Educational Rotary Scaning Hyperspectral lmager

ATH3500

The Optosky Educational Rotary Scanning Hyperspectral Imager offers high-resolution, continuous imaging for research and education. It’s ideal for precision agriculture, environmental monitoring, and material analysis.

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Description

The Optosky Educational Rotary Scanning Hyperspectral Imager is a high-resolution spectral imaging tool designed for research and education. It features advanced transmission grating technology and a rotary scanning system, enabling precise, continuous imaging without camera rotation.

Ideal for precision agriculture, environmental monitoring, and industrial quality control, it analyzes materials such as plants, soil, and water. The imager provides detailed spectral data, supporting applications like plant health monitoring and environmental assessment.

With its cutting-edge technology, the Optosky Hyperspectral Imager is a powerful solution for research and innovation across various scientific fields, enhancing studies in agriculture, environmental science, and material analysis.

Features

High-performance sensor
Stable mounting bracket & motorized external scanning.
High-quality optical design, spot size < 0.5 pixels.
Standard C-Mount for interchangeable lenses.
Wavelength range: 400-1000nm (customizable).
Hyperspectral resolution: 1.3 nm @ 696nm.
Field of view: 11.46° @ 35mm (interchangeable focal length).
Outstanding imaging performance.

Application

Agricultural Applications: Pest and disease monitoring, nutrient tracking, disaster assessment, crop yield estimation.
Forestry Applications: Tree species identification, biomass estimation, nutrient monitoring, forest health.
Water Environment Applications: Water quality parameter inversion, analysis of water pollution distribution and migration.
Soil Monitoring: Soil impurity identification, moisture content monitoring, soil fertility assessment.
Geological Applications: Mineral composition detection, mineralization prediction.
Urban Applications: Surface change detection, road monitoring, feature recognition, environmental protection.

No.	Specifications	ATH3500	ATH3500-17
1	Spectral Range	400-1000nm	900-1700nm
2	Spectral Resolution	1.3 nm@696nm	3.5@1550nm
3	Sampling Interval	0.37nm	0.37nm
4	F-Number	F/2.4	F/2.0
5	Detector	CMOS	InGaAs
6	Interface	USB3.0	USB3.0
7	Power	USB Power，3.4W	USB Power，3.6W
8	Sensor Size	11.26mm x 7.03mm	9.6mm x 7.68mm
9	Native Resolution	1920 × 1200	640 × 512
10	Pixel Size	5.5 µm x 5.5 µm	5.5 µm x 5.5 µm
11	Pixel Bit Depth	12 bits	14 bits
12	Slit Width	25 µm	25 µm
13	Pixel Merging Method	4x4、2x2、1x1	2x2、1x1
16	Field of View (FOV)	11.46°@f=35mm	11.46°@f=35mm
17	Instantaneous FOV (IFOV)	0.7mrad@f=35mm	0.7mrad@f=35mm
18	Max Frame Rate	156fps	256 fps
19	Dimensions	285 mm x 285 mm x 188mm	285 mm x 285 mm x 188mm
20	Weight	＜ 5.5 Kg	＜ 5.5 Kg
21	Working Temperature	-10 - 50°C	-10 - 50°C
22	Storage Temperature	-30-70°C	-30-70°C
23	Spectral Channels	1920（1x Pixel Binning Modes） 960（2x Pixel Binning Modes） 480（4x Pixel Binning Modes）	640（1x Pixel Binning Modes） 320（2x Pixel Binning Modes）
24	Spatial Channels	1200（1x Pixel Binning Modes） 600（2x Pixel Binning Modes） 300（4x Pixel Binning Modes）	512（1x Pixel Binning Modes） 256（2x Pixel Binning Modes）
26	Scanning Mode	External Push-Broom Scanning Measurement
27	Acquisition Software	Flexible Exposure Settings with Real-Time Hyperspectral Image and Spectral Curve Display
28	Analysis Software	One-Click Access to Clustering Analysis, Single-Band Images, True/False Color, 20+ Customizable Vegetation Indices, 3D Image Cropping, and Target Spectral Recognition All functions support automated, unattended batch processing without the need for third-party software.
29	Software Display	Allows scientific brightness and focus adjustment, eliminating human errors in visual focusing.
30	Interface	USB3.0
31	Light Source	High-Stability Constant Power High Blue Light Surface Light Source High-stability constant power blue light linear light source, with optical lens group compressing and stretching the point light source to enhance energy utilization efficiency.
32	Length (Optional)	≥220mm@400mm
33	Width (Optional)	≤30mm@400mm
34	Lifespan (Optional)	≥2000h