Bioquell Microflow Bio Safety Cabinet Class

• Microbiology research involving pathogenic microorganisms.
• Cell culture work requiring aseptic conditions to prevent contamination.
• Pharmaceutical compounding and drug preparation where product and operator protection are critical.
• Clinical diagnostics for processing patient samples that may contain biohazards.
• Virology studies and vaccine development requiring stringent containment.

Typical working width

Commonly ranges from 900mm to 1800mm, providing ample workspace.

Airflow type

Vertical laminar flow with HEPA filtered exhaust and recirculated air.

Filtration efficiency

Typically 99.995% for 0.3 micron particles (HEPA H14 or ULPA equivalent).

Power supply

Typically single-phase 230V, 50Hz, suitable for UK laboratory environments.

Noise level

Often designed to operate below 65 dB(A) for user comfort during prolonged use.

Construction material

Typically stainless steel work zones for easy cleaning and decontamination, with powder-coated steel exteriors.

Certifications

Units of this class commonly meet EN 12469 standards for Class II biological safety cabinets.

• What is the primary difference between a Class I and Class II biological safety cabinet?

  Class I cabinets protect the operator and environment but not the product. Class II cabinets, like this unit, provide protection for the operator, environment, and the product by maintaining a sterile work zone.

• How often do HEPA filters typically need replacing in a Class II BSC?

• Is routine calibration and servicing required for this type of equipment?

• Can this cabinet be used for handling volatile chemicals or radionuclides?

• What are the typical installation requirements for a Class II biological safety cabinet?

Biosafety cabinets are valued for their critical role in protecting operators and samples during hazardous work. Buyers typically prioritise certification compliance and airflow integrity when purchasing used units. Industry sentiment emphasises the importance of verifying maintenance history and airflow testing records. Key strengths include durability of construction and long operational lifespans when properly maintained. Common considerations focus on filter condition, energy efficiency, and compatibility with existing laboratory infrastructure. Reliable performance and consistent operator protection remain central to buyer expectations.

General overview for this equipment type