About Vertical Laminar Flow Clean Benches
Our firm is occupied in rendering a wide ambit of Vertical Laminar Flow Clean Benches. These are designed to provide a contaminant-free work environment. In addition to these, provided benches are determined by the direction of the airflow. Vertical Laminar Flow Clean Benches are precisely engineered to provide outstanding solutions for many air filtration applications. These are required for laboratory work testing and protect against contamination by generating clean filtered air for industrial needs.
Specification
| External Dimensions | 705 x 870 x 1950 mm |
| Internal Dimensions | 572 x 610 x 572 mm |
| Usage/Application | Laboratory |
| Surface Finish | Polished |
| Model Name/Number | KALF-V2 |
| Air Flow | 270 CFM 458.7 M3/hr |
| Working Area | 2 x 2 x 2 feet |
| Material | SS |
| Type | Vertical |
| Brand | Kaizen |
Superior Air Purity With HEPA FiltrationEach clean bench incorporates a HEPA filter capable of capturing 99.97% of particles at 0.3 micron, making it ideal for environments that require stringent contamination control. The pre-filter is washable, further extending filter life and safeguarding work zones against airborne contaminants.
Ergonomic and Mobile Design for Flexible WorkspacesFeaturing caster wheels and a work table height of 750 mm, this clean bench provides both convenience and mobility. The seamless, radius-cornered stainless steel interior ensures easy cleaning, promoting laboratory safety and efficient workflows.
Optimized Illumination and Low Noise OperationUsers benefit from lighting intensity exceeding 800 Lux delivered via LED or fluorescent lamps. Operation remains quiet with noise levels below 65 dB, supporting focused tasks in demanding laboratory settings, while a UV lamp (15-20 W) offers additional sterilization.
FAQ's of Vertical Laminar Flow Clean Benches:
Q: How does the HEPA filtration system in the vertical laminar flow clean bench work?
A: The HEPA filtration system removes airborne particulate matter with 99.97% efficiency at 0.3 micron. Air passes through a washable pre-filter and then through the HEPA filter, ensuring ISO Class 5 cleanliness ideal for laboratory, pharmaceutical, or electronics assembly.
Q: What are the benefits of using LED or fluorescent illumination in the clean bench?
A: LED and fluorescent lighting provide more than 800 Lux of intensity, ensuring excellent visibility for precision tasks while maintaining low energy consumption. This enhances workspace safety, aids in detailed operations, and supports laboratory productivity.
Q: When should the washable pre-filter be cleaned or replaced?
A: The washable pre-filter should be cleaned regularly depending on usage and contamination levels, typically every few weeks or as advised by maintenance protocols, to maintain optimal airflow and protect the integrity of the HEPA filter.
Q: Where can vertical laminar flow clean benches be installed?
A: These clean benches are suitable for laboratories, pharmaceutical facilities, microbiology research, and electronics assembly environments. Their mobile caster wheels and compact rectangular shape allow flexible placement wherever contamination control is required.
Q: What process is involved in maintaining the clean bench for optimal performance?
A: Routine maintenance involves cleaning the washable pre-filter, periodically checking the HEPA filter, wiping down seamless interiors, monitoring noise and vibration levels, and ensuring all display/control systems function correctly. UV lamp replacement may be required based on usage.
Q: How does the adjustable fan speed contribute to the clean bench's effectiveness?
A: Adjustable fan speed allows users to customize airflow (0.3-0.6 m/s) to meet specific requirements, minimizing cross-contamination and maintaining consistent cleanliness in accordance with ISO Class 5 standards.
Q: What advantages do seamless interiors and radius corners provide for laboratory work?
A: Seamless surfaces and rounded corners eliminate areas where contaminants can accumulate, making cleaning faster and more effective. This design supports strict hygiene protocols and reduces the risk of sample or product contamination.