A laminar flow cabinet or tissue culture hood is a carefully enclosed bench designed to prevent contamination of semiconductor wafers, biological samples, or any particle sensitive materials. Air is drawn through a HEPA filter and blown in a very smooth, laminar flow towards the user
Vertical laminar flow hoods are best for applications that require the use of large equipment on the work surface as the workspace is taller and larger with less turbulence caused by the vertical airflow. Vertical laminar flow hoods are often favored for many applications due to their resemblance of cleanroom setups.
Feature
1. Free-Standing open base laminar flow hood , compatible with all standard size work benches
2. Consists of a integrated Fan Filter module. Meets IEST recommended practices. low sound, low watts Measuring only 50 dBA. Running at only 240 watts @ 90 fpm 490 CFM @ 250 Watts
3. Magnehelic gauge (0 -1” Water Column) monitors pressure differential when it exceeds the limit, it indicates the need to replace the filter(s)
4. Each model includes a tilt-up sash that increases air speed by restricting the air flow
5. Including Built-in Fluorescent Light
Item | GCC-HLBC-960 | GCC-HLBC-1200 | GCC-HLBC-1500 |
Internal Size | L930*W600*H600mm | L1170*W600*H600mm | L1470*W600*H600mm |
External Size | L960*W780*H1580mm | L1200*W820*H1580mm | L1500*W900*H1580mm |
Cleanliness Level | Level 1001 | ||
Wind Speed | 0.3~0.6m/s1 | ||
Noise | <65dB | ||
Air Flow | 1200m³/h | 1800m³/h | 2300m³/h |
Efficiency | 99.99%@0.3μm | ||
Voltage | 220V/50Hz | ||
Power | 280W | 405W | 490W |
Horizontal Laminar Flow Hood Cleaning Steps
1. Start by cleaning the laminar flow hood ceiling.
2. Clean the side walls, use a sweeping motion from left to right moving from top to bottom.
3. And lastly, clean the work surface. Begin at the back of the unit and work your way to the front