hyperspectral imaging
hyperspectral imaging
system imaging

Built-In Push-Broom Portable Hyperspectral Imager

ATH6100
ATH6100 is a series of ultra-portable hyperspectral imaging instruments independently developed and designed by AOPU Tiancheng with independent technical intellectual property rights.
Delivery
FOB
Country of Origin
Made in China
Quantity
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Description
 
ATH6100 is a series of ultra‑portable hyperspectral imagers independently developed by Optosky with proprietary intellectual property rights, covering the visible to short‑wave infrared spectral range. Featuring a built‑in scanning mechanism, the ATH6100 enables hyperspectral scanning of targets without large‑angle camera rotation. It integrates a lithium‑ion battery and CPU, with an optional auto‑focus system, and delivers high‑resolution, high‑quality imaging performance.

ATH6100 can be controlled by terminals including smartphones, iPads and laptops to perform real‑time image acquisition, scanning, calibration and result output. While capturing target images, it also obtains spectral data of hundreds to thousands of bands to achieve integrated image‑spectrum functionality. Equipped with a high‑resolution CCD sensor, the ATH6100 delivers sharp imaging with low noise. It is especially suitable for scanning large‑size flat samples such as murals, calligraphy‑paintings and textiles.

Lightweight and versatile, the ATH6100 offers excellent battery life and intelligent operation with comprehensive data‑processing capabilities. It supports real‑time monitoring, calibration and inversion‑result output, and fits a wide range of field and laboratory applications. Combining hyperspectral imaging with high‑definition photography, the ATH6100 generates datasets with both high spectral and high spatial resolution, enabling full exploration of material‑specific spectral and spatial features.

 
Features
  • Built-in push-broom structure
  • Built-in large-capacity lithium battery,can work in the field
  • Max. Spectral range 400-2500nm
  • High spectral resolution ≤1.3nm
  • FOV: 23.5°@f=25mm
  • Auto focus system (optional)
  • Built-in high-resolution visible light camera
  • Can be controlled by mobile phones, iPads, laptops and other devices
  • Spatiotemporal radiometric intensity correction technology, significantly improving radiometric calibration accuracy
  • Linear light‑source design matching linear field‑of‑view to maximize light energy utilization efficiency
  • Automatic integration‑time recommendation: exposure time suggested according to sample reflectance
Application
  • Scanning and restoration of cultural relics, restoration of murals
  • Digitization of Calligraphy and Painting
  • Textiles: copying of patterns, reproduction of pictures
  • Mineral Screening
  • Agriculture: Leaf, Tobacco Leaf Scanning