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Horizontal Laminar Air Flow
Laminar air flow is an enclosed bench designed to maintain a working area devoid of contaminants. Many medical, microbiological and research laboratories require aseptic working environments in order to carry out specialized work.
Laminar air Flow can provide the best solution. Laminar Flow Cabinets or laminar air flow is normally made of stainless steel without gaps or joints thereby preventing the accumulation of bacteria from collecting anywhere in the working area
application of laminar air flow
- Sterile product preparation and filling
- Microbiology and cell culture work
- Medical device assembly and packaging
- Histology and pathology work
- Art conservation and restoration
- Semiconductor manufacturing
- Aerospace and automotive manufacturing
- Food processing and packaging
- Chemical and biological research
- Electronics assembly and manufacturing
Laminar air flow is an enclosed bench designed to maintain a working area devoid of contaminants. Many medical, microbiological and research laboratories require aseptic working environments in order to carry out specialized work.
Laminar air flow is an enclosed bench designed to maintain a working area devoid of contaminants. Many medical, microbiological and research laboratories require aseptic working environments in order to carry out specialized work. Laminar air Flow can provide the best solution. Laminar Flow Cabinets or laminar air flow is normally made of stainless steel without gaps or joints thereby preventing the accumulation of bacteria from collecting anywhere in the working area.
How they Work ?
Laminar air Flow is also known as clean benches because the air for the working conditions is thoroughly cleaned by the precision filtration process. Laminar air flow operates by the use of in-flow laminar air drawn through one or more HEPA filters, designed to create a particle-free working environment and provide product protection. Air is taken through a filtration system and then exhausted across the work surface as part of the laminar flows process. Commonly, the filtration system comprises of a pre-filter and a HEPA filter. The Laminar Flow Cabinet is enclosed on the sides and constant positive air pressure is maintained to prevent the intrusion of contaminated room air
Ergonomic Design
- Freestanding Dual wall construction design features
- 30% Exhaust & 70% air re-circulate in the chamber
- Interior Cabinets made of stainless steel 304
- Polished AISI-304 stainless steel working surface
- Exterior CRCA Steel powder coated surface
- HEPA filter protected with laminar screen to provide incomparable uniform flow
- Sliding front safety glass sash door
- LED lighting provides uniform illumination and minimizes eye strain
- Stainless Steel arm rest to avoid pain in the hand during work
- 10° sloped front window for ergonomic work position of the operator. With predefined working, open and close position
- Each shelf can withstand up to 30 kg
- Provision for 8" Exhaust collar of the air duct to release the air in the environment
LCD CONTROL SYSTEM
- Separate Control buttons for Mains, Blower, Light & UV
- ON/OFF button with light indicator
- Button for U.V. operation with possibility of exposure time programming
- HEPA filter Life span in MM WC
- Positive pressure in the chamber
- Elapsed time counter for the U.V. light
Documentation
- User Manual In English language
- GA Wiring Diagram
- D.O.P test report
- Particle count report
- Filter test report
- IQ, OQ & PQ Documentation
TFT Control system
- Fully password protected control system
- Air speed control 0.3 to 0.8 m/s
- Button for U.V. operation with possibility of exposure time with multiple programming
- Control panel show status of: lighting, U.V
- HEPA filter clogging alarm with damage efficiency
- Elapsed time counter for the and U.V. light
- Display with real-time air speed indication
- LED light intensity measured automatically
- Fully controllable front sash with motorized facilities
alarms
- Cycle complete Audio & visual alarm
- Part failure or sensor failure alarm
- Emergency switch
- Power failure
- Door open
- Components failure
- Low battery
SAFETY
- MCB protection
- Current leakage breaker
- Over Voltage protection
Documentation
- User Manual In English language
- GA Wiring Diagram
- D.O.P test report
- Particle count report
- Filter test report
- IQ, OQ & PQ Documentation
ACCESSORIES
- Gas Connection 1/4 BSP nozzle
- Water Connection 1/4 BSP nozzle
- Stainless steel sink 100x200 mm