Rogers Imaging provides particle size, shape, and morphology characterization using SEM and optical microscopy to support formulation and toxicology studies. Our scientists perform coating thickness, adhesion, and surface evaluations, as well as contamination and foreign particle identification through EDS and advanced imaging. Beyond imaging, our experts deliver data interpretation and toxicological insight, helping R&D teams understand material behavior, microstructure, and potential sources of contamination. Each analysis is supported by quantitative documentation suitable for regulatory and technical reporting.

Rogers Imaging provides surface and interface imaging of biomaterials and scaffolds to support the development of advanced therapeutic and biomedical technologies. Using SEM and confocal microscopy, our scientists conduct cell-material interaction and coating studies, as well as biofilm and tissue structure visualization for biocompatibility and performance evaluation. We offer high-resolution imaging of microdevices, biosensors, and drug delivery platforms, along with morphology and degradation analysis of biopolymers, biofilm and bioactive particles and their internation in human substrates, teeth or surfaces. Each project includes quantitative data interpretation and toxicological insight.

Rogers Imaging offers CyTOF (Cytometry by Time-of-Flight) analysis to provide high-dimensional cellular profiling for pharmaceutical and biotech research. This advanced mass cytometry technology enables simultaneous detection of dozens of cellular markers with exceptional precision, offering detailed insight into immune response, toxicity, and biomaterial interactions. Combined with microscopy and imaging data, CyTOF allows for correlated structural and functional analysis, helping researchers connect microstructural observations with cellular-level effects. Our scientists provide full data interpretation and reporting, ensuring results are meaningful for R&D, formulation, and toxicology teams.