Integrated Near-Infrared Microscopic Hyperspectral Imager

Integrated Near-Infrared Microscopic Hyperspectral Imager

Supplier
Hhitgroup
Category
Scientific & Industrial Cameras
Origin
China

The integrated near-infrared microscopic hyperspectral imager is Hhitgroup's newly introduced, high-performance integrated precision instrument for spectral microscopic inspection, primarily for near-infrared microscopic measurements. It combines a near-infrared hyperspectral camera with a microscope and uses a multi-slot section pushbroom system to acquire near-infrared spectra from multiple microscopic sections and the entire sample plane. While capturing high-definition spatial images, it also acquires samples' near-infrared spectral signatures. It is widely useful for microscopic inspection and analysis of biological cells, materials, life-science samples, and forensic evidence. Typical application example: a customer provides cross sections of woody dicotyledon stems and places them on the near-infrared microscopic hyperspectral translation stage. Motorized focusing is followed by acquisition of the complete section. Spectral curves and hyperspectral images can reveal abnormal cell regions in the stem cross section, helping predict the plant's growth condition and whether it is developing well.

Specification Snapshot
Wavelength Range
900-1700nm
Spectral Resolution
8nm
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Overview

The integrated near-infrared microscopic hyperspectral imager is Hhitgroup's newly introduced, high-performance integrated precision instrument for spectral microscopic inspection, primarily for near-infrared microscopic measurements. It combines a near-infrared hyperspectral camera with a microscope and uses a multi-slot section pushbroom system to acquire near-infrared spectra from multiple microscopic sections and the entire sample plane. While capturing high-definition spatial images, it also acquires samples' near-infrared spectral signatures. It is widely useful for microscopic inspection and analysis of biological cells, materials, life-science samples, and forensic evidence. Typical application example: a customer provides cross sections of woody dicotyledon stems and places them on the near-infrared microscopic hyperspectral translation stage. Motorized focusing is followed by acquisition of the complete section. Spectral curves and hyperspectral images can reveal abnormal cell regions in the stem cross section, helping predict the plant's growth condition and whether it is developing well.

Specifications

ParameterValue
Wavelength Range900-1700nm
Spectral Resolution8nm
Number of Spectral Bands226
Spatial Pixel Count640
Data Bit Depth12bit
Objective Magnification (Interchangeable)10x
Measurement MethodTransmission, Reflection
Pushbroom Imaging MethodObject-Side Pushbroom Scanning
Slide-Well Slots5
Pushbroom Range140 mm × 70 mm
Pushbroom Speed20mm/s
Pushbroom Unidirectional Accuracy≤±2μm
Pushbroom Bidirectional Accuracy≤±2μm
Pushbroom Absolute Accuracy≤±3μm
Focusing MethodMotorized
Computing PlatformBuilt-in
ScreenBuilt-in
Screen Operation MethodTouch Control

Applications

Biomedical/pathology research: in-vivo or ex-vivo spectral analysis of unstained cells/tissues supports cancer-tissue screening, drug-mechanism studies and pathology models. Forensics/cultural-artifact identification: nondestructive spectral comparison of minute traces, inks, fibers and pigments provides scientific identification evidence. Agriculture/plant science: spectra of stem cross-sections nondestructively evaluate cell activity, nutritional status and stress responses and predict growth trends. Materials science/identification: composition analysis and defect detection in composites, polymers and semiconductors.

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Supplier Information

Hh
Hhitgroup
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Hangzhou Gaopu Imaging Technology Co., Ltd., founded in 2019, is dedicated to leading the industrial application of domestic high-performance spectral vision technology, accelerating the deep integration of artificial intelligence and spectral vision technology, and providing global industry customers with multidimensional intelligent perception 'new quality productivity tools'. Based on self-developed dispersive spectroscopy hyperspectral imaging technology, the company can provide high-performance hyperspectral cameras covering the full spectral range of 200nm-2500nm for scientific research and industry customers, forming a complete technology chain from hardware to software algorithms and from data to results, and continuously expanding application solutions of spectral vision in low-altitude remote sensing, industrial inspection, medical imaging and other scenarios, helping various industries' multidimensional intelligent perception needs.

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Integrated Near-Infrared Microscopic Hyperspectral Imager
Hhitgroup · Scientific & Industrial Cameras
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