Molecular Devices ImageXpress Pico with PC, software and usb dongle

Molecular Devices ImageXpress Pico High-Content Imaging System (with PC, Software & USB Dongle)

The Molecular Devices ImageXpress Pico is a compact, high-performance automated imaging system designed for high-content screening (HCS) and routine fluorescence imaging applications in modern life science laboratories. It combines powerful optical performance with user-friendly software control, making it ideal for cell biology, drug discovery, assay development, and academic research.

Unlike large-scale high-content platforms, the ImageXpress Pico is optimized for benchtop use, offering a balance between image quality, automation, and affordability. It supports a wide range of imaging modes, including brightfield, phase contrast, and fluorescence imaging, enabling researchers to capture high-quality cellular data with minimal setup complexity.

The system comes with a dedicated PC, pre-installed acquisition and analysis software, and a USB dongle for secure software licensing. This ensures plug-and-play usability and stable performance in regulated laboratory environments.

With its automated stage, fast autofocus system, and multi-channel fluorescence capabilities, the ImageXpress Pico allows users to perform consistent imaging across multi-well plates, making it highly suitable for medium-throughput screening workflows.

It is widely used in:

• Cell proliferation and toxicity studies

• Live/dead cell assays

• Transfection efficiency analysis

• Reporter gene assays

• Fluorescence-based drug screening

The system is designed to reduce manual imaging variability while improving reproducibility and data integrity, which is critical for pharmaceutical and biotech research.

Product Specifications

The ImageXpress Pico system is designed for laboratories that require reliable, reproducible imaging without the complexity of large-scale HCS platforms. Its integrated workflow—from image acquisition to quantitative analysis—helps researchers accelerate experimental throughput while maintaining high data quality.