Hyperspectral Camera LHSC-A12

Name: Hyperspectral Camera LHSC-A12
Brand: Labtron
SKU: LHSC-A12
Rating: 4.9 (850 reviews)

Hyperspectral Camera LHSC-A12 provides a spectral range of 1000 to 1700 nm and a raw resolution of 640 × 512 pixels, delivering precise and accurate imaging. It is equipped with a high-resolution HgCdTe deep-cooled sensor, offering improved sensitivity and clarity. The camera utilizes push-broom imaging and captures data line-by-line for thorough analysis. Its advanced Stirling refrigeration cooling system ensures stable performance over a broad temperature range. Our compact, lightweight camera is ideal for detailed hyperspectral imaging.

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Spectral Range	1000 to 1700 nm
Detector Type	Te-cooled InGaAs SWIR Detector
Spectral Channels	512
Spatial Channels	640
Field of View (FOV)	15.2° at f = 35 mm (Lens changeable)
Instantaneous FOV (IFOV)	0.7 mrad at f = 35 mm (Lens changeable)
Raw Resolution	640 × 512 pixels
Raw Pixel Size	15 µm × 15 µm
Bit Depth	16 bits
Noise Equivalent Temperature Difference (NETD)	<17 mK
Frame Rate (Max)	120 fps
Detector Interface	Camlink
Operating Temperature	-20 to 50℃
Storage Temperature	-30 to 70℃
Data Format	Compatible with ENVI
Power Consumption	<10W
Power Supply	5V and 12V ±10%
Target Surface Dimensions	9.6 × 7.68 mm
Dimensions	226 mm × 98 mm × 85 mm
Weight	1.18 kg

Adjustable Field of View
Extensive spectral and spatial channels
High dynamic range
Ultra-sensitive NETD
High frame rate
Flexible interface
Low power consumption

Our Hyperspectral Camera is widely used for monitoring plant health, detecting pests, analysing disasters, assessing water quality, mapping minerals, evaluating soil pollution, and classifying urban geological substances.

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Hyperspectral Camera LHSC-A12 Catalog

Available Range :

Hyperspectral Camera LHSC-A12 : 1000 to 1700 nm Hyperspectral Camera LHSC-A10 : 1000 to 2500 nm Hyperspectral Camera LHSC-A11 : 400 to 1000 nm

Models of Hyperspectral Camera

Labtron Hyperspectral Camera high spectral resolution, allowing it to distinguish even slight differences in material composition and surface features. Equipped with a high-resolution Te-cooled InGaAs SWIR detector, they offer superior image quality and dynamic range. The push-broom imaging mode captures data quickly and efficiently. The cameras are compact, lightweight, and consume low power. Flexible interfaces allow seamless integration into research and industrial settings. Our camera's reliable cooling and wide operating temperatures enhance performance in demanding environments.