Galileo LCB-V1100 Vertical Laminar Flow Cabinet with HEPA Filtration and Microprocessor Control

The Galileo LCB-V1100 vertical laminar flow cabinet is engineered to provide a contaminant-free workspace essential for biotechnology research, cell culture, and molecular diagnostics. Featuring a vertical unidirectional airflow adjustable between *0.2–0.5 m/s*, the cabinet maintains an ISO 5 cleanliness class environment critical for sterile media preparation, cell seeding, and microbiological handling.

Key technical specifications include:

• HEPA filtration efficiency exceeding *99.995% at 0.3 µm*, supported by a washable pre-filter to ensure consistent particulate removal.
• Robust chamber constructed of electro-galvanized steel with an antimicrobial coating and a 304 stainless steel work surface to minimize contamination risks and support rigorous cleaning protocols.
• Front tempered glass sash equipped with a counterbalance mechanism and an interlock safety system controlling both the fan and UV lamp operation, ensuring operator safety and maintaining sterile conditions.
• Microprocessor control unit with an LCD display offering real-time filter and UV lamp monitoring for reliable operation and maintenance scheduling.
• Illumination exceeding *900 lux* for optimal visibility during precise biotechnological and clinical workflows.
• Noise level maintained at or below *65 dB* to support a comfortable laboratory environment.
• Integrated *20 W UV lamp* with timer function and a *6.5 W LED* light source for efficient sterilization and workspace illumination.
• Power consumption rated at *155 W*, compatible with 220 V/50–60 Hz supply.
• Dimensions: *1050×710×1850 mm* with a total weight of *178 kg*, including a support table for ergonomic workstation setup.

This vertical laminar flow cabinet is widely adopted in biopharmaceutical production pipelines, cell-based assay preparation, and is critical for contamination control in synthetic biology and gene editing workflows. Its vertical airflow design significantly reduces cross-contamination risks, enhancing experimental repeatability and minimizing resource waste, making it an indispensable tool in clinical diagnostics labs and bioprocessing environments.