Materials Science
Revolutionize materials characterization with picometer-precision analysis of nanomaterials, 2D structures, and advanced composites. LightPico enables non-destructive investigation of material properties at the atomic scale.
Materials Characterization Challenges
Modern materials science demands atomic-level precision and non-destructive analysis capabilities that challenge conventional characterization methods.
Atomic-Scale Precision
Characterizing nanomaterials and quantum structures requires resolution beyond the capabilities of conventional optical microscopy.
Sample Integrity
Electron microscopy and AFM techniques can alter or damage delicate materials, affecting their intrinsic properties and behavior.
Dynamic Properties
Understanding how materials respond to environmental changes requires real-time monitoring capabilities with high temporal resolution.
Advanced Materials Characterization
LightPico technology enables unprecedented analysis of material structure and properties with picometer precision while preserving sample integrity.
2D Materials Analysis
Precisely count atomic layers in graphene, MoS₂, and other 2D materials. Map thickness variations, defects, and domain boundaries with unprecedented accuracy and without sample damage.
Nanomaterial Characterization
Analyze nanoparticles, quantum dots, and nanotubes with molecular precision. Determine size distributions, surface properties, and aggregation behavior in their native environment.
Composite Materials
Investigate fiber-matrix interfaces, filler distribution, and phase separation in advanced composites. Monitor structural changes during mechanical testing and environmental exposure.
Materials Science Applications
From quantum materials to industrial composites, LightPico enables breakthrough characterization across the full spectrum of materials research.
2D Materials & van der Waals Heterostructures
Precise characterization of graphene, transition metal dichalcogenides, and layered heterostructures for next-generation electronics.
Quantum Materials
Investigation of superconductors, topological insulators, and quantum dots with preservation of their delicate quantum properties.
Nanoparticles & Colloids
Size, shape, and surface analysis of nanoparticles in solution for catalysis, drug delivery, and energy applications.
Polymer Science
Molecular-level analysis of polymer structure, crystallinity, and degradation mechanisms without sample preparation.
Energy Materials
Characterization of battery electrodes, photovoltaic materials, and fuel cell components during operation and cycling.
Biomaterials
Analysis of biocompatible materials, tissue scaffolds, and bio-inspired structures for medical and biotechnology applications.
Research Excellence & Innovation
LightPico technology is enabling breakthrough discoveries in materials science through unprecedented characterization capabilities.
Published Research
"Sub-wavelength characterization of 2D materials enables precise layer counting and defect mapping in van der Waals heterostructures."
Industry Collaboration
"LightPico technology provides the precision needed for quality control in our advanced materials manufacturing processes."
Advance Your Materials Research
Discover how LightPico technology can revolutionize your materials characterization capabilities with picometer precision and zero sample damage.
Trusted by leading materials research institutions worldwide