Femtosecond laser micromachining: companies, research and applications

The company set includes 53 companies, and named organizations include Luxinar, Coherent and Bystronic Laser AG. Luxinar reported expanded femtosecond-laser production in July 2026. Coherent and Bystronic Laser AG appear among organizations active in ablation cutting and drilling. The list spans different roles, so not every named organization should be treated as a machine supplier.

Luxinar, Coherent, Bystronic Laser AG and Golden Laser are named commercial organizations in this field. Luxinar reported expanding femtosecond-laser production in July 2026 to support industrial manufacturers. Coherent, Bystronic Laser AG and Golden Laser appear among organizations associated with ablation cutting and drilling. The available information does not establish a complete ranking of equipment suppliers.

Chinese Academy of Sciences CAS, Xi'an Jiaotong University and Beijing Institute of Technology are prominent research organizations in the available activity data, with 43, 35 and 36 documents respectively in the 24-month window. Their work includes assisted ablation, turbine-hole drilling, infrared-window microstructures and beam shaping for nanofabrication.

The available data records $8,835,246 in grants across 15 awards since 2020. This figure is an indicator, not necessarily a complete total of funding dedicated exclusively to femtosecond laser micromachining. Broader institutional funding entries may not correspond directly to this technology, so assess individual awards before treating them as sector investment.

Unomedical A S is the leading named patent holder, with 2 patents in the available holder data. South China University of Technology, Technical University of Denmark, Shandong Normal University, Applied Materials, Spine Wave and ASM IP Holding B.V. each have 1 listed patent. These figures identify recorded holders, not the full scope of their intellectual-property portfolios.

No: the recorded patent activity declined by 69.2% in the latest 12-month comparison, with 17 patents in the 24-month window. By contrast, publications reached 603 in the latest year, up 10.8%. This split suggests that research output is expanding while patenting activity in the tracked window has softened.

Recent developments include Jilin University's September 2026 study of pressure and pulse shaping during polymer-film drilling and Chinese Academy of Sciences research on low-taper molybdenum grids. An August 2026 glass-processing study from Empa, EPFL and ETH Zurich used mid-infrared monitoring for feedback-compatible diagnostics. Research also addresses ultrasonic-assisted drilling of ceramic composites and depth-controlled silicon-carbide wafer slicing.

The five named approaches are ablation cutting and drilling, surface texturing, internal modification and dicing, two-photon microfabrication, and hybrid and assisted processing. They differ in whether they remove material, functionalize a surface, modify a transparent material internally, build three-dimensional structures, or add process aids. The best fit depends on material, feature geometry and acceptable process complexity.

The recorded applications include optical and photonic components, with 144 documents; aerospace and energy materials, with 75; biomedical devices and microfluidics, with 71; and semiconductor manufacturing, with 53. Examples include waveguides and fiber sensors, turbine cooling holes, ceramic processing, microfluidic structures and semiconductor substrates. These applications use precise material removal, surface structuring or internal modification.

China leads the recorded activity with 2,355 documents, followed by the United States with 1,000, Germany with 513 and Japan with 456. China accounts for 42.4% of the recorded documents and the United States for 18.0%. The country data indicates research and technology activity, not necessarily commercial market share.