Vertical Laminar Flow Clean Bench LVCB-T2011

Introduction

Vertical offers a filtration efficiency of 99.995% for particles ≥0.3μm. It features a high-efficiency filter with an aluminum frame and a partition-free design. A centrifugal blower ensures stable and continuous downflow airflow velocity. The integrated stainless-steel worktable is corrosion-resistant and easy to clean. Our Vertical environment, such as aseptic sample preparation, media pouring, and non-hazardous pharmaceutical processing.

This clean benches is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Vertical Laminar Flow Clean Bench supports food pathogen testing, sterile packaging, and precise powder weighing, offering consistent airflow, contamination control, and ergonomic design for clean, efficient laboratory operations.

Specifications

External Dimension	1480 × 740 × 1700 mm
Internal Dimension	1320 × 680 × 520 mm
Airflow Velocity	0.3 to 0.5m/s
Filter	> 99.999% efficiency at 0.3 µm
Cleanliness Grade	Class 5, Class 100 (Fed 209E)
Noise	≤65 dB(A)
	≤4 μm
Power Consumption	≤0.5 Kw
Power Supply	AC220±10%, 50 HZ
Net Weight	80 Kg

Features

Chemical-Resistant Body Coating

Vibration-Free Design

Airflow Monitoring Indicator

Smooth Cornered Interior

Lockable Castor Wheels

FAQs

1. What power requirements and energy considerations come with operating a Vertical Laminar Flow Clean Bench ?

Vertical Laminar Flow Clean Bench operate on standard electrical power, typically requiring 220V or 110V depending on regional specifications. They are designed to be energy-efficient, with low-power consumption fans and lighting used in many newer models. Some systems offer energy-saving modes that reduce power usage during idle periods without compromising sterility. The motor and airflow system are optimized to run continuously for extended hours without overheating or creating high energy bills. Proper installation in a well-ventilated space contributes to efficient heat dissipation. Power surge protectors are recommended to protect sensitive components. Users should also ensure stable voltage supply to maintain consistent airflow performance.

2. What types of lighting are integrated into Vertical Laminar Flow Clean Bench and why are they important?

Vertical Laminar Flow Clean Bench typically come equipped with built-in fluorescent or lighting to provide uniform illumination across the work surface. Good lighting is essential for precise work, such as inspecting samples, performing delicate procedures, or identifying microbial colonies. lights are often preferred due to their low heat emission, longer lifespan, and energy efficiency. Some models may also include UV germicidal lamps, which can be activated after use to disinfect the internal workspace. However, UV lights should never be used while the bench is occupied due to safety risks. The lighting is usually installed in a recessed manner to prevent airflow disruption. Reliable lighting contributes to operator accuracy and safety during laboratory procedures.

3. Are Vertical Laminar Flow Clean Bench customizable based on user or facility needs?

Yes, many manufacturers offer customizable options for Vertical Laminar Flow Clean Bench to suit specific lab or facility needs. Customizations can include dimensions, material finishes (such as stainless-steel grade), number of electrical outlets, or type of airflow monitoring systems. Some models allow for additional accessories like gas taps, vacuum valves, or anti-vibration platforms for sensitive instruments. Users may also request features like adjustable height stands, footrests, or caster wheels for mobility. Touchscreen controls, airflow alarms, and remote operation capabilities are increasingly available in advanced models. These customization options help labs tailor the clean bench to fit both workflow and ergonomic preferences.

4. How should a Vertical Laminar Flow Clean Bench be cleaned and maintained for optimal performance?

Regular cleaning of a Vertical Laminar Flow Clean Bench is crucial to preserve sterility and airflow efficiency. The bench should be wiped down daily using lint-free cloths and appropriate disinfectants that do not damage the surface material. Special attention must be given to corners, edges, and under equipment where particles can accumulate. UV lamps, if present, should be used periodically after cleaning to further reduce microbial load. Periodic maintenance includes checking airflow velocity, testing filter integrity, and ensuring that pre-filters are not clogged. All maintenance should be performed with the system powered off, following safety protocols. Documenting cleaning and maintenance schedules supports regulatory compliance and operational consistency.

5. How is contamination prevented in a Vertical Laminar Flow Clean Bench ?

Contamination is prevented through a combination of a pre-filter and a filter, which together remove 99.97% of airborne particles measuring 0.3 microns or larger. The filtered air is directed downward in a uniform laminar flow, continuously sweeping away particulates from the work surface. Maintaining this contamination-free environment requires regular filter checks, routine cleaning, and proper handling of all materials. Operators should wear gloves and lab coats and minimize unnecessary movements that may disturb the airflow. It's also recommended to organize tasks from clean to dirty to prevent recontamination of sterile items. Adhering to these best practices ensures consistent protection of sensitive work.