GE Healthcare 28922769 Media Handling Unit for Laboratory Liquid Media Management

The GE Healthcare 28922769 Media Handling Unit is engineered for efficient and precise liquid media management in laboratory and industrial environments. Designed with robust construction and built to support long-term usage, this unit is ideal for diverse workflows including molecular diagnostics, bioprocessing, and biotechnology applications such as biomanufacturing and gene editing.

Key technical specifications and features include:

• Efficient media handling capabilities, facilitating controlled distribution and collection of liquid media critical in synthetic biology and molecular cloning workflows.
• Robust design manufactured by GE Healthcare, ensuring reliability in demanding biomedical engineering and clinical diagnostics settings.
• Dimensions: approximately 122 x 94 x 165 cm (48 x 37 x 65 in), offering a space-saving footprint suitable for medium to large laboratory setups.
• Weight: approximately 204 kg (450 lb), reflecting a substantial and durable unit for stable operation.
• Country of origin: United States, reflecting compliance with high manufacturing standards.
• Despite being an older model, the unit remains unused, offering like-new performance without prior operational wear.
• Harmonized code 842119, categorizing it among centrifuges and centrifugal dryers, highlighting its role in liquid media processing and management.

This media handling system is essential for laboratories specializing in cell imaging, fluorescence analysis, and neuroimaging applications where precise media control enhances experimental reproducibility. Widely adopted in biopharmaceutical production pipelines, it supports vital bioprocessing stages, including media preparation and distribution for live-cell imaging and molecular biology research.

In summary, the GE Healthcare 28922769 Media Handling Unit offers scientists and laboratory buyers a reliable solution for optimized liquid media workflows, enabling enhanced efficiency in both analytical and industrial biotechnology contexts.