ATH5500-17
21Pages

Hyperspectral Imaging Microscope Description: ATH5500-17 is self-developed hyperspectral imaging microscope with compact size, HD, high quality ， it Customized version of infrared high transmittance comsists of microscope, hyperspectral imager and data microscope system; processing work station. Objective lens magnification: performance CCD imaging component, clear images, low noise, the integrated exclusive high conpression images algorithm can improve database storage. Hyperspectral imaging technology provides spectral Medical Institute, Cancer tissue sorting, blood cell images with fast, accurate,and high spectral and spatial resolution, and universality. It can widely applied to Research institute, Universities and colleges medicine, pathology, pharmaceutical, life science.etc. As Pharmaceutical companies, Chinese medicine fake well as medical institute, research science, medical college, pharmaceutical companies laboratory research Food Safety, Meat origin ID Micro plastics identification Minerals sorting Upright Microscope Forensice identification, Documents identification Inverted Microscope Biological science, bateria, cell analysis material science, micro materials detection ATH5010 Lab Hyperspectral imaging system；(a) ATH5010INV;（b）ATH5010INV；(c) ATH5010 Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen

Fig1: Hyperspectral imaging system structure and optical path This is the principle of hyperspectral imager, the target object to be detected on the operation table going through objectives and microscope lens sets, then being divided into three optical paths, the first path is used for reviewing by chief surgery, the second path is used for reviewing by the assistant, the third path is used for collection by hyperspectral imager, which is driven by motor to perform spatial scanning on the target, after obtaining the spectral imaging information to process the database to be displayed to...

Datasheet Stability Stable and firm stand support, movement, moving parts Voltage EMC Test Temperature Humidity Air Pressure （2）Microscope Module Optical System Observer head Eyepieces Magnification Objectives Nosepiece Condenser Stages Condenser Mechanical Illumination System Digital camera imaging system Infinite chromatic aberration-corrected optical system/common-corrected optical system Siedentopf type binocular or trinocular head, 30°inclined,Interpupillary: 50-75mm PL10X/22mm High eye-point wide field plan eyepiece, PL20X/12mm High eye-point wide field plan eyepiece total 2 pairs,...

Halogen lamp Standard Calibration Board 3. Application Case 3.1 Tumor tissue detection Hyperspectral imaging microscope integrates 2D spatial pictures to 1D spectral signal to form 3D cubic database. By combining spectral and imaging technology, hyperspectral images reveal how materials or its molecule in electromagnetic wave absorb and reflect the lights. It not only includes rich spatial information, but also includes spectral features in the continuous narrow wavelength range. It can accurately identify blooded cells. At present, hyperspectral imaging microscope technology has been...

40Xbladder cancer non-tumor section 40X bladder cancer tumor section White—Non-tumor Red—Tumor cell nucleus spectrum average value Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-61025

Cholangiocarcinoma is a relatively rare but extremely malignant tumor. Because the early symptoms are not obvious, patients often miss the best time for treatment when they find it. As the "gold standard" for the diagnosis of cholangiocarcinoma, pathological diagnosis is mainly performed by experienced physicians on pathological slices with tedious and time-consuming microscopy. In this process, misdiagnosis or missed diagnosis may be caused due to inexperienced physicians in reading films or different evaluation criteria . As an emerging technology, hyperspectral imaging technology can...

Fig 6 The results of recognition of cholangiocarcinoma tissue by Duan Yipan et al. with hyperspectral imaging microscope (a) pseudo-color composite image (b) manual annotation of the corresponding image (c) 3D-Res-CNN region of the corresponding image Recognition result 3.2 Hyperspectral Microscope Applied To Blood Cell Blood cell classification plays a huge role in diagnostics. For example, the recognition of cell profile is associated with a specific disease, and the count of white blood cells has been shown to be associated with a variety of diseases, including obesity, smoking, allergic...

Datasheet medical hyperspectral images is to reflect materials and how they absorb and reflect light under molecular-level electromagnetic waves. It not only includes rich spatial information, but also contains many continuous narrow bands called spectral features, which can accurately distinguish different blood cells. At present, medical hyperspectral imaging technology has been applied to the detection of tongue tumors, intestinal ischemia and cancer, hemorrhagic shock, medical food safety and other diagnostics. Fig 7 Hyperspectral Microscope images in different bands Product data...

Fig 8 (a)Background, White and Red cell pseudo-color images(b) distribution Traditional Medical Materials 40X fresh Chinese angelica frozen section 40X dewaxing Astragalus section 3.4 Hyperspectral Microscope Applied to Wood Species Classification In wood trading activities, the identification of wood species and the determination of species grades have always been a difficult task that requires practical experience. The Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies,...