Product Description
Laminar Air Flow Bench solutions offered are designed for specific processes that require to be completely surrounded by quality air that is completely free from any type of particulate contamination/impurities. Here, the system is utilized by all applications requiring biological specimen or product to be free from any contamination possibilities during process or test. Further, these Laminar Air Flow Benches comprise enclosures that supply highly purified air that is free of macroscopic fluctuation and moves in single direction and parallel lines. With the unit directing air flow in one direction which is away from specimen and towards the user, it helps in providing ultimate protection to specimens that are prone to contamination that can be caused by mixing of contaminated air that contain contaminates from outside environment. Further, these Laminar Air Flows also come fitted with completely washable synthetic pre-filter units as well as secondary high efficiency perfect air filters which are made of mini pleated non woven fabric so as to deliver efficient performance.Superior Filtration and CleanlinessAchieving ISO 5/Class 100 cleanliness, this Laminar Air Flow Bench incorporates a robust HEPA filter with 99.99% efficiency at 0.3 microns. Pre-filters and a washable, synthetic fiber design extend filter life and ensure an uncontaminated workspace for sensitive laboratory operations.
Optimal User Experience and FlexibilityThe bench is equipped with a matte-finish stainless steel work surface and an ergonomic design. Features such as a folding/sliding transparent acrylic shutter, caster wheels for mobility, and intuitive toggle/push button controls enhance convenience. Optional accessories, like gas cocks and power sockets, facilitate versatile lab applications.
Reliable Performance with Durable ConstructionBuilt with a powder-coated mild steel exterior and SS 304 inner chamber, the bench withstands rigorous use and temperatures up to 50C. The 0.5 HP fan operates at 900-1200 rpm, providing consistent airflow and static pressure (15-20 mm WG), while UV and fluorescent lighting ensure clarity and sterility.
FAQ's of Laminar Air Flow Bench:
Q: How does the Laminar Air Flow Bench maintain a contamination-free workspace?
A: The bench utilizes a HEPA filter with 99.99% efficiency at 0.3 microns and a washable synthetic pre-filter. Horizontal airflow ensures airborne particulates are constantly removed, maintaining ISO 5/Class 100 conditions for sensitive laboratory work.
Q: What applications is this bench best suited for?
A: This Laminar Air Flow Bench is widely used in laboratories for microbiology, pharmaceutical testing, electronics assembly, and quality control, where a sterile, particle-free environment is essential.
Q: When should the filters and UV lamp be serviced or replaced?
A: Filters and UV lamps should be regularly monitored and replaced according to the manufacturer's guidelines or when a drop in airflow or sterilization efficiency is observed, typically every 12-18 months depending on usage.
Q: Where can this equipment be installed in a laboratory setup?
A: Thanks to its caster wheels and compact dimensions (1200 x 600 x 600 mm), the bench can be conveniently positioned wherever space allows, typically in cleanroom areas or laboratory workspaces requiring strict environmental controls.
Q: What process should be followed for operating the air flow bench safely?
A: Ensure the UV lamp is switched off before beginning work. After turning on the main air flow and allowing the HEPA filter to reach stability, the workspace can be used. Always close the acrylic shutter when the bench is not in operation for safety and sterility.
Q: How does the stainless steel work surface benefit laboratory work?
A: The SS 304 matte-finish work table is resistant to corrosion, easy to sanitize, and provides a durable, smooth surface for handling sensitive samples and instruments efficiently.
Q: What are the main benefits of using this laminar air flow bench?
A: Main benefits include superior particulate removal, low noise, vibration-free operation, easy portability, and robust construction, all contributing to reliable, comfortable, and hygienic laboratory processes.