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Search keyword "materials processing" was found in 37 pages.
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Polymer
...solidify it point by point into 3D structures. Send request Material processing Material processing Glass Metal Polymer Other materials Send request Glass Send request Polymer cutting and milling Polymer conducts heat poorly, so a longer pulse melts, warps or chars the edge. Femtosecond pulses remove material before the heat spreads,...
Metal
...marked black or in color without inks. Send request Material processing Material processing Glass Metal Polymer Other materials Send request Glass Send request Metal milling in MHz burst mode Femtosecond milling of metal gives high quality but limited throughput, because the most efficient fluence is hard to reach at high...
Femtosecond laser cutting of FZ-Si wafer
...with higher resolution and better processing efficiency than laser sources with longer pulses. A float-zone silicon wafer (FZ-Si (100), 0.4 mm thick) was cut with a FemtoLux laser. Processing quality was high: a low heat-affected zone, no damage on the bottom surface, and curved contours that mechanical dicing cannot follow,...
Laser-based Bessel beam scribing
...sidewall after stealth dicing. Courtesy of FTMC. Publications Femtosecond Applications Glass Processing Material Processing Micromachining Scribing FemtoLux Polarization-Dependent Laser-Assisted Cutting of Glass Using a Nondiffractive Beam in the MHz Burst Regime J. Dudutis, A. Kondratas, and P. Gečys, ACS Photonics 12 (7), 3706-3716 (2025). DOI: 10.1021/acsphotonics.5c00679. Intra-volume glass scribing for cutting is one of...
Products
...frequency generation (SFG) spectroscopy systems Laser Electronics Laser diode drivers Pockels cell drivers & HV power supplies Digital delay generators Crystal ovens and temperature controllers Tailored for your needs Applications Explore applications Material processing Ultrafast solutions for industries applications. Glass processing Metal processing Polymer processing Other materials Biomedical & scientific...
Glass milling in GHz burst mode
...of the sample, so all ablation products leave through the backside and deep, taper-free geometries can be formed in glass. Hybrid laser processing of micro-lens arrays A micro-lens array is fabricated with hybrid laser processing: burst mode combined with bottom-up milling. The device base is cut from a thick fused-silica...
Thin glass cutting
...all ablation products leave through the backside and deep, taper-free geometries can be formed in glass. Hybrid laser processing of micro-lens arrays A micro-lens array is fabricated with hybrid laser processing: burst mode combined with bottom-up milling. The device base is cut from a thick fused-silica plate, the lens array...
Through-glass vias (TGVs) fabrication
...bottom of the sample, so all ablation products leave through the backside and deep, taper-free geometries can be formed in glass. Hybrid laser processing of micro-lens arrays A micro-lens array is fabricated with hybrid laser processing: burst mode combined with bottom-up milling. The device base is cut from a thick...
Femtosecond laser-induced selective etching
...and deep, taper-free geometries can be formed in glass. Hybrid laser processing of micro-lens arrays A micro-lens array is fabricated with hybrid laser processing: burst mode combined with bottom-up milling. The device base is cut from a thick fused-silica plate, the lens array is ablated on its surface, and CO₂...
Bottom-up milling of glass
...Hybrid laser processing of micro-lens arrays A micro-lens array is fabricated with hybrid laser processing: burst mode combined with bottom-up milling. The device base is cut from a thick fused-silica plate, the lens array is ablated on its surface, and CO₂ laser polishing brings it to optical quality. The same...