Routine Histology: The system is ideal for processing tissue samples for routine histological examination, including biopsies and autopsies.
Immunohistochemistry (IHC): The Leica Histocore Pegasus is also suitable for preparing tissue specimens for IHC testing, ensuring that the tissue samples are processed in a way that maximizes the performance of IHC markers.
Special Stains and Research: The system is versatile enough to handle specialized staining techniques and research applications, allowing for precise processing of tissue for a wide variety of molecular techniques.
Oncology: The system supports tissue processing for cancer diagnostics, providing high-quality, consistent processing to ensure accurate diagnostic results.
Neuropathology: The system is ideal for processing brain tissue samples, which require careful handling and high-quality preservation to evaluate disease states.
Sample Capacity: Can process up to 300 cassettes in a single batch.
Reagent Management: Automatic monitoring of reagent levels with intelligent reagent management.
Processing Time: Typically between 6-10 hours depending on protocol.
Fluidic System: Intelligent fluidic exchange for consistent chemical processing.
Heating and Cooling: Advanced temperature control for reagent reactions.
Data Integration: Integration with LIMS for sample tracking and documentation.
Ergonomics: User-friendly touchscreen interface and easy access for maintenance.
Safety: Automated ventilation, fume extraction, and leak-proof containers for safety.
The Leica Histocore Pegasus is a high-throughput tissue
processor designed for histology laboratories that require
efficient and reliable tissue processing for routine and
specialized histopathological techniques. Manufactured by Leica
Biosystems, a leader in laboratory instrumentation, the
Histocore Pegasus is designed to optimize workflow efficiency,
ensure consistent quality, and streamline the process of
preparing tissue samples for microscopic examination.
The Leica Histocore Pegasus is equipped with a range of advanced
features to meet the needs of both high-volume labs and
specialized research settings. It integrates seamlessly with
other laboratory equipment, offering automation, flexibility,
and customization to enhance the tissue preparation process.