Leica BOND-III Fully Automated IHC and ISH Staining System with 30-Slide Capacity

The Leica BOND-III Fully Automated IHC and ISH Staining System is a benchtop, high-throughput slide stainer optimized for immunohistochemistry (IHC) and in situ hybridization (ISH) workflows critical in molecular diagnostics and translational research. This system accommodates 30 slides simultaneously arranged in 3 independent trays (10 slides each), enabling continuous and parallel processing for uninterrupted sample throughput.

Key technical features include:

• Automated staining for IHC and ISH protocols essential for biomarker detection and genetic analysis in clinical and biotechnology research.
• Compatibility with all BOND reagents and 70% alcohol solution for cleaning, enhancing chemical versatility during tissue processing.
• 36 reagent containers with varied volumes (7 mL, 30 mL, 6 mL) with low dead and reserve volume for precise reagent management.
• Integrated barcode-enabled slide tracking system maximizing traceability and minimizing errors in bioprocessing workflows.
• Independent slide heating and staining controls allowing multiplex staining and parallel experiment runs.
• Efficient hazardous and standard waste management supporting safe operation within biomedical engineering and biopharmaceutical production laboratories.
• Compact bench footprint with dimensions 790 x 1378 x 806 mm and weight 238 kg, designed for research pathology laboratories demanding consistent slide staining reproducibility.

This instrument is widely adopted in synthetic biology research, molecular diagnostics, and biomanufacturing pipelines where standardized, reproducible IHC and ISH staining is critical. The BOND-III system supports multiplex tissue staining protocols and high-throughput slide preparation, making it essential for gene editing studies, neuroimaging tissue analysis, and cancer biomarker evaluation.

Please note this pre-owned unit is sold as is, untested without software provided, and no warranty or returns available. However, technical consultation and virtual demos are offered to ensure suitability for research applications in cell imaging, fluorescence analysis, and bioprocessing.

This automated research stainer serves biotechnology professionals and researchers requiring a reliable platform for immunohistochemical and genetic tissue analyses, contributing to advancements in molecular cloning workflows and molecular pathology investigations.