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Laser Fusion

Inertial fusion beamlines operate at the edge of what optics can survive — megajoule energies, petawatt peak powers and apertures measured in hundreds of millimetres. Every component in the chain, from frequency converters to transport mirrors, must combine extreme damage resistance with large-aperture precision.

Eksma Optics supplies large-aperture KDP / DKDP conversion crystals, DKDP Pockels cells with in-house high-voltage drivers, and high-LIDT transport optics — with coating areas up to ø1100 mm and IBS coatings validated above 100 J/cm² at 1064 nm. We support fusion programs from single experimental components to beamline-scale supply.

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High-energy laser fusion beamline target chamber

What we build for laser fusion applications

Optics, coatings, crystals and assemblies engineered for each laser fusion application — to your spec, from prototype to volume.

Driver frequency conversion

SHG/THG of high-energy Nd:glass beamlines (1053 → 351 nm).

Eksma Optics offers

  • Large-aperture optics coating using EBE and IAD technologies with coating area up to ø1100 mm
  • High LIDT AR coatings deposition on nonlinear crystals
Optical switching & pulse slicing

Pulse shaping and isolation in amplifier chains.

Eksma Optics offers

  • Assembling of DKDP Pockels cells in single, dual and four-crystal configurations in cleanrooms
  • In-house development of high-voltage drivers and HV power supplies
High-fluence beam transport

Damage-resistant optics for MJ/PW-class beamlines.

Eksma Optics offers

  • Ultra-high LIDT IBS coatings: AR > 100 J/cm² and HR > 50 J/cm² at 1064 nm, 10 ns
  • Production of flat substrates for laser optics with coating areas up to ø1100 mm
Petawatt / ultrafast front ends

High temporal contrast seed and amplifier stages.

Eksma Optics offers

  • Femtoline optics and crystals manufacturing featuring low GDD and high LIDT for ultrafast lasers
  • Assembling of ultrafast pulse pickers based on electro-optical crystals
Target area & diagnostics

Plasma diagnostics and beamline alignment.

Eksma Optics offers

  • CNC manufacturing of aspherical and free-form surfaces using MRF technology with 3D profilometry certification
  • Optomechanical design (SolidWorks) and integration of motorized adjustment mechanisms

A vertically integrated EU manufacturer for laser fusion

We are actively seeking strategic partnerships to invest and expand our manufacturing capacity — creating dedicated production lines of optical components and assemblies for your tailor-made laser fusion solutions.

100% Vertical integration
7300 m² New facility
40 years Of expertise

In-house at every stage

1
In-house design & R&D

Expert team: 10+ seasoned scientists, each with a decade-plus of experience.

  • Optical systems design
  • Optomechanical design
  • Electronics design
2
Manufacturing & assembly

End-to-end traceability with full control from raw materials to final testing.

  • Optical materials processing
  • Precision lens manufacturing
  • Advanced UV, VIS, NIR, IR coatings
  • Specialised optics assembly
3
Quality control & testing

Multi-stage quality assurance with stringent procedures for reliability.

  • Environmental durability
  • First Article Inspection (FAI)
  • Innovative testing solutions
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Certified excellence & compliance for laser fusion

Accreditations and certifications that let partners qualify us quickly.

Industry accreditation

  • Placeholder — add laser fusion accreditations before production.

Supply chain

  • Registered on Integrity Next supply chain platform
  • Listed on Jaggaer.com as a supplier to leading photonics companies

ISO certifications

  • ISO 9001:2015 certified
  • ISO 14001:2015 certified

Ready to partner with Eksma Optics?

Leverage our 40+ years of photonics expertise for your laser fusion applications — from R&D prototypes to high-volume production.

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