Laboratory Sterile Work Area, Microbiological Testing
Laminar Flow Hood Trade Information
Minimum Order Quantity
1 Piece
Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)
Supply Ability
Piece
Sample Available
Yes
Sample Policy
Sample costs shipping and taxes has to be paid by the buyer
Packaging Details
carton box, export quality also available
Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa
Main Domestic Market
All India
Certifications
ISO 9001, 14001 ,CE
About Laminar Flow Hood
LAMINAR FLOW HOOD
(48x24x24) bio hazard safety cabinet,
microprocessor controlled European product sample,
environment protection safe
Mini-pleated ulpa filtration for 99.9998% typical efficiency easy to use.
HORIZONTAL LAMINAR FLOW HOOD
Cabinets Stainless steel work surface
Flow horizontal
Nominal widths (m) 2.1
Outer(WXDXH)size 1500 mm X 920 mm X 2500mm
Inner size working
height 900mm
Length 1450mm
Depth 750mm
Height 1000mm
Material Powder coated steel frame and exterior 304 stainless steel interior
Work surface options Stainless steel work area optional electro polished finish
Blower type Integrated fan/filter unit
Air flow/speed (m3/h) 1920
Filter type >99.999%D.O.P. efficiency HEPA OR ULPA
Pre filter Washable polyurethane foam
Front sash configuration options
Take up air slots and plenums on three sides of the work area
Lighting Included. Recessed fluorescent lighting
Noise level (measured 30 from filter face at 90FPM)<50 dBA
Airflow Monitor Options Minihelic gauge monitors back pressure across filter
Power requirements 220VAC,50HZ
Application Synopsis Large working space,
Airflow design reduces turbulence,
Quite, reliable fan/filter modules,
Differential pressure gauge monitors filters,
Clean, easy to sterilize internal surfaces
Superior Sterility in Every Task
Ensure your laboratory practices are contamination-free with this laminar flow hood, which harnesses HEPA filtration and UV disinfection. Its continuous-duty operation and high-performance, dynamically balanced blower keep the workspace completely particle-free and protect your sensitive experiments. The stainless steel construction and acrylic front panel also provide robust physical protection and easy visibility.
Effortless Operation and Ergonomic Design
Enjoy a hassle-free user experience with an intuitive manual switch panel and analog manometer display. The cabinets 750 mm working height and caster wheels promote comfortable, mobile, and adaptable laboratory setups. Combined with energy-saving lighting and silent operation, the unit is built for both efficiency and user comfort in demanding lab environments.
FAQs of Laminar Flow Hood:
Q: How does the laminar flow hood maintain a sterile environment?
A: The laminar flow hood ensures sterility by channeling air through a pre-filter and HEPA filter, removing 99.97% of particles down to 0.3 microns. The horizontal airflow prevents contamination by sweeping air across the workspace and outwards, while a UV lamp provides additional disinfection before and after use.
Q: What are the main applications for this laminar flow cabinet?
A: This equipment is ideal for laboratory sterile work, such as microbiological testing, culture transfers, preparation of sterile solutions, electronics inspection, and other applications that require a contamination-free environment.
Q: When should the UV lamp be used during the operation process?
A: The UV lamp should be operated before and after working in the hood to disinfect the work area. It should be turned off during sample handling, and switched on during non-working periods to maintain sterility.
Q: Where can this laminar flow hood be installed in a laboratory setup?
A: This hoods compact rectangular design, mobility via caster wheels, and moderate dimensions (1200 x 600 x 600 mm) allow easy placement on standard lab floors or benches. It requires access to a single-phase 220V, 50Hz power supply.
Q: What are the benefits of adjustable airflow in this laminar flow hood?
A: Adjustable airflow allows the user to optimize air velocity (0.3 to 0.6 m/s) for varying tasks, ensuring effective particle removal and workspace comfort without compromising sample integrity.
Q: How is the airflow monitored and controlled within the cabinet?
A: Airflow is regulated using a manual switch panel, and its velocity or filter load is tracked on the analog manometer display, allowing users to maintain the ideal conditions for their processes.
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