Double-Person Single-Side Vertical Laminar Flow Cabinet :
Product Overview
The Double-Person Single-Side Vertical Laminar Flow Cabinet is an essential piece of equipment for providing clean, contamination-free environments in laboratories. This laminar flow system offers high-efficiency filtration and precise airflow patterns, ensuring that sensitive materials are not exposed to airborne particulates. It is ideal for microbiological, pharmaceutical, and other research applications that require contamination control.
1 | Key Features
- Dual-user Design: Accommodates two operators simultaneously, offering a spacious work area with ergonomic design and optimized workflow.
- Vertical Laminar Flow: Directs filtered air in a downward vertical flow to maintain sterile conditions within the working area.
- HEPA Filtration: Equipped with a High-Efficiency Particulate Air (HEPA) filter, ensuring removal of 99.99% of airborne particulates as small as 0.3 microns.
- Single-Side Access: Provides convenient access to the work surface from one side, with adjustable height for various applications.
- Low Noise Operation: Operates at low noise levels, creating a quieter environment for the laboratory.
- Touchscreen Control Panel: Features an easy-to-use control interface with real-time monitoring of airflow velocity, UV light status, and filter life.
2 | Technical Specifications
Specification | Details |
---|---|
Cabinet Type | Double-person, single-side vertical laminar flow |
Airflow Velocity | 0.3–0.5 m/s (adjustable) |
Filter Efficiency | 99.99% at 0.3 microns (HEPA filter) |
Cabinet Dimensions | Custom sizes available; typical: 1500mm x 800mm x 1700mm |
UV Lamp | 254 nm wavelength, integrated with safety features |
Power Supply | 220-240V, 50/60Hz |
Noise Level | < 60 dB(A) |
Work Surface Material | Stainless steel with antimicrobial coating |
Safety Features | UV light sterilization, airflow monitoring, alarms |
3 | Applications
- Microbiological Studies: Used in microbiology labs for the cultivation of bacteria, fungi, and other organisms in sterile conditions.
- Pharmaceutical Manufacturing: Essential for environments that require a clean area for dr ug formulation and packaging.
- Cell Culture: Provides a controlled, sterile environment for cell culture research.
- Electronics Manufacturing: Protects sensitive components from contamination during assembly and testing.
- General Laboratory Work: Offers a safe environment for experiments requiring minimal airborne contamination.
4 | Advantages
- Enhanced Productivity: Dual-user design allows two operators to work efficiently without compromising workspace.
- Cost-Effective: High-quality filtration and reliable performance reduce the need for frequent maintenance.
- User Safety: Built-in UV sterilization and automatic shut-off features ensure that operators are protected from harmful radiation.
- Space-Saving Design: Single-side access provides optimal workflow and space efficiency in labs with limited space.
5 | Maintenance & Care
- Routine Cleaning: Clean the work surface with appropriate disinfectants before and after each use to maintain sterile conditions.
- HEPA Filter Replacement: Replace HEPA filters regularly (typically every 12–18 months) to ensure optimal air quality and efficiency.
- UV Lamp Replacement: Replace UV bulbs annually for effective sterilization and to prevent contamination buildup.
- Airflow Monitoring: Regularly check the airflow velocity and make necessary adjustments to ensure proper laminar flow.
6 | Compliance & Certification
This laminar flow cabinet complies with ISO 14644 for cleanroom standards and EN 12469:2000 for microbiological safety cabinets. It is designed to meet the highest standards for laboratory environments, providing a safe and contamination-free workspace.
The Double-Person Single-Side Vertical Laminar Flow Cabinet is a versatile and efficient solution for any laboratory or cleanroom that requires sterile and controlled environments. With its high-efficiency filtration, dual-user functionality, and user-friendly design, this cabinet is ideal for a wide range of applications, from microbiology to pharmaceuticals and beyond. It ensures a contamination-free environment, improves productivity, and protects both operators and sensitive materials.