Solid State Laser

• Integrated design and small size
• Low noise and high stability
• Excellent beam quality(M²＜1.3)
• High average power and good pulse energy
• High stability for long term running, 24/7 industrial application

• Encapsulation in hundred class ultra clean laboratory

• Good beam quality

• Higher integrated control box and low power consumption of whole machine

• RS232 and external GATE/TTL/PWM control

• Replaceable LD on site, easy and convenient install and maintain

• High safety and easy for system integration

• Good pointing stability and beam quality
• Compact design to ensure high output power
• Wide processing range and high efficiency
• High reliability and long working life

• High stability for long term running

• 24/7 industrial application

• Encapsulation in hundred class ultra clean laboratory
• Great beam quality(M²<1.3)
• High stability for long term running, 24/7 industrial application
• Compact structure and easy for system integration
• Low quiver and stable performance

• Encapsulation in hundred class ultra clean laboratory
• Great beam quality(M²<1.3)
• High stability for long term running, 24/7 industrial application
• Integrated design and compact structure, sturdy and durable
• Low pulse jitter and high peak power

• Encapsulation in hundred class ultra clean laboratory
• Great beam quality(M²<1.3)
• High stability for long term running, 24/7 industrial application
• High pulse repetition frequency and good energy stability
• Selectable functions of operator lock and alarm setting

• 60W/100W/200W/400W@10kHz(spatial output)
• 55W/90W/180W/360W@10kHz(fiber output)
• Wide pulse width up to 200±40ns@10kHz
• Water chiller provided
• Applied in cutting of extra hard materials

• Great spatial mode
• Reliable performance and long working life
• Wide processing range and high efficiency
• High stability of pulse energy and applied in multiple industries
• High output power, short pulse width and high pulse energy

The core component of the 266nm UV laser is a diode-pumped solid-state laser. It consists of a laser medium, a pump source and an optical cavity. The laser medium usually uses Nd:YAG (neodymium-doped alumina yttrium) crystals, while the pump source uses a high-power diode laser.
In the working process, the laser generated by the pump source is focused by the optical system and input into the laser medium. The laser medium converts the pumped laser into a higher energy laser through the process of stimulated radiation. After many reflections and amplification, the final ultraviolet laser output of 266nm wavelength is formed.