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HyperCube™

Hyperspectral Filter

Spectral and spatial precision for your advanced analyses

The HyperCube is a hyperspectral filter continuously tunable in the VIS, NIR and SWIR spectral ranges. This filter is designed to fit commercial upright or inverted microscopes and couples with standard cameras and excitation modules. The HyperCube is based on highly efficient Bragg gratings, enabling rapid hyperspectral measurements of luminescence, dark-field and bright-field imaging while offering a high spatial and spectral resolution

Technology

Category

Microscopy

A Growing Spectrum of Solutions

Overview
Technical Specifications
Applications
Publications
Videos

Overview of HyperCube applications

Advanced Materials Analysis

Analyze complex materials such as solar cells and nanomaterials, and perform quality control on semiconductors using hyperspectral microscopy (PL, EL)

Exploration of Infrared Markers

Study new infrared markers in complex environments, including tissues and living cells, using hyperspectral SWIR microscopy,

Hyperspectral Imaging of Transparent Materials

Probe colorless and transparent samples such as polymers, crystals or living cells with a hyperspectral dark-field microscope.

Push the Boundaries

Discover the future of hyperspectral microscopy with the HyperCube: a precise and efficient tool for your scientific research.

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Technical Specifications

VIS

SWIR

Technical Specifications

Spectral range

VIS

400-1000 nm

SWIR

900-1620 nm

Technical Specifications

Spectral resolution

VIS

﹤ 2 nm

SWIR

﹤ 4 nm

Technical Specifications

Spectral channels

VIS

Continuously tunable

SWIR

Continuously tunable

Technical Specifications

Spatial resolution

VIS

Sub-micron

limited by microscope objective NA

SWIR

Sub-micron

limited by microscope objective NA

Technical Specifications

Camera

VIS

Provided by customer

brand and model must be approved

SWIR

Provided by customer

brand and model must be approved

Technical Specifications

Microscope

VIS

Provided by customer

brand and model must be approved

SWIR

Provided by customer

brand and model must be approved

Technical Specifications

Weight

VIS

8 kg

SWIR

7.2 kg

Photon etc. - Specsheet - Hypercube™

Photovoltaic Analysis Made Simple : PLQY and QFLS Mapping in Minutes

With the rise of new photovoltaic materials, relying on PLQY mapping alone is no longer enough to evaluate performance. Using data acquired by IMA hyperspectral microscope, our new software module lets you generate essential photovoltaic characterization maps: PLQY, QFLS, and Eg in just a few clicks for deeper, more accurate insights. Whether you’re just getting started or deep into materials optimization, this tool is fast, reliable, and ready to plug into your solar research workflow.

Custom Products

Beyond our standard product lines, we bring to bear our know-how through collaborations with industry and researchers both local and international.

It’s in our DNA to build systems that measure up to the high standards set by our customers in science and industry.

Visit our Special Projects page or contact us if you can’t find what you’re looking for in our standard product lines.

Special Projects