About Vertical Laminar Air Flow Cabinet
Horizontal Laminar Air flow
Brand :- Standard Steel
Technical specification
- Working table of s.s.304, HEPA of 0.3u of an effceiency of 99.97% down to 0.3 micron.
- Media is of glass fiber & made of pleats back & fro in an anodized aluminum frame (with test report) pre filter of dry fiber washable type with the frame of on all the sides confirm the international standards 209 E.
- statically balanced motor blower assembly (heavy duty) Velocity at all output of HEPA is 90+-20 FPM noise level is very low, vibration is also very low.
- Normal working fluorescent light static pressure manometer U.V. light.
- The body is made of laminated board duly satin finished wherever necessary/M.S. duly powder coated/S.S. body.
- Front & side Door of acrylic sheet(transparent), Gas cock.
Working size:-
- Laminar Air flow , size 2` x 2` x 2`
- Laminar Air flow , size 3` x 2` x 2`
- Laminar Air flow , size 4` x 2` x 2`
- Laminar Air flow , size 6` x 2` x 2`
Superior Air Purity for Sensitive OperationsEngineered to deliver Class 100 (ISO 5) cleanliness, the cabinet features a dual-filtration system with a HEPA filter and washable pre-filter. This combination effectively eliminates airborne contaminants, ensuring a particle-free environment for your most sensitive procedures.
Flexible, Efficient, and Ergonomically DesignedWith adjustable work surface heights (750850 mm) and a robust stainless steel table, comfort meets practicality. The transparent acrylic panels provide clear visibility, while the caster wheels guarantee easy repositioning as necessary in laboratory settings.
Innovative Features and Reliable ConstructionThis vertical laminar air flow cabinet integrates energy-efficient lighting, UV safety options, and quiet operation, with each model offering either toggle or membrane touch controls. Built from quality powder-coated steel, it withstands daily use and resists temperatures up to 50C.
FAQs of Vertical Laminar Air Flow Cabinet:
Q: How does the Vertical Laminar Air Flow Cabinet achieve ISO 5 (Class 100) cleanliness?
A: The cabinet utilizes a high efficiency HEPA filter that retains 99.97% of airborne particles 0.3 m and a pre-filter with washable synthetic fiber media. Together, they maintain a contaminant-free environment that complies with ISO 5 standards.
Q: What types of lighting and door mechanisms are available for the cabinet?
A: Depending on the model, the working area is illuminated with either energy-efficient LED or fluorescent lamps. The front door mechanism also varies; you can choose between manual or automatic sliding acrylic doors to suit your workflow preferences.
Q: When should the pre-filter and HEPA filter be replaced or maintained?
A: The washable pre-filter should be cleaned regularly, depending on usage frequency and environment. HEPA filters generally require replacement every 612 months or when the static pressure manometer (if equipped) indicates increased resistance, ensuring optimal filtration.
Q: Where is this laminar air flow cabinet typically installed and used?
A: These cabinets are widely used in research laboratories, pharmaceutical manufacturing, electronics assembly, and healthcare facilities across India and internationallyanywhere a contaminant-free workspace is critical.
Q: What is the process for moving or relocating the cabinet within a facility?
A: The unit is equipped with caster wheels, allowing effortless relocation. Ensure all equipment is removed from the interior and power is disconnected before moving the cabinet to prevent damage or electric hazards.
Q: How does the cabinet control airborne contamination during use?
A: The vertical laminar air flow directs filtered air uniformly across the workspace, continuously sweeping away particles and providing a sterile zone. Integrated UV lamps (where included) offer additional decontamination between uses.
Q: What are the primary benefits of using this vertical laminar air flow cabinet?
A: Users benefit from ISO 5 level air cleanliness, low noise operation, robust construction, energy efficiency, flexible control interfaces, and straightforward maintenance. These features promote safety, protect samples, and support high-quality research or production workflows.