Rotary Hyperspectral Imager

ATH3010

ATH3010 is a new designed compact hyperspec imager applied to the field and laboratory with bulid-in light source and rotator. This complete design provides high spatial and spectral resolution. This design fit to long time monitor,then adding a tripod can increase scan area for a long time monitor.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Quantity

Contact Now

Description

The ATH3010 is a compact, lightweight micro-highspectral imager that features high spatial resolution, high spectral resolution, and a wide imaging range. It incorporates a built-in, highly stable blue light source with adjustable power, eliminating the need for additional illumination. The system consists of two components: a hyperspectral imager and a fully automated electric rotator, with the imager utilizing high-efficiency transmission grating technology to deliver excellent aberration performance.

The ATH3010 can also be mounted on a tripod or vertical pole, and equipped with automatic calibration devices and weather monitoring sensors to enable long-term, large-area scanning of targets.

Features

Highly sensitive hyperspectral imager
13-megapixel visible light camera with integrated spectrum and image functions
High-performance image sensor with excellent cost performance
High-stability high-blue illumination light source with adjustable power
Optical design with full-target high imaging quality; the diameter of spot diagram is less than 0.5 pixel.
The objective lens adopts standard C-Mount interface, and the lens can be replaced according to user requirements.
Wavelength range: 400-1000nm
High spectral resolution: 1.3 nm
Maximum field of view: 31.7°
Minimum instantaneous field of view: 1.2 mrad
Excellent imaging performance

Application

Agricultural applications
Forestry applications
Water environment application
Soil monitoring
Geological applications
Urban applications

Specification	ATH3010	ATH3010-17	ATH3010-25
Spectral Range	400-1000nm	900-1700nm	1000-2500nm
Best Spectral Resolution	No Binning: Better than 1.3 nm	3.5nm	6nm
Detector	CMOS	InGaAs Detector	Cryogenically‑Cooled HgCdTe Detector
Detector Interface	USB3.0
Detector Target Size	11.3 × 7.03 mm	9.6 × 7.68 mm	9.6 × 7.68 mm
Detector Native Resolution	1920 × 1200	640 × 512	640 × 512
Detector Pixel Size	5.86 µm × 5.86 µm	15 µm × 15 µm	15 µm × 15 µm
Pixel Depth	12 bits	14 bits	14 bits
Slit Width	15 µm, 25 µm, etc.	15 µm, 25 µm, etc.	15 µm, 25 µm, etc.
Binning Mode	4×4 /2x2	4×4 /2x2	4×4 /2x2
Max. Spatial Bands	1200	512	512
Max. Spectral Bands	1920	640	640
FOV	11.4°@f=35 mm	15.2°@f=35mm	15.2°@f=35mm
IFOV	0.167mrad@f=35mm	0.42 mrad@f=35 mm	0.42 mrad@f=35 mm
Maximum Frame Rate	164 fps	80fps	60 fps
Dimensions	320260300mm	320260300mm	340280320mm
Weight	＜3 kg	＜3.5 kg	＜4 kg
Operating Temperature	-10 - 50°C	-10 - 50°C	-10 - 50°C
Storage Temperature	-30-70°C	-30-70°C	-30-70°C
Scanning Method	External Pushbroom Measurement
Data Acquisition Software	Exposure time can be flexibly set, with real-time hyperspectral images and spectral curves dynamically displayed.
Data Analysis Software	Clustering analysis, single-band images, true and false color images, more than 20 customizable vegetation indices, 3D image cropping, target spectral identification and other results can be obtained with one click without third-party software. All these functions support unattended batch processing.
Software Display	Dynamically display hyperspectral images in real time and implement scientific brightness focusing to eliminate errors caused by manual visual focusing.