Sanyo MCV-131BNF Vertical Laminar Flow Clean Bench with Low-Pressure HEPA Filter

The Sanyo MCV-131BNF is a vertical laminar flow clean bench designed for laboratory, industrial, and pharmaceutical applications requiring high cleanliness. This positive pressure clean bench utilizes a low-pressure loss HEPA filter (99.99% efficiency at 0.3 µm PAO) to maintain a Class 100 sterile environment, ensuring contamination-free workspaces essential for molecular diagnostics, bioprocessing, and biomanufacturing workflows.

Key Features:

• Wide Work Area: Spacious 1360 × 610 × 680 mm workspace supports diverse experimental needs, including biotechnology and pharmaceutical sterile processing.
• Vertical Laminar Flow: Provides uniform, turbulent-free airflow using a vertical laminar flow system with dedicated HEPA filtration, ideal for aseptic sample handling and live-cell culture workflows.
• Durable Stainless Steel Interior: Constructed with SUS-304 stainless steel for chemical resistance and easy cleaning, suitable for biosafe and clinical diagnostic environments.
• Vacuum Piping and Service Outlets: Standard vacuum piping and conveniently located service power outlets enable integration of filtration and vacuum-based bioprocess instrumentation.
• Low-Noise, Low-Vibration Operation: Equipped with compact fan motors and low-pressure HEPA filters, the unit operates at 52-53 dB(A), providing a conducive laboratory environment.
• Safety Alarm Systems: Includes buzzer and alarm lights to detect fan motor faults, critical in maintaining sterile conditions during sensitive gene editing or synthetic biology procedures.
• Energy Efficient Design: Compact, thin profile with components mounted at the top maximizes legroom and usability in limited lab spaces.

This clean bench is ideal for biotechnology professionals and molecular biology researchers requiring high sterility levels for aseptic manipulation, gene editing workflows, and biopharmaceutical production pipelines. Its vertical laminar flow design makes it a versatile choice for live-cell imaging, fluorescence analysis, and clinical diagnostics labs. As a used unit, performance should be verified but the robust design ensures operational reliability for continued demanding research environments.