Surface Microstructuring with Ultrashort Laser Pulses
Researchers at the Center for Physical Sciences and Technology have developed a new surface microstructuring system using femtosecond lasers. By utilizing a diffractive optical element to split the laser beam, the team successfully created superhydrophobic properties on stainless steel surfaces.
Why it matters
This advancement improves the efficiency and throughput of laser-based manufacturing, which is critical for high-precision industries like semiconductor and display production.
Ask our AI Assistant Search Menu Surface Microstructuring with Ultrashort Laser Pulses Download PDF Copy View Supplier Profile Request Quote Sponsored by MKS Ophir Reviewed by Olivia Frost Aug 3 2026 Surface microstructuring with ultra-short-pulse (USP) lasers is a distinct technology with a range of applications, including the creation of optically absorptive and anti-reflective surfaces; superhydrophilic or hydrophobic surfaces with antibacterial properties; thin-film ablation; and surface texturing for enhanced bonding strength.
The article is a technical report focused on industrial manufacturing processes without political or social commentary.
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