Molecular Devices GenePix 4300A High-Resolution Microarray Scanner with 4 Lasers

The Molecular Devices GenePix 4300A is a high-resolution fluorescence microarray scanner designed for precise scanning of standard microscope slides (25x75 mm) used in gene expression analysis, DNA/RNA hybridization, and protein microarrays. It is equipped with four internal lasers at wavelengths of 488 nm, 532 nm, 594 nm, and 635 nm to enable multi-wavelength excitation critical for enhanced signal detection and multiplexed biomolecular assays.

Key technical features include:

Integrated barcode reading hardware facilitates slide identification for streamlined data management in clinical diagnostics or bioprocessing laboratories. The system is compatible with the proprietary GenePix Pro 7.3 software suite, which supports advanced image analysis and data quantification essential in molecular diagnostics and synthetic biology research.

The compact and robust design ensures consistent performance required in high-throughput environments such as biopharmaceutical production pipelines. It is widely adopted in biotechnology and molecular biology research domains for applications including comparative genomic hybridization (CGH) and fluorescence-based biomarker studies.

This pre-owned unit is fully serviced, calibrated, and tested to meet quality standards, including laser alignment, self-diagnostics, and imaging performance verification. It includes all necessary accessories such as power and communication cables, the software license dongle, and a computer equipped with GenePix Pro7.3 software. A 120-day warranty (continental US) and 60-day international warranty are provided, supporting reliable integration into biomedical engineering and live-cell imaging workflows.

The GenePix 4300A supports critical biotechnological processes such as molecular cloning workflows, gene editing validation, and high-resolution fluorescence analysis, making it an essential instrument for researchers and medical professionals focused on advanced microarray-based investigations.