Precision That Powers Discovery
Our temperature control systems, freeze dryers, and centrifugal evaporators give researchers the tools to study material behavior across wide temperature ranges, prepare and process nanoparticle and polymer samples, and support the full characterization workflow for next-generation energy storage and semiconductor materials.
Semiconductor materials research — from solid-state electrolytes and lithium halide conductors to conductive polymer films and nanoparticle dispersions — requires precise control for accurate characterization. Our equipment keeps pace.
Supporting Next-Generation Materials at Every Scale
Our equipment enables the kind of precise variable-temperature characterization behind high-impact materials research — including a Chemistry of Materials study on aliovalent substitutions in lithium halide superionic conductors and work in Advanced Healthcare Materials on conducting polymer-ECM scaffolds for human neuronal cell differentiation. Next-generation materials demand next-generation tools.
