The HDS-MSCAN-F Series offers high-performance slide scanners for fluorescence, brightfield, and advanced imaging, combining high-throughput automation with laboratory-grade optical fidelity in a unified workflow. This series includes the HDS-MSCAN-4F, a compact 4-slide scanner for small-scale assays, and the HDS-MSCAN-60F, which supports high-throughput 60-slide capacity for batch processing. Key specifications feature automated multiplex fluorescence imaging with channel switching, integrated LED brightfield and epifluorescence hybrid illumination, submicron resolution (≤0.25 µm/pixel) with adaptive z-stacking, and clinical-grade detection optimized for FISH, immunofluorescence, and digital pathology.

The HDS-MSCAN-A series features two industrial-grade models: the HDS-MSCAN-200A (200-slide capacity) and HDS-MSCAN-240A (240-slide capacity), engineered for 24/7 clinical histopathology workflows. This series boasts rapid scanning speeds and exceptional Z-axis accuracy, making it particularly suitable for cytopathological and histopathological diagnoses. Both models feature automatic focusing, adaptive lighting, and seamless splicing technology to ensure superior image quality, supporting critical pathological analyses such as HE staining and immunohistochemistry. Furthermore, they facilitate artificial intelligence diagnostics, remote collaboration, and reliable clinical integration.

Automated modular microscopy systems includes two upright brightfield microscope systems: HDS-BX43-ST4-B-A0 and HDS-BFS-BK6000-ENT-1, along with a forward fluorescence microscope system, HDS-FLS-BX53-STD-4, and an inverted fluorescence microscope system, HDS-IX73-ST4-F-A0. These systems are based on a robust microscope frame and feature advanced optical path characteristics, equipped with the Heidstar precision motion control platform and controller to ensure optimal motion control and adaptability. Powered by HDScanner scanning software, they offer one-click operation, automatic focusing, and automated scanning capabilities, enabling real-time acquisition of low-noise, high dynamic range images to meet diverse experimental requirements.

The series includes a variety of advanced components such as electric platform, slice clamp, electric Z-axis and electro-zoom mirror converters for efficient and flexible sample operation. Combined with a multi-axis motion control box and a manual control box, users can accurately adjust movement to ensure accurate focus and observation. At the same time, the design of the electric filter converter and global preview module makes image capture more convenient, providing excellent performance in both scientific research and clinical applications.