Revvity PerkinElmer LabChip GX II Touch HT High-Throughput Protein Characterization System CLS138160

The Revvity PerkinElmer LabChip GX II Touch HT Protein Characterization System (CLS138160) is a sophisticated automated platform designed for high-throughput protein analysis in biotechnology and biomedical research. It employs microfluidic electrophoretic separation for accurate protein sizing, purity assessment, and quantitation, enabling replacement of traditional SDS-PAGE with enhanced speed and reproducibility. This system is widely adopted in biopharmaceutical development, molecular diagnostics, and synthetic biology research requiring precise protein profiling.

Key features include:

• Microfluidic electrophoresis for separation of proteins with reduced sample volume
• Fluorescence detection via a 635 nm red laser diode and 670-725 nm bandpass filter for sensitive protein detection
• Compatible with 96- and 384-well microplates, supporting scalable high-throughput workflows essential for bioprocessing and biomanufacturing pipelines
• Fast system warm-up time (~30 seconds) ensuring rapid assay throughput
• Intuitive touchscreen interface for streamlined operation and data interpretation
• Comprehensive preventive maintenance and diagnostic testing confirm unit reliability and performance
• Dimensions 27x20x19 in (69x51x49 cm) and weight approx. 56 lbs (25.5 kg) suitable for benchtop laboratory environments
• External computer connectivity for data review and processing included as optional configuration

Applications cover:

• Protein purity analysis critical for therapeutic protein quality control
• Protein sizing and quantitation for molecular biology protocols and antibody characterization
• Replacement of traditional SDS-PAGE with automated, reproducible protein profiling at scale

This system integrates advanced biotechnological assay capabilities critical in gene editing validation, protein engineering, and molecular cloning workflows. It supports accelerated R&D efforts in clinical diagnostics, neuroscience, and other life science domains focusing on fluorescence-based protein analysis. Its design and functionality support the rigorous demands of biopharmaceutical production pipelines and synthetic biology research, making it an essential tool for laboratories aiming to enhance protein characterization throughput while maintaining analytical precision.