The WN100 series of diode-pumped solid-state (DPSS) lasers offers a high power laser solution in a compact, air-cooled design — eliminating the need for external chillers. Engineered for precision and durability, these lasers deliver exceptional beam quality and long-term stability, even in challenging environmental conditions. With output power up to 10 watts at 1064 nm, the WN100 series is ideal for both demanding industrial applications and high-precision scientific research.
These compact lasers are built with OEM and industrial-grade components, supporting continuous 24/7 operation. A TEM₀₀ beam profile and M² value of ≤1.2 ensure optimal beam performance, while optional integrated harmonic generation modules support wavelength conversion — including blue laser output for specific applications.
Key Features:
The WN 100 series features a TEM₀₀ beam profile and exceptional long-term stability, achieved through a proprietary optical design and built-in power meter with feedback control. This ensures reliable performance in both precision material processing and high-accuracy scientific applications.
Compact and air-cooled via Peltier technology, the WN 100 lasers are easily integrated into specialized equipment thanks to their small footprint and dry head design.
Engineered for 24/7 operation, the robust, dustproof laser head and durable optical cavity enable extended service intervals. Intracavity harmonic generation minimizes crystal stress, significantly extending component life.
Operating at reduced diode currents further enhances diode lifespan and system reliability, ensuring stable performance in demanding environments.
The integrated diode-pump design allows for routine service in basic workshop settings. Most optical components and consumables can be replaced by trained personnel on-site, reducing downtime and logistics costs.
Interchangeable laser heads and power supplies streamline maintenance and lower service expenses.
Wavelight Technologies
T5, 077 - Sharjah International Airport - Saif Zone - Sharjah
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