Class 3 Class Iii Biosafety Cabinets

Class 3 Class Iii Biosafety Cabinets Specification

Nozzle
Twin glove ports with airtight gaskets

Air Volume
Approx. 750 m3/hr

Door
Airtight, interlocked, with autoclavable transfer chamber

Frame Material
Stainless Steel

Filters
HEPA with optional ULPA filters

Type
Class 3 (Class III) Biosafety Cabinet

Condition
New

Voltage
220-240 V AC, 50 Hz

Feature
Hermetically sealed, negative pressure, robust leak-proof construction

Weight
Approx. 300 kg

Filter Type
Double HEPA filtration (inlet & exhaust); 99.999% efficient at 0.3 micron

Air Flow
100% exhaust, negative pressure maintained

Lighting
LED illumination inside work chamber

Dimension (L*W*H)
1200 x 700 x 2000 mm

Material
Stainless Steel (SS 304/316)

Floor
Seamless stainless steel, easy to clean

Thickness
1.5 mm (approx.)

Power Consumption
1500 W

Application
High containment laboratories, pathogen handling, virology, microbiology research

Control System
Digital microprocessor-based control with digital display

Work Surface
Perforated stainless steel (SS 316), autoclavable

Decontamination
Provision for formaldehyde/hydrogen peroxide fumigation

Gas & Utility Ports
Integrated for ease of connections

Exhaust System
Duct connection for 100% exhaust outside facility

Cabinet Leakage
Tested and certified < 5 x 10^-4 Pa m3/s

Viewing Panel
Tempered safety glass, anti-fog

Alarm System
Audio-visual alarms for pressure loss, filter clogging

Noise Level
< 65 dB(A)

Glove Ports
Ergonomically positioned, chemical-resistant neoprene gloves

About Class 3 Class Iii Biosafety Cabinets

Discover the new Class 3 (Class III) Biosafety Cabinet, an exceptional addition to high-containment laboratory standards. Crafted from robust stainless steel (SS 304/316) and resplendent in valiant design, it boasts airtight, interlocked doors and a lavish anti-fog viewing panel. Dual HEPA filtration, integrated alarms, ergonomic glove ports, and formaldehyde/hydrogen peroxide decontamination ensure paramount safety. Limited stock available-this cost-effective, hermetically sealed cabinet provides a resplendent combination of performance, negative pressure containment, and energy-efficient LED illumination, vital for virology, microbiology, and pathogen research.

Optimal Application Versatility for Secure Environments

These Class 3 Biosafety Cabinets are engineered for use in high-containment laboratories across the domestic market. Ideal for applications in virology, microbiology, and advanced pathogen handling, the systems allow both institutional and research-based laboratories to handle hazardous agents securely. Their specific usage includes supporting critical experiments in environments where utmost containment is mandatory. The robust, negative-pressure-agile unit promises a focused usage type-uncompromised protection for both personnel and experimental materials.

Seamless Delivery, Prudent Packaging, and Reliable Certification

Delivery time for these valiant biosafety cabinets is kept prompt, ensuring timely outlay to meet urgent laboratory needs. Thoughtfully engineered packaging shields units during transit, preserving their resplendent structure. Each cabinet is shipped with comprehensive certifications, verifying performance rates and safety across international and domestic mar. Outfitted with thorough documentation, user manuals, and factory test reports, every unit delivers reliability and regulatory assurance from manufacturer to end-user site.

FAQ's of Class 3 Class Iii Biosafety Cabinets:

Q: How does the Class III Biosafety Cabinet ensure operator safety during pathogen handling?

A: The cabinet employs negative pressure, double HEPA filtration, seamless stainless steel construction, and airtight glove ports to guarantee a leak-proof, contaminant-free workspace, ensuring the ultimate protection for operators handling hazardous agents.

Q: What specific applications are Class III Biosafety Cabinets suited for?

A: These cabinets are tailored for high containment laboratories, particularly suitable for virology, microbiology research, and handling dangerous pathogens where maximum biosafety is required.

Q: When is it necessary to use formaldehyde or hydrogen peroxide fumigation in the cabinet?

A: Fumigation with formaldehyde or hydrogen peroxide is recommended between experiments or when switching pathogens, ensuring complete decontamination of the work chamber.

Q: Where should the cabinet be installed for optimal operation?

A: For best performance, install the biosafety cabinet in a controlled, high-containment laboratory setting, connecting the exhaust for 100% discharge outside the facility, away from recirculating air systems.

Q: What is the process for monitoring cabinet safety and performance?

A: The integrated audio-visual alarm system notifies users of pressure drops or filter clogging, while the digital microprocessor-based control panel allows ongoing monitoring of all operational parameters and alarms.

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