Microarray Wafer Scanner

A high-capacity slide scanner designed for rapid processing and digitization of large volumes of pathology slides in laboratory settings.

High-throughput whole slide imaging (WSI) scanner for digital pathology that converts microscopy slides into digital images for remote diagnosis and analysis. Enables pathologists to view, manage, and share histopathology specimens digitally, supporting cancer screening, tissue analysis, and telepathology workflows.

General-purpose diagnostic imaging scanner for medical specimens and slides. Provides high-resolution image capture for pathological analysis and clinical diagnostics.

A small-format scanner with dual brightfield and fluorescence imaging capabilities, designed to process 20 microscope slides.

A 300-slide capacity fluorescence scanner that integrates both brightfield and fluorescence imaging capabilities in a single system. It features dual imaging with brightfield and up to 10 fluorescence filters, AI-driven automation, and precision optics optimized for multiplex imaging, biomarker studies, and digital archiving. The system is designed for laboratories with medium to large sample volumes requiring advanced fluorescence and brightfield imaging capabilities.

A digital scanning system for converting glass microscope slides into digital images for analysis and archiving. The scanner is used across histology, cytology, and oncology diagnostic workflows.

An automated scanning and imaging system for analyzing FISH-processed slides. This laboratory equipment captures and processes fluorescence images from hybridized specimens, enabling rapid visualization and detection of chromosomal abnormalities. The scanner system is designed to work with the company's FISH diagnostic workflow.

A specialized scanner for imaging fluorescently-labeled microscope slides. The device is used for capturing fluorescence data from tissue samples in immunofluorescence and in situ hybridization applications.

Automated fluorescence slide scanner for rapid analysis of fluorescence in situ hybridization (FISH) specimens in cancer and cardiovascular diagnostics. Enables high-sensitivity detection with rapid image capture and analysis, reducing diagnostic turnaround time from traditional manual methods. Integrates with proprietary probe hybridization technology to deliver precise molecular pathology results for clinical decision-making.

An automated microscope slide scanning system featuring proprietary 3D scanning technology that automatically scans multi-layer images with real-time focus tracking and image fusion at 30 seconds per slide. The device includes high-precision linear motion platform and high-definition optical platform with 20X/40X magnification, automatic barcode scanning for slide identification, and ergonomic design with motorized wing-style cover for easy maintenance.

Specialized platform for creation of genomic microarrays enabling large-scale DNA and RNA screening. Provides multiplexed diagnostic capabilities with enhanced sensitivity for genetic analysis. Supports comprehensive genomic profiling applications.

Automated fluorescence microscopy platform for high-throughput imaging applications in bioanalytical research. Enables rapid screening and analysis of biological samples with advanced optical detection capabilities.