ESCO BCB-4E7 Clean Bench 135cm with ULPA Filtration and LCD Display

The ESCO BCB-4E7 Clean Bench is engineered for controlled sterile environments essential in biotechnology and molecular diagnostics. It features a 135 cm wide work area with ULPA filters capable of ≥99.999% particle retention, ensuring high purity laminar airflow for contamination risk mitigation in bioprocessing and biomanufacturing applications. The downward laminar flow maintains an average velocity of approximately 0.45 m/s, ideal for live-cell imaging and synthetic biology workflows.

Key technical features include:

• LCD display panel providing real-time information on airflow velocity and filter lifespan, crucial for maintaining optimal biosafety conditions.
• Dual ULPA filters for both circulation and exhaust air ensure superior filtration performance, significantly reducing contamination risk during gene editing and molecular cloning processes.
• A quick start mode, synchronizing fan operation with the opening of the glass sash for efficient energy use and workflow convenience.
• Audible alarms activate if exhaust airflow falls below 0.30 m/s, alerting users to potential contamination hazards.
• The UV sterilization lamp (30W) includes a timer and sash interlock for safe and effective disinfection, supporting sterile sample handling critical in clinical diagnostics.
• The workstation incorporates ISOCIDE™ antimicrobial coatings on galvanized steel surfaces to inhibit microbial growth, advancing hygiene in biotechnology labs.
• Robust construction includes removable SUS304 stainless steel work surfaces and tempered glass side panels, facilitating easy cleaning and durability.
• Powered by AC 100V, 50/60Hz with drip-proof internal outlets, this clean bench provides stable electrical support for sensitive laboratory instrumentation.

Widely used in biopharmaceutical production pipelines and research environments, the ESCO BCB-4E7 is an essential laminar flow cabinet that supports contamination-sensitive biotech research, live-cell culture, and molecular biology applications.