High-energy lasers for high-impact applications
High-energy lasers for high-impact applications
We build short-pulse and ultrashort-pulse, diode-pumped lasers for fusion energy, scientific research and radiation sources for medical, industrial and security applications – compact in design, reliable in operation and built to scale.
We build short-pulse and ultrashort-pulse, diode-pumped lasers for fusion energy, scientific research and radiation sources for medical, industrial and security applications – compact in design, reliable in operation and built to scale.
➞ Opportunity
High-energy lasers have an impressive track record of enabling scientific breakthroughs. Now they are on the verge of large-scale commercial deployment. Driving this transition goes beyond technical performance – it is about industrialization.
High-energy lasers have an impressive track record of enabling scientific breakthroughs. Now they are on the verge of large-scale commercial deployment. Driving this transition goes beyond technical performance – it is about industrialization.
High-energy lasers have an impressive track record of enabling scientific breakthroughs. Now they are on the verge of large-scale commercial deployment. Driving this transition goes beyond technical performance – it is about industrialization.
➞ Technology
The high-energy pulsed laser architecture is optimized for pulse durations ranging from nanoseconds down to femtoseconds, delivering peak powers reaching into the petawatt regime. Diode pumping and advanced cooling allow that architecture to operate at average power output exceeding the kilowatt level, available across a wide range of pulse energy and repetition rate configurations.
Originally designed as a driver for fusion technology, the systems have an industrial DNA, delivering unparalleled energy efficiency in a compact form factor.
In close collaboration with a select group of specialized technology partners and suppliers, we combine best-in-class components and expertise at every stage.
The high-energy pulsed laser architecture is optimized for pulse durations ranging from nanoseconds down to femtoseconds, delivering peak powers reaching into the petawatt regime. Diode pumping and advanced cooling allow that architecture to operate at average power output exceeding the kilowatt level, available across a wide range of pulse energy and repetition rate configurations.
Originally designed as a driver for fusion technology, the systems have an industrial DNA, delivering unparalleled energy efficiency in a compact form factor.
In close collaboration with a select group of specialized technology partners and suppliers, we combine best-in-class components and expertise at every stage.
