Envair Safety Cabinet

• Used in laboratories for handling biological agents requiring containment.
• Suitable for pharmaceutical research and development, protecting both product and personnel.
• Employed in clinical diagnostic labs for processing patient samples safely.
• Utilised in academic research settings for microbiology and cell culture work.
• Applied in quality control environments within biotech industries.

Typical footprint

Units of this type commonly range from 0.8m to 1.8m in width, with depths typically between 0.7m and 0.8m.

Power supply

Most Envair safety cabinets operate on a standard single-phase 230V, 50Hz electrical supply, typically requiring a 13A or 16A connection.

Airflow type

Envair models are commonly Class II biological safety cabinets, featuring recirculating filtered air for product and personnel protection.

Filtration

Typically equipped with HEPA filters for both exhaust and downflow air, ensuring particle removal efficiency of 99.995% for MPPS.

Construction material

Work zones are commonly constructed from stainless steel for ease of cleaning and decontamination, with external panels often made from epoxy-coated steel.

Noise level

For this class of equipment, operational noise levels are typically below 60 dB(A) to maintain a comfortable lab environment.

• What is the primary function of an Envair Safety Cabinet?

  An Envair Safety Cabinet is designed to protect laboratory personnel, the environment, and the product from aerosols and splashes generated during microbiological work.

• What maintenance is typically required for these units?

• Are these units suitable for handling hazardous chemicals?

• What certifications should I look for?

• Can this cabinet be moved easily?

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