Laboratory flat scan hyperspectral imaging analysis system

NegotiableUpdate on 01/30

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The ATH8010 Laboratory Flat Scan Hyperspectral Imager Analysis System is a high-resolution, high-definition, and high-quality laboratory flat scan hyperspectral imaging instrument launched by Aopu Tiancheng. It consists of a hyperspectral imaging instrument, a flat scan structure, a light source, an imaging camera, a data processing workstation, and other components.

Product Details

Overview

ATH8010Laboratory flat scan hyperspectral imaging analysis systemyesA high-resolution, high-definition, and high-quality product launched by Aopu TianchengofLaboratory flat scanHyperspectral imaging instrument,Composed of hyperspectral imaging instrument, flat scan structure, light source, imaging camera, data processing workstation, etc.
　　ATH8010Laboratory flat scan hyperspectral imaging analysis systemadoptA high-performance CCD imaging device with 1920X1080 pixels, providing clear imaging and minimal noise;
ATH8010Combining hyperspectral imaging technology with high-definition photography technology, the collected data has both hyperspectral resolution and high spatial resolution, which can fully explore the spectral and spatial characteristics of the material itself. It can be applied to material sorting (tobacco, pharmaceuticals, food, minerals, etc.), criminal investigation and document inspection, authenticity identification and other fields.
　　The laboratory hyperspectral system consists of a hyperspectral imager, a line light source, a high-definition camera, a sample stage, a focusing device, and a standard whiteboard. The line light source is aligned with the line field of view of the hyperspectral imaging instrument, and data acquisition is achieved through the translation of the sample stage. The high-definition camera captures global high-definition images of the sample stage at zero position for image fusion with hyperspectral data to compensate for its insufficient spatial resolution. Standard whiteboards are used for reflectance correction on both spatial and temporal scales to improve data inversion accuracy. Enterprise experimental research equipment.

feature

Band range：400-1000nm

Automatic integration time recommendation, recommending exposure time based on sample reflectivity

Application field

lMedical institutions: cancer tissue screening, blood cell classification;

lResearch institutions, colleges and universities

lPharmaceutical companies: anti-counterfeiting of traditional Chinese medicinal materials

lFood safety: Meat source identification;

lTextile: Copying patterns, copying pictures

lMineral screening

lJudicial appraisal: document inspection appraisal

lBiology: Bacterial and Cellular Analysis

lMaterials Science: Microscopic Testing of Materials

lAgriculture: Leaf and tobacco scanning

lScanning and restoration of cultural relics, restoration of murals

Technical Specifications

serial number	indicator	parameter	Remarks
1	spectral range	400-1000nm
2	spectral resolution	Better than 2.5nm	30um slit
3	spatial resolution	Better than 1mm	Customizable, limited by instrument volume
4	Number of spatial channels	480	4-pixel merging
5	Number of spectral channels	270	4-pixel merging
6	dynamic range	12bit	NA
7	Field of view width	210mm	customizable
8	scanning range	0~280mm	customizable
9	Sample thickness	0~50mm	customizable
10	Reflectance calibration board	3%，50%	customizable
11	Visible light camera resolution	24 million pixels	replaceable

Accessories List:

serial number	item	quantity	optional
1	microscopicHost of hyperspectral imaging instrument (400-1000nm)	1 unit	standard configuration
3	Objective lens and radiometric calibration	1 set	standard configuration
4	Hyperspectral imaging systemserviceWorkstation (including operation controller and control software)	1 set	standard configuration
6	High blue steady flow halogen lamp	4 of them	standard configuration
7	Standard calibration board	1 piece	standard configuration

Effect Showcase

lSpace time radiation intensity correction significantly improves radiation calibration accuracy

lLine light source design, matching line field of view, improving light energy utilization efficiency

lAssist in focusing, adjust the lifting and lowering according to the thickness of the sample to ensure image clarity

lAutomatic integration time recommendation, recommending exposure time based on sample reflectivity

lAutomatic scanning, automatic completion of data collection

lIntegrate high-definition cameras to improve spatial resolution, making it easy to navigate through massive amounts of data by following the map