Rushabh Instruments HistoPro 620 Automated Slide Stainer for Histology and Diagnostic Applications

The Rushabh Instruments HistoPro 620 Automated Stainer is designed for precise and reproducible slide staining essential in molecular diagnostics, histology, and biomedical research workflows. Ideal for hematology and bacteriology laboratories, this device supports in vitro diagnostic applications by delivering consistent reagent application and processing critical to biotechnology and clinical diagnostics.

• Slide capacity: Holds up to 20 slides with compatible coverslip carrier capacity for 20 coverslips (22 x 22 mm)
• Programmability: Features 9 user-definable protocols, each supporting up to 29 processing steps, plus 1 test program—perfect for optimizing staining protocols in bioprocessing and gene editing sample preparation
• Staining stations: Total of 6 stations (configurable to 4 staining/reagent, 1 rinse, 1 warm forced-air dry, or all 6 as staining/reagent stations) facilitating complex staining sequences including multi-step immunohistochemistry
• Water bath option: An optional water bath enhances hematology staining reliability when dedicated water lines are unavailable; tap water usage supported for bacteriology applications
• Rinse flow rate: Adjustable from 500 to 2000 ml/min to ensure thorough reagent removal and minimal cross-contamination critical in molecular biology and synthetic biology research
• Staining vessel volume: 300 ml capacity vessels supporting efficient reagent usage and waste reduction
• Program timing: Each protocol step programmable from 1 second up to 99 minutes 59 seconds to accommodate diverse staining requirements
• Compact footprint: Dimensions 530 x 450 x 410 mm and weight of 13 kg, suitable for benchtop use in laboratories focused on biomanufacturing and clinical pathology

This automated stainer is widely adopted in biotechnology laboratories for its flexibility in developing staining protocols compatible with advanced slide-based assays and histopathological evaluations, making it critical for molecular cloning workflows and biopharmaceutical production pipelines requiring precise slide preparation.