Biological Safety Cabinet Class II A2 LE-BSC301

Biological Safety Cabinet Class II A2 LE-BSC301

Lab Expo Biological Safety Cabinet Class II A2 LE-BSC301 ensures stable airflow speed despite voltage fluctuations. It communicates with an airflow sensor via a microprocessor, eliminating the need for manual speed adjustments. Buit-in compact motor operates efficiently with reduced heat and energy consumption. Integrated hidden fluorescent lighting offer high visibility while protecting operator’s eye. Our Biosafety Cabinet Class II A2 is widely used for handling pathogenic biological samples or for applications requiring sterile working conditions.

$7,250.00 $ 6042

Specifications

Type of BSC Class Ⅱ Type A2
Airflow Mode 70% Cycle, 30% Exhaust
Exhaust Direction Top Exhaust
Average Inflow Velocity 0.50m/s
Average Downflow Velocity 0.33m/s
Inflow Airflow Volume 343m3/h
Downflow Airflow Volume 798m3/h
Exhaust Airflow Volume 343m3/h
Velocity Meter Accuracy 0.001m/s
Cleanliness ULPA: Class 3(ISO 14644.1); Class 100 (Fed 209E)
Filter Typical Efficiency Greater Than 99.999% at 0.1 to 0.3 Micron, ULPA as per IEST-RP-CC001.3 USA
Total Colony in Impaction Sampler (Operator Protection) ≤10CFU/Time
Total Colony in Slit Type Sampler (Operator Protection) ≤5CFU/Time
Total Colony in Culture Dish (Product Protection) ≤5CFU/Time
Total Colony in Culture Dish (Cross Contamination) ≤2CFU/Time
Personnel Protection Test KI-Discus Containment and Microbiological Testing are Performed
Blower AC
Downflow Filter ULPA
Exhaust Filter ULPA
Main Body 1.2mm (xxx'') 18 Gauge Electro-Galvanized Steel with White Oven-Baked Powder-Coated Finish
Work Zone 1.5mm (xxx'') 16 Gauge Stainless Steel, Type304, Single-Piece or 3-Piece
Side Walls 1.5mm (Xxx'') 16 Gauge Stainless Steel, Type304
Sash Glass Thickness 5mm
Sash Glass Type Tempered Glass, UV-Proof
Sash Window Working Opening 180mm
Sash Maximum Opening 530mm
Fluorescent Light Intensity ≥700lux
RMS ≤3um
Sound Emission (dBA) ≦65dBA
Dis, play 7 inches touch screen
UV Timer Yes
Main Power Switch Yes
Alarm Type Audible + Visual
Alarm Function Inflow Velocity, Downflow Velocity, Sash Height Limit, Filter Blocked, Filter Lifetime Remind
Cabinet Full Load Amps (FLA) 2.2A
Power Consumption 1500W
Power Supply AC220±10%,50/60H
Normal Size 3 Feet
Usable Working Area 0.672m2, 7.23 sq.ft.
Stand Height 640mm (Adjustable)
Internal Work Area Dimensions 1000 × 672 × 630mm
External Dimensions with Base Stand 1180 × 790 × 2080mm
Packing Dimension 1310 × 950 × 2220mm
Net Weight 250 Kg
Gross Weight 275 Kg

Features

  • Class II Type A2 cabinet with 70% recirculation and 30% exhaust airflow configuration
  • Microprocessor-controlled airflow with integrated sensor for automatic velocity regulation
  • Dual ULPA filtration with ≥99.999% efficiency at 0.1–0.3 µm
  • 7-inch touch screen display with audible and visual alarm system
  • Type 304 stainless steel work zone with tempered UV-proof sash glass

Applications

FunctionImplementation
Personnel protectionContainment of aerosols using KI-Discus validated airflow system
Product protectionISO Class 3 (ULPA) clean environment for sterile sample handling
Cross-contamination controlBalanced inflow and downflow air barrier system
Pathogenic sample handlingSafe manipulation of infectious biological materials
Controlled microbiological proceduresStable airflow cabinet for aseptic processing

Standard Accessories

  • Fluorescent lamp – 30W × 2
  • Ultraviolet lamp - 30W × 1
  • Receptacle
  • Detachable Base Stand

Optional Accessories

  • Gas Valve
  • Vacuum Valve
  • Water Valve

Related Models Of Biological Safety Cabinet Class II A2

Lab Expo Biological Safety Cabinet Class II A2 supports controlled containment workflows where personnel, product, and environmental protection are required during biological handling procedures. This biosafety cabinet class 2 operates with HEPA-filtered inflow and downflow airflow to maintain a stable sterile work zone. Digital airflow monitoring manages real-time performance, while integrated alarms and protective air barriers support controlled operation and consistent containment during routine laboratory use.