At the Laser World of Photonics in Munich, MKS Inc. presented the new Spectra-Physics Talon APX laser series for the first time. The company expands the Talon product family with compact, highly reliable ultraviolet (UV) nanosecond lasers in the power range of 15 to 30 W with an extended UV lifespan. The special design of the lasers allows for longer maintenance cycles compared to conventional UV lasers, achieves higher productivity, and reduces operating costs.
The Talon APX lasers define a new generation of lasers in manufacturing. They combine the industry's leading UV lifespan with exceptional performance,” says Markus Rütering, Managing Director of Newport Spectra-Physics GmbH. “Take the semiconductor industry – Europe is pursuing the ambitious goal of significantly increasing manufacturing capacities under the European Chips Act. Throughput and efficiency are crucial in this industry. Whether scribing, drilling, or cutting – the Talon APX UV nanosecond laser enables high throughput and operates nearly maintenance-free. This allows companies to manufacture cost-effectively and with high quality.
Spectra-Physics Talon APX lasers deliver an average UV power between 15 and 30 W with a pulse energy of up to 300 µJ. With a UV lifespan of 40,000 hours in 24/7 operation, the Talon APX lasers reliably operate for more than five years. Downtime in manufacturing as well as maintenance efforts are significantly minimized. The Talon APX series is based on the Talon platform but also integrates features such as true first pulse control, pulse-on-demand (POD), and position-synchronized output (PSO).
According to the proven Spectra-Physics It’s in the Box™ design, all components of the laser – including the control electronics and laser diodes – are housed in a single, compact, and lightweight laser head. This integration improves system reliability, reduces complexity, and simplifies installation and integration of the laser.
Spectra-Physics Talon APX lasers are designed for 24/7 operation in demanding environments: they are climate-resistant and certified through extensive testing under extreme conditions. They operate fully automated and computer-controlled, offering exceptional long-term stability in terms of performance, beam quality, and targeting accuracy. Especially in high-volume manufacturing environments (HVM), they ensure consistent performance.
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