Precise Imaging Confident Diagnosis

The independently developed Luna imaging technology mitigates the problem of superimposed tissue structures in traditional imaging. It ensures that the image is clear and free of motion artifacts, accurately locks the fine tissue structure and micro-calcification points and improves the quality of tomographic images. The high-performance Mammo Scope digital breast image processing platform captures sharper images.

· High-quality Fluent Imaging (HQFI): Unique image algorithms and powerful image post-processing functions meet all digital clinical diagnosis requirements. The system supports image gray balance processing, and automatic optimization, enhancement and display functions are closely combined with the image acquisition process.

· Noise Suppression and Enhancement Based on Tissue Density and Morphology (DPE): The system supports correlation analysis of tissue density and noise. The integrated tissue and morphology-based image enhancement technology captures high-quality images with clearer details and finer organization, ensuring easier visualization of subtle lesion tissues.

· Diagnostic Vision Optimization (DOO): The visual adjustment function outputs high-quality images with clearer organization details and soft lighting. This increases the visual comfort when viewing the image and reduces visual fatigue, while ensuring the quality of image diagnosis. 


Software Specifically Designed for Breasts

With nearly 20 years of experience in medical imaging software development, we are dedicated to designing hardware and software that don’t only work well together, but also complement each other. With free lifetime software updates, your device is never out of date.

The independently developed integrated workstation can quickly process scanning operations and post-adjustment of images. The preset work interfaces may be accessed with one key operation. The system supports multi-user concurrent operation. The quick queries are customizable, and reports can be edited using a WYSIWYG mode.

The UI is easy to use and intuitive, with more user-centric operation design.

The system seamlessly interfaces with the international standard DICOM protocol interface, and supports interconnectivity with RIS, PACS, HIS data.