Exail to provide key components for NIF
French company signs LLNL contract to provide more than sixty dual-stage modulators for fusion research lab.
The order from the Lawrence Livermore National Laboratory (LLNL), California, USA, is the second key optical component from Exail to enhance the capabilities of the National Ignition Facility NIF. “Our near-infrared dual-stage intensity modulators will equip the high-fidelity pulse shaping (HiFiPS) system at NIF, as part of an enhancement of the Master Oscillator Room,” said Yves Deiss, sales manager at Exail. “Our components meet LLNL’s stringent requirements. They are due to operate 24/7 as part of a system that precisely delivers pulse shapes.”
The HiFiPS system’s role is to enable better power balance and symmetry control in implosions, by increasing precise and accurate pulse shaping of NIF’s 192 laser beams. The modernization of the pulse shaping system takes advantage of advancements that have been made by the telecom industry since NIF was first commissioned, in 2009. It includes the unique know-how acquired by Exail in designing and manufacturing lithium-niobate (LiNbO3) electro-optical modulators.
Exail has already supplied to the NIF some radiation resistant multimode graded index fiber for diagnostic purposes that is critical for understanding laser performance and refining laser delivery for critical fusion ignition experiments. The fiber is used to monitor the laser power signal entering the target chamber without radiation induced losses limiting the monitoring capabilities.
The fiber enabled continued temporal monitoring of the laser performance, with impressive results. There has been no degradation over time, even after multiple high-yield shots generating large quantities of neutrons and gamma rays. The rapid degradation of the previously installed fiber due to radiation effects significantly impacted the overall usefulness of the diagnostic. Exail’s fibers offer a 10 to 100 times increase in signal strength. Since 2022, several kilometers of Exail fibers replaced the NIF obsolescent fibers, supporting the facility laser performance for years to come.
Company
EXAIL SAS34 rue de la Croix de fer
78100 Saint-Germain-en-Laye
France
most read
5 robotics trends for 2026
The International Federation of Robotics reports on the five most important trends for the robotics industry in 2026.
Engineering labor market under pressure: shortage of skilled workers despite the crisis
Unemployment in IT and engineering professions rose by 17.6 percent, while the total number of vacancies fell by 23 percent to 99,470.
TUM develops first European AI chip in 7 nm technology
The neuromorphic chip based on TSMC standards was developed under the leadership of Prof. Hussam Amrouch.
Global robot density: Western Europe leads ahead of North America and Asia
In the EU-27, the robot density is 231, which is above the global average of 132.
Sick increases sales in 2025
In the 2025 financial year, the company increased its turnover to 1.85 billion euros, an increase of 6.5% compared to the previous year.