Digital Pathology Scanner

  This   histopathology slide scanner are cloud-enabled &provides ultimate flexibility for storing, archiving and managing digital images and metadata. These small footprint are low throughput scanners. They are lightweight and easily fits into small workspaces. Whole slide scanning is convenient with high resolution imaging. The cloud-enabled solutions such as the Image Management System is apt for viewing, storing and archiving & telepathology software which is used for real-time, remote consultations are included with OS-15 scanners. Features: ·          Cloud-enabled 15-slide Brightfield ·          Desktop Scanning ·          20x & 40x magnification ·          Small footprint Contact us at- info@optrascan.com   Read more about- h&e slide scanner

OptraSCAN Inc offers breast cancer biomarker analysis for analysis of breast carcinoma. Breast cancer is the most common forms of cancer among woman. It can cause unfavorable effect if left neglected for a long time. Its early examination provides vital treatment. Advanced techniques of image analysis have potential to reduce the workload in a typical clinical lab. Breast Carcinoma Analysis technology aims at analyzing and interpreting breast carcinoma images thus it identifies quality of tumor. It also highlights and measures areas of invasive carcinoma and DCIS (Ductal Carcinoma in Situ). Parameters that can be identified includes the total tissue area, tumor area as well as invasive cellularity. This acts diagnostic tool to provide the pathologist in making the above identifications, which otherwise could be greatly challenging and time-consuming.   Features: ·         Evaluation of tumor (invasive carcinoma) area and the tissue area ·         Automated evaluation of in

  About Whole Slide Imaging Whole slide imaging (WSI), refers to the scanning of traditional glass slides to create digital slides. This is the latest imaging modality being utilized by pathologists and pathology departments globally. Whole slide imaging is continuing to gain traction amongst pathologists for educational, diagnostic, and research purposes.   Advancements in the field of digital pathology are progressing at a rapid pace, essentially driven by advancements in technology. Constant developments in artificial intelligence, machine learning, imaging, the speed of data transfer, cloud storage solutions etc, have facilitated the increasing use of digital imaging and hence the adoption of digital pathology solutions . Pathologists and pathology departments are increasingly utilizing digital imaging for tasks such as image archiving, sharing, telepathology, and analysis. Digital imaging modalities have transitioned from employing cameras to procure static images toward who