Description : Vertical Laminar Air Flow Cabinet MVLAF-3A is a clean air workstation which provides a particle free ultra-clean working environment for aseptic operations. This is carried out by the 0.5 micron / 0.3 micron pore size HEPA filter providing the sterile air flow in the working area. Vertical laminar air flow MVLAF-3A is a single sided cabinet that works on the principle that the vertical unidirectional flow is within the cabinet and is therefore less susceptible to the contamination in the surrounding area.

Specifications :

Dimension of working area ( W x D x H )	700 x 490 x 515 mm
Dimension of filter ( W x D x H )	695 x 460 x 38 mm
Fluorescent lamp	8 W
HEPA Filter	0.5 micron / 0.3 micron
Clean grade	Grade 100
No of bacteria	≤ 0.5 per utensil / hr.
Half ventilation peak value	< 0.5 µM
Pre-filter	High efficiency nylon filter
UV lamp	10 W
Controller type	Remote control
Noise	≤ 62 dB
Airflow velocity	0.25 m/s – 0.45 m/s
Power supply	AC 220 V / 50 Hz
Maximum Power Consumption	300 W
Overall dimension ( W x D x H )	855 x 550 x 1600 mm
Weight	85 kg

Features : Stainless steel corrosion proof work surface Digital display for fan speed , life of HEPA filter , lamp control Excellent product protection Alarm for HEPA filter replacement Adjustable air volume and fan system Single sided – 1 person accommodative cabinet Contact switch adjusts voltage to keep wind speed in working area in ideal state all the time Glass window for easy visualization and protection from UV rays LCD panel for operation of laminar flow cabinet by controller Particle retention by HEPA filter - 0.5 micron / 0.3 micron Fluorescent lamp – 8 W Sterilization by UV lights – 10 W Air flow velocity - 0.25 – 0.45 m/s Noise level ? 62 dB Efficient insulation and quiet operation

Applications: Used in bio-assays and sterility testing, hospitals, pathological laboratories, microelectronics, optics, food and beverage, agriculture, animal husbandry, avionics, protection for open vessels of chemicals, solvents or powders , microbiological labs or other research control centers engaged in investigative work with sub-toxic materials