Nova Biomedical BioProfile FLEX2 Automated Cell Culture Analyzer with OSM48 Osmometer and Multi-Module Configuration

The Nova Biomedical BioProfile FLEX2 Automated Cell Culture Analyzer is a versatile laboratory instrument designed for comprehensive cell culture and bioprocess monitoring. It integrates advanced modules including:

Key technical features include cartridge-based reagent management for reduced maintenance and calibration, rapid analysis times (individual modules down to 120 seconds; combined modules in 270 seconds), and flexible automated sampling from 96-well plates, syringes, or external sample trays. The analyzer supports walk-away operation for up to 24 samples, optimizing workflow efficiency in biopharmaceutical manufacturing, molecular diagnostics, and synthetic biology research environments.

Dimensionally compact at 43 x 64 x 61 cm and weighing 42.6 kg, this integrated system is essential for in-process monitoring of nutrient consumption, metabolite production, and cell viability in upstream bioprocesses. The analyzer is widely adopted in biotechnology for media optimization, cell line performance comparison, and scale-up studies critical to biomanufacturing and gene editing workflows.

The instrument employs low sample volumes (135–275 µL) for swift biochemical profiling and supports applications ranging from routine quality control in bioreactors to advanced live-cell analysis in biomedical engineering and molecular biology research. Its maintenance-free sensors and automated sampling functionality make it a reliable tool for consistent process control and troubleshooting in bioprocess development.

This 2024 model comes fully functional, recently serviced, with warranty coverage, remote instrument setup, and operator training options available. It excludes reagents and consumables but includes essential accessories such as a Logitech keyboard/trackpad and power cord.

The BioProfile FLEX2 is a critical instrument for laboratories seeking an integrated, automated solution for simultaneous biochemical, gas, osmolality, and cellular parameter analysis, aligning with industry demands for precision cell culture monitoring and molecular diagnostics.