Laser carbonization for mild heme decolorization in hygiene products
An integrated laser platform combining surface texturing and controlled carbonization to reduce heme color in hygiene products. The technology disrupts red blood cells, adsorbs heme, and catalyzes chromophore degradation...
Laser-assisted protoplast screening platform combining raman/sers spectroscopy and laser-induced forward transfer
An automated laser platform for high-throughput, label-free screening of protoplasts, algae, or plant tissue using Raman/SERS spectroscopy for phenotypic readout and pulsed laser-induced forward transfer for gentle, non-...
Laser-structured film-free nonwoven outercovers for soft, breathable barriers
Laser surface structuring generates hierarchical micro/nano-structures on lightweight nonwovens to create film-free outercover materials with liquid barrier performance (no strikethrough at ~62 mbar) while preserving bre...
High-throughput label-free coherent anti-stokes raman scattering (CARS) platform for protein variant screening and characterization
High-throughput, label-free Coherent Anti-Stokes Raman Scattering (CARS) spectroscopic platform that accelerates characterization, quality control, and ranking of recombinant protein variants. Provides chemically specifi...
Laser-textured nonwovens for reduced stain visibility
Laser texturing of nonwoven topsheets and acquisition layers creates directional microchannels and light-scattering surface features that rapidly transport menstrual fluid away from the visible surface and optically conc...
2PP laser prototyping of porous non-wovens from digital models
This solution leverages Two-Photon Polymerization (2PP) direct laser writing to construct high-fidelity porous non-woven prototypes from digital CAD models, offering precise control over fiber and pore dimensions. It pro...
Bioinspired laser texturing for enhanced denture adhesion and seal
Utilizing femtosecond laser micro-texturing, this innovation creates bioinspired micro-patterns on denture bases for enhanced adhesion and sealing. The technology ensures strong hold, superior seal against food ingress, ...
Raman sensor system for real-time soil microbial fingerprinting
A rugged, fiber-optic in-soil Raman spectroscopy probe that provides real-time, label-free molecular fingerprints of soil microbial activity. It operates fully automated, using Edge-AI to process spectra and transmit dat...
Cars-based label-free high-content screening platform for hair follicle biology
Revolutionize hair follicle biology with a CARS-based label-free platform offering non-invasive, chemically-specific 3D imaging for efficient compound screening and analysis.
High-throughput label-free CARS imaging for wound healing screening
A cutting-edge optical imaging platform using CARS and SHG for non-invasive, high-throughput screening of wound healing processes in 2D and 3D tissue models. The platform offers quantitative, label-free assessments of EC...
Raman spectroscopy solution for early hydrolysis detection in organo-trialkoxysilane
A non-destructive Raman spectroscopy method for rapid, accurate assessment of early hydrolysis in organo-trialkoxysilane solutions. Uses handheld analyzers for fast results, supporting industrial implementation and quali...
Inline four-channel CARS spectroscopy for lipid processing optimization
Introducing Inline Four-Channel CARS spectroscopy for real-time monitoring and optimization of fermentation-derived lipid processing. This technology improves lipid yield and reduces resource consumption without disrupti...
Inline CARS spectroscopy for real-time process optimization in sweetener refining
Introducing an innovative Inline Four-Channel CARS spectroscopy system for real-time, non-destructive monitoring and optimization of starch-based sweetener refining. This technology can significantly improve yield, reduc...
Four-channel CARS imaging for non-destructive ploidy detection in wheat embryos
Four-channel Coherent Anti-Stokes Raman Scattering (CARS) imaging provides a label-free, non-destructive approach for early ploidy detection in wheat embryos. By capturing DNA and protein-related Raman signals, it enable...
Laser surface texturing for enhanced product evacuation
Laser surface texturing enhances product evacuation from packaging by etching micro-patterns that reduce adhesion and facilitate smoother flow of viscous products. Compatible with a wide range of materials, it meets FDA ...
Fast growth of high-quality nitride semiconductors at low temperature
Revolutionary CO₂ laser-assisted MOCVD method enables rapid, low-temperature growth of high-quality GaN on low-cost substrates like silicon and sapphire, reducing costs and enhancing adoption of III-V compound semiconduc...
Laser-induced breakdown spectroscopy for real-time zinc detection in steel recycling
A LIBS-based system for real-time zinc detection in steel recycling to support contamination-free production. Using rapid, non-contact elemental analysis, it enables automated inline sorting of zinc-coated scrap with rep...
Laser surface melting for enhanced moisture barrier in sustainable packaging
Laser Surface Melting (LSM) improves moisture barrier properties of sustainable packaging by modifying surface morphology, reducing porosity, and increasing hydrophobicity. This eco-friendly method enhances durability an...
Laser surface texturing for anti-particulate adhesion on polyolefins
Innovative Laser Surface Texturing (LST) technology reduces particulate adhesion on polyolefins by creating micro/nanoscale structures, offering a durable, scalable, and eco-friendly anti-fouling solution for application...
Laser surface texturing for anti-adhesion in EPDM processing
Laser Surface Texturing (LST) reduces self-adhesion in EPDM rubber by creating micro/nanoscale patterns, eliminating the need for dusting agents. This scalable, environmentally friendly method maintains material integrit...
Accelerated weathering testing for polyolefin using excimer laser irradiation
A novel method using excimer laser irradiation to rapidly simulate long-term UV-induced degradation of polyolefins, offering faster and predictive aging tests compared to traditional methods.
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