FD-HSC-VNIR Visible-Near-Infrared Single-Exposure Hyperspectral Camera FD-HSC-VNIR-PRO

FD-HSC-VNIR Visible-Near-Infrared Single-Exposure Hyperspectral Camera FD-HSC-VNIR-PRO

Supplier
Fldiscovery
Part Number
FD-HSC-VNIR-PRO
Category
Scientific & Industrial Cameras
Origin
China

FD-HSC-VNIR combines AI and computational imaging in a high-performance visible/NIR single-exposure hyperspectral camera. Encoding/dispersive optics compress acquisition, while proprietary AI accurately reconstructs images. It avoids slow, complex internal/external push-broom mechanisms, delivering millisecond acquisition with high spectral/spatial resolution and high-confidence spectral images.

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Overview

FD-HSC-VNIR combines AI and computational imaging in a high-performance visible/NIR single-exposure hyperspectral camera. Encoding/dispersive optics compress acquisition, while proprietary AI accurately reconstructs images. It avoids slow, complex internal/external push-broom mechanisms, delivering millisecond acquisition with high spectral/spatial resolution and high-confidence spectral images.

Applications

Semiconductor wafers: rapid surface-defect/film-uniformity inspection. Printing: color-deviation and quality identification. Textiles: color differences/dye composition. Pharmaceuticals: nondestructive composition spectroscopy. Skin: condition/pigment analysis. Art/conservation: pigment analysis/authentication. Tobacco: rapid foreign-body detection. Wood: early mold identification. Tea: grade/composition analysis.

Key Features

High-speed snapshot imaging: single-exposure 25 fps@1024×1024×100, equivalent to traditional pushbroom 25×1024 fps, over 400-1000 nm. Millisecond exposures acquire complete hyperspectral cubes. Dynamic targets: simultaneous bands eliminate motion misregistration for accurate live imaging/monitoring. Spectral performance: ≥100 channels, resolution up to 3nm, spatial images 1024×1024. Compact design: 950g, 214×80×53mm for machines/confined stations. Low-power deployment: USB 3.0 Type-C, 5V, <5W, no external supply, plug-and-play. Host software—connection/status: camera status, model selection/loading in approximately 10 seconds, automatic serial identification. Exposure: auto by brightness, manual ms, ultrashort 1-14 μs. Calibration: point/area reflectance methods, live status, 50% reference-white calibration. Acquisition: single-shot acquisition/reconstruction; high-rate continuous mode, software triggering up to 50 FPS at 12-bit, hardware triggering up to 100 FPS at 8-bit with hardware support. Reconstruction/display: real-time hyperspectral cube “chong” (truncated source label); false-color RGB; multispectral channels; live spectral-curve extraction/display. Analysis: reflectance; 8 selectable indices; sRGB/CIE L*a*b*; CIE 1931 2° or 1964 10°; illuminants D50/D55/D65/D75. Management: task lists named by time/number; individual/batch ENVI/HDF5 export; individual/batch deletion; ZIP/folder import; spectral data saving including images. Models: FD-HSC-VNIR standard, 400-1000nm. FD-HSC-VNIR-PRO enhanced, with custom optics/dedicated analysis modules. FD-HSC-VIS custom visible, 400-700nm.

Datasheet

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Supplier Information

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Fldiscovery
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Jinhua Feiguang Technology Co., Ltd., established in April 2016, is a national high-tech enterprise focusing on the application technology of Digital Micromirror Devices (DMD) spatial light modulators. The company specializes in the R&D, production and sales of DLP-related software and hardware for semiconductor maskless lithography, computational imaging, compressed sensing, 3D inspection, etc. Main products include F4500, F6500, F4100, F4300, F4320, F9120 series, widely used in semiconductor, PCB exposure, 3D measurement, computational imaging and other industrial and scientific research fields. DMD, an optical semiconductor MEMS chip, modulates light digitally by controlling mirror tilt, offering high speed, precision and efficiency. The company is market-oriented and committed to supporting scientific research and high-end equipment manufacturing.

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FD-HSC-VNIR Visible-Near-Infrared Single-Exposure Hyperspectral Camera FD-HSC-VNIR-PRO
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