and enhanced reliability within a straightforward, compact design. Users have quickly recognized its value—over 200 of these lasers are in daily operation across industrial and scientific fields.

 The WN300 series consists of widely used compact lamp-pumped Nd:YAG lasers that provide a flawless balance of key parameters: high output power, superior beam quality, and compact dimensions of the laser head and power supply. 

 The WN400 laser delivers a rare combination of high pulse energy, elevated pulse repetition rate, and excellent beam quality—unmatched by most other models. 

The upgraded WN500 laser delivers high-energy nanosecond pulses, providing a minimum output of 150 mJ at a wavelength of 1064 nm and a repetition rate of 20 Hz.

The WN600 is a compact series of lamp-pumped Nd:YAG lasers designed using a master-oscillator and one-pass amplifier scheme, offering an unmatched balance of key features: high output power, outstanding beam quality, and minimal dimensions of both the laser head and power supply. 

 The WT100 Series lasers reflect over 25 years of expertise in designing solid-state tunable laser systems. These compact Ti:Sapphire lasers offer an exceptional combination of wide tuning range, narrow output linewidth, high pulse energy, and excellent beam quality without compromise. 

The WT200 Series OPO features an optical design based on synchronously rotating BBO crystals and a specialized cavity configuration that enhances amplification of the generated radiation. This approach enables the WT200 series to achieve maximum conversion efficiency—even in models optimized for low beam divergence and narrow linewidth.