Integrated Hyperspectral Microscope

Correlated Optical & Spectral Imaging from Nano- to Macro-Scale

The Integrated Hyperspectral Microscope combines enhanced darkfield imaging with hyperspectral analysis on a single microscope platform, enabling both high-contrast visualization and pixel-level spectral insight without repositioning the sample. By collecting a full spectrum at every pixel, this hyperspectral microscope reveals material differences that are not visible with conventional optical imaging alone.

Designed for flexibility, the system supports analysis across a wide range of sample sizes from nanoscale structures in biological samples to large, opaque solid surfaces used in materials and semiconductor research.

See More. Understand More.

Traditional optical microscopes are effective at showing shape and structure, but they cannot distinguish subtle material or surface variations. Hyperspectral imaging fills this gap by capturing detailed spectral maps that closely match what the user sees through the eyepiece. These maps make it easier to identify differences in particles, coatings, defects, or surface uniformity across complex samples.

Because enhanced darkfield imaging and hyperspectral analysis are fully aligned within the same optical system, researchers can move directly from visual inspection to spectral analysis in a single, intuitive workflow.

Macro-Scale Hyperspectral Imaging for Large and Opaque Samples

In addition to nanoscale and microscale analysis, the Integrated Hyperspectral Microscope also supports macro‑scale hyperspectral imaging for larger, solid samples. This includes surfaces such as wafers, discs, and coated materials where surface uniformity and consistency are important. By capturing hyperspectral data across wide areas, the system enables observation of spectral variation across the entire surface of a sample rather than at isolated points.

This ability to move from localized inspection to large‑area surface mapping allows the hyperspectral microscope to support a wide range of research and industrial workflows. It is well-suited for applications in advanced materials, electronics, and photonics, where detecting surface variations and understanding material behavior are critical.

Built for Real-World Research

By combining optical contrast with hyperspectral data on a single platform, this microscope supports both exploratory research and applied analysis. Researchers can

quickly screen samples, map spectral variations across large areas, and identify areas of interest with confidence within a single system.

Whether the focus is on biological research, nanomaterials, environmental particles, or large solid surfaces, the Integrated Hyperspectral Microscope delivers correlated optical and spectral information that is difficult to achieve with separate instruments.

Applications

• Nanotoxicology
• Drug Delivery & Nanocarriers
• Microplastics & Environmental Analysis
• Cancer Research & Pathology
• Materials Science & Polymers
• Semiconductor, LED & Wafer Analysis

Click here for the Integrated Hyperspectral Microscope Brochure.