Anton Paar · Litesizer DLS 501
Dynamic Light Scattering Analyzer
Particle-size and colloidal characterization for nanoparticles, polymer assemblies, micelles, and microspheres.
LABORATORY CAPABILITIES
Facilities & Instruments
Our laboratory integrates particle and surface characterization, optical spectroscopy, chromatographic analysis, rheology, and cell-based biomedical instrumentation to support research in functional polymers, hydrogels, particles, membranes, biomaterials, and drug-delivery systems.
Particle & Surface Characterization
2 instruments
Surface Characterization
Contact Angle Analyzer
Surface wettability and interfacial characterization for membranes, coatings, polymer films, and functional surfaces.
Spectroscopy & Optical Analysis
3 instruments
JASCO · FP-8250
Spectrofluorometer
Fluorescence excitation and emission measurements for probes, nanoparticles, biomaterials, and drug-delivery studies.
JASCO · NRS-4500
Raman Spectrometer
Raman spectroscopy and chemical mapping for polymers, membranes, particles, composites, and functional materials.
JASCO · V-730
UV–Visible Spectrophotometer
Absorbance and optical characterization for polymers, nanoparticles, drug formulations, and solution-based assays.
Chromatography & Separation
2 instruments
LabTech
Chromatographic Analysis System
Automated chromatographic platform for polymer and formulation analysis, including oil-phase GPC-related workflows.
JASCO · HPLC System
High-Performance Liquid Chromatography
Separation and quantitative analysis of small molecules, drugs, degradation products, and formulation components.
Rheology & Material Characterization
1 instrument
TA Instruments · HR20
Rheometer
Viscoelasticity, flow behavior, gelation, and temperature-dependent rheological characterization of hydrogels and polymers.
Cell Culture & Biomedical Instruments
2 instruments
Molecular Devices · M2
ELISA Microplate Reader
Microplate-based absorbance and fluorescence measurements for ELISA, cell viability assays, protein quantification, and other cell-based biomedical experiments.
Leica
Inverted Fluorescence Microscope
Fluorescence imaging for cell morphology, biomaterial interfaces, cellular uptake, localization studies, and fluorescently labeled samples.