Class II Biosafety Cabinet FM-BSC-A406 (1.2m / 4 ft, 0.72 m² work area) delivers Class II A2 protection with an inflow velocity of 0.53 m/s and downflow of 0.33 m/s. Its ULPA filtration (>99.999% efficiency) safeguards samples and operators, while the LCD control panel provides real-time performance monitoring. The tilt-front design improves comfort, and the stainless-steel chamber ensures durability. With low energy use, it is ideal for biotechnology, pharmaceutical, and clinical labs.
$9,436.00
| Average Airflow Velocity | Inflow: 0.53±0.025m/s (104.3±4.92fpm) Downflow: 0.35±0.025m/s (68.9±4.92fpm) |
| Airflow Volume – Inflow | 477m³/h (281cfm) |
| Airflow Volume – Downflow | 956m³/h (556cfm) |
| Airflow Volume – Exhaust | 477m³/h (281cfm) |
| ULPA Filter Typical Efficiency | Filters provide 99.99995% typical efficiency for particle size of 0.1 to 0.2 microns |
| Biosafety Protection Test – Personnel | KI-Discus containment and microbiological testing is performed |
| Biosafety Protection Test – Product | ≤5 CFU |
| Biosafety Protection Test - Cross-contamination | ≤2 CFU |
| Sound Emission (Typical) - NSF/ANSI 49 | <62 Dba |
| Sound Emission (Typical) - EN 12469 | ≤59 dBA |
| Fluorescent Light Intensity | ≥650 Lux (≥60 foot candles) |
| Excellent light distribution | Yes |
| RMS | ≤5 μm |
| Cabinet Construction - Main Body | 1.2mm (0.05'') steel with white oven-baked epoxy-polyester |
| Cabinet Construction - Work Zone | 1.5mm (0.06'') stainless steel, type 304 |
| Cabinet Construction - Side Walls | 1.5mm (0.06'') stainless steel, type 304 |
| Electrical sliding windows Option | Yes |
| Window material | Hardened/laminated safety glass |
| Electrical - Cabinet Full Load Amp (FLA) | 2A |
| Electrical – Fuses | 10A |
| Electrical - Cabinet Nominal Power | 452W |
| Electrical - Optional Outlets FLA | 5A |
| Electrical - Total Cabinet FLA | 7A |
| Power Supply | 220V/50Hz, 110V60Hz |
| Nominal Size | 1.2 meters (4') |
| Internal Work Area, Space | 0.72m² (7.8 sq.ft) |
| Internal Work Area, Dimensions (W×D×H) | 1250×575×625mm (49.2''×22.6''×24.6'') |
| External Dimensions with Base Stand (W×D×H) | 1340×790×2130mm (52.8''×31.1''×83.9'') |
| Packaging Dimensions (W×D×H) | 1425×945×1717mm (56.1''×37.2''×67.3'') |
| Shipping Volume, Maximum | 2.30m³ (81.2 cu.ft) |
| Net Weight | 225kg (496lbs) |
| Gross Weight | 295kg (650lbs) |
1 | Main filter and Exhaust filter |
2 | Exhaust connector w/o blower |
3 | Exhaust connector with blower |
4 | Fixed floor stand (1) |
5 | Mobile floor stand |
6 | Fixed floor stand (low) |
7 | Fixed floor stand (2) |
8 | Vacuum/O2/Air/N2 tap (1) |
9 | Water tap (1) |
10 | Burning gas tap (1) |
11 | Loop heat sterilizer (Φ=37mm) (1) |
12 | Loop heat sterilizer (Φ=16mm) (1) |
13 | Vacuum/O2/Air/N2 tap (2) |
14 | Water tap (2) |
15 | Burning gas tap (2) |
16 | Foot-control switch |
17 | Mobile UV lamp |
18 | Loop heat sterilizer (Φ=37mm) (2) |
19 | Loop heat sterilizer (Φ=16mm) (2) |
1: How does the FM-BSC-A406 improve laboratory safety?
The FM-BSC-A406 uses ULPA filtration with >99.999% efficiency and precise airflow control to protect operators, samples, and the environment from contamination.
2: What makes the FM-BSC-A406 energy-efficient?
It is equipped with a low-noise, energy-saving blower and optimized airflow design, reducing power consumption while maintaining safe operating conditions.
3: What certifications does the FM-BSC-A406 comply with?
The FM-BSC-A406 complies with international biosafety standards such as EN 12469 and NSF/ANSI 49, ensuring reliable global laboratory use.
4: How easy is it to maintain the Class II A2 Biosafety Cabinet FM-BSC-A406?
The cabinet features a stainless-steel interior for easy cleaning, front access for filter replacement, and clear LCD alerts for service reminders.
Fison Class II Biosafety Cabinets offer personnel, product, and environmental protection by preventing contamination during biological sample handling. They are equipped with a laminar airflow design that maintains continuous airflow for optimal sample protection. Our cabinets feature a HEPA filtration system that effectively removes airborne contaminants. They provide negative pressure to prevent hazardous particle escape. These units deliver energy-efficient operation with optimized airflow and lighting for safety and performance.