Product Description
Owing to our latest infrastructural facilities, we are instrumental in providing the best quality cGMP Laminar Air Flow Bench. Widely demanded in clean rooms, hospitals, laboratories and other varied places, this bench is used for resisting the entry of air contaminants. The offered bench is manufactured with utmost perfection using top grade components and innovative techniques. Further, this cGMP Laminar Air Flow Bench is also examined on numerous quality parameters before dispatching.
Features:
- Requires less maintenance
- Strong built
- Good air flow
- Easy to install
Product Details:
| Voltage (V) | 220 |
| Power Source | Electric |
| Size | 2 x 2 Ft |
| Material | Wooden Laminated/CRCA Powder |
| Noise Level (dB) | 60 to 65 |
| Efficiency (%) | 99.97 |
Horizontal Laminar Flow:
| Model | Size |
| HHL 2 | 2 ft. X 2 ft. |
| HHL 3 | 3 ft. X 2 ft. |
| HHL 4 | 4 ft X 2 ft. |
Vertical Laminar Flow:
| Model | Size |
| HHL 2 | 2 ft. X 2 ft. |
| HHL 3 | 3 ft. X 2 ft. |
| HHL 4 | 4 ft X 2 ft. |
Precision Cleanroom PerformanceAchieve ISO Class 5 air purity with advanced HEPA filtration in every cGMP Laminar Air Flow Bench. Designed for pharmaceutical laboratories and sensitive research, this bench ensures a sterile, safe, and compliant environment, preventing unwanted particulates from contaminating your workspace. The low vibration and quiet operation enhance focus, while customizable airflow (horizontal or vertical) adapts to your specific application.
User-Friendly and Versatile DesignFeaturing stainless steel construction with pharma-grade finish, the bench is available in both single and double workstation configurations. The easy-to-clean surfaces, smart control panels, sliding or liftable acrylic/polycarbonate doors, and castor wheels deliver excellent usability, flexibility, and mobile convenience for dynamic laboratory and industrial environments.
Effortless Maintenance and ComplianceService access from the front or top streamlines filter and lighting maintenance. Integrated testing according to IEST, ISO, and cGMP guidelines ensures reliable operation and compliance. Modular options like UV germicidal lamps, LED lighting, and microprocessor controls keep your facility up-to-date, efficient, and safe, with low power and energy consumption.
FAQs of cGMP Laminar Air Flow Bench:
Q: How does the cGMP Laminar Air Flow Bench maintain ISO Class 5 air cleanliness?
A: The bench uses high-efficiency HEPA filters that capture 99.997% of particles as small as 0.3 microns, paired with efficient pre-filters and consistent airflow, ensuring ISO Class 5 conditions as specified by ISO 14644-1.
Q: What types of airflow are available and when should I choose horizontal or vertical flow?
A: Both horizontal and vertical laminar airflow types are available. Horizontal flow is recommended for personnel protection and material handling, while vertical flow is preferred for processes sensitive to downward contamination, such as tissue culture.
Q: Where can the cGMP Laminar Air Flow Bench be installed and what installation options are provided?
A: This bench can be installed in pharmaceutical, research, packaging, laboratory, and tissue culture settings. Installation options include free-standing or table-top models, with mobility provided by castor wheels for easy placement.
Q: What process is involved in maintaining the HEPA and pre-filters?
A: Routine maintenance involves washing the pre-filter regularly and periodically monitoring the HEPA filter for efficiency using the front or top service access. Filters can be replaced as needed to ensure consistent air cleanliness.
Q: How is user safety enhanced when using UV germicidal lamps and LED lighting?
A: UV germicidal lamps provide effective decontamination by neutralizing airborne microbes, while LED lighting ensures clear visibility for precision tasks. Both features, when used correctly, help maintain a sterile working area.
Q: What are the primary benefits of using this laminar air flow bench in pharmaceutical or laboratory workflows?
A: Key benefits include superior air cleanliness, minimized risk of contamination, ergonomic design for easy cleaning and servicing, energy efficiency, low noise and vibration, and adaptability to various applications and workspace requirements.
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