Stainless Steel Biological Safety Cabinet

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Stainless Steel Biological Safety Cabinet

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Stainless Steel Biological Safety Cabinet Specification

Features
HEPA Filter, UV Germicidal Lamp, Waterproof Sockets, Ergonomic Design, Energy Efficient

Glass Type
Toughened Glass Front Panel

Power Supply
Single Phase

Temperature Resistance
Up to 60C

Display Type
LED Digital Display

Shape
Rectangular

Control Type
Microprocessor Based Control Panel

Accuracy
2% for Airflow

Speed Range
Variable Air Velocity 0.3 0.7 m/s

Type
Class II Biological Safety Cabinet

Dimension (L*W*H)
1200 x 600 x 1800 mm

Equipment Type
Safety Cabinet

Equipment Materials
Stainless Steel 304

Power
600 W

Voltage
220 V / 50 Hz

Material
Stainless Steel

Application
Microbiological, Cell Culture, Pharmaceutical Labs

Capacity (Ltr)
200 L

Body Construction
Seamless Welded

Airflow System
Vertical Laminar Flow

Lighting
Fluorescent Lamp & UV Germicidal Light

Noise Level
< 65 dB(A)

Work Surface
Stainless Steel, Polished, Easy-to-clean

HEPA Filter Efficiency
99.99% @ 0.3 micron

Front Sash
Manual Sliding with Counterweight

Exhaust System
Ductless with exhaust HEPA filter (Optional Ducted Type)

Inflow Velocity
0.45 m/s 20%

Suitable For
Clinical, Pharmaceutical, Microbiological Applications

About Stainless Steel Biological Safety Cabinet

Stainless Steel Biological Safety Cabinet

Noise Level	60 db
Voltage V	230
Brand	Micro Technologies
Velocity	0.35-0.50m/sec
Work Table Material	Stainless Steel
Grade	SS 304
Frequency	50 Hz
Phase	Single Phase

Advanced HEPA Filtration for Maximum Containment

With a HEPA filter efficiency of 99.99% at 0.3 micron, this cabinet ensures that airborne particulates are effectively removed from the work environment. The optional ducted or ductless exhaust system further enhances safety, maintaining sterile conditions crucial for clinical and pharmaceutical applications.

Ergonomic Stainless Steel Construction

Crafted from seamless welded stainless steel 304, the work surface and main structure offer outstanding durability and ease of cleaning. Its polished, easy-to-clean surface reduces contamination risks, while the toughened glass front panel provides clear visibility and enhanced safety.

Precision Control and User-Friendly Features

Microprocessor-based control, variable air velocity (0.3 0.7 m/s), and a digital LED display make it easy to monitor and adjust operating parameters accurately. Integrated features such as UV germicidal lamp, energy-efficient fluorescent lighting, and waterproof sockets support efficient and safe workflow for laboratory professionals.

FAQs of Stainless Steel Biological Safety Cabinet:

Q: How does the HEPA filter in this safety cabinet enhance laboratory safety?

A: The HEPA filter, with an efficiency of 99.99% at 0.3 micron, captures airborne contaminants, ensuring both user and sample protection. It maintains a sterile environment by filtering the air that circulates within the cabinet, minimizing the risk of cross-contamination.

Q: What applications is this biological safety cabinet most suitable for?

A: This cabinet is ideal for clinical, pharmaceutical, and microbiological laboratories. It is designed for handling sensitive procedures such as cell culture and sample preparation that require high standards of cleanliness and containment.

Q: When should the UV germicidal lamp be used in the cabinet?

A: The UV germicidal lamp is used after completing work, usually when the cabinet is not occupied, to disinfect the interior surfaces and eliminate potential biological contaminants, maintaining a safe workspace between uses.

Q: Where can this stainless steel safety cabinet be installed?

A: It can be installed in various laboratory environments, including research facilities, hospitals, and pharmaceutical production areas. Proper installation should ensure a level surface with access to single-phase 220 V / 50 Hz power supply and adequate space for operation and maintenance.

Q: What is the process of operating the cabinets airflow system?

A: The vertical laminar airflow system draws air through the HEPA filter and directs it evenly over the work surface, creating an aseptic working area. Air velocity can be precisely set via the microprocessor control panel to ensure optimal containment and product protection.

Q: How does the ergonomic design benefit daily laboratory operations?

A: Ergonomic features, such as the manual sliding sash with counterweight and seamless work surface, promote comfortable, efficient, and safe operation. These elements reduce operator fatigue and simplify cleaning, making routine laboratory tasks more manageable.

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