Vertical Laminar Flow Clean Bench LVCB-T2010

Introduction

Vertical an value of ≤ 4μm, ensuring highly accurate and consistent airflow control. It is equipped with advanced a high-efficiency filtration system that effectively removes airborne particles. The unit operates quietly, providing a calm and distraction-free workspace. It is specifically designed to maintain a sterile and contamination-free environment. Our Vertical Laminar Flow Clean Bench is ideal for microbiology, pharmaceutical research, tissue culture, and other applications that require high sample integrity.

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 a sterile workspace ideal for pharmaceutical testing, microelectronics assembly, optical lens fabrication, sterile solution preparation, food microbiology, tissue engineering, scaffold handling, and nanomaterial research.

Specifications

External Dimension	1000 × 740 × 1650 mm
Internal Dimension	840 × 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	50 Kg

Features

Pre-filter layer

Tempered glass side panels

Soft-start motor technology

Built-in illumination system

Energy-saving standby mode

FAQs

1. What is the primary purpose of a Vertical Laminar Flow Clean Bench ?

A Vertical Laminar Flow Clean Bench is designed to provide a clean, particle-free environment by directing filtered air downward over the work surface. It protects sensitive samples and equipment from contamination caused by airborne particulates. This cabinet is commonly used in microbiology, electronics, pharmaceuticals, and life sciences where high sample integrity is essential. It is not intended for user protection but focuses on maintaining a sterile workspace. The cabinet ensures a consistent, unidirectional flow of - or -filtered air across the work area. This reduces the risk of cross-contamination during critical processes.

2. How does a Vertical Laminar Flow Clean Bench support aseptic technique in laboratory workflows?

A Vertical Laminar Flow Clean Bench supports aseptic technique by delivering a continuous stream of filtered air that prevents external contaminants from settling on sterile materials. The vertical airflow acts as a barrier, helping to maintain a contamination-free zone during critical procedures like pipetting, media pouring, or sample transfers. It allows researchers to operate in an environment that minimizes the introduction of unwanted particles or microbes. Proper hand placement and work organization within the airflow further enhance aseptic handling. The bench’s consistent airflow reduces the variability often introduced by open-air environments. It encourages a disciplined workflow that aligns with good laboratory practices (). This controlled setting is essential for reproducibility and accuracy in sensitive experiments.

3. What kind of materials or equipment can be placed inside Vertical Laminar Flow Clean Bench ?

Only clean, sterile, and non-hazardous items should be placed inside a Vertical Laminar Flow Clean Bench . Avoid overcrowding, as it can obstruct airflow and compromise the cabinet’s sterile conditions. Large or bulky equipment should be arranged carefully to maintain proper laminar airflow from the top filter to the work surface. Do not bring in cardboard, paper towels, or fabrics that may shed particles. All tools and containers should be wiped down with 70% ethanol or appropriate disinfectants before use. Maintaining clean entry procedures is essential for ensuring cabinet effectiveness.

4. Is training required to operate a Vertical Laminar Flow Clean Bench properly?

Yes, basic training is essential for anyone using a Vertical Laminar Flow Clean Bench to ensure safety and sample protection. Users must understand proper hand positioning, airflow patterns, and how to minimize airflow disruption. Training also includes surface decontamination methods, loading/unloading procedures, and post-operation cleaning. Improper technique can introduce contaminants and compromise sterile conditions. Regular refresher training ensures that all lab personnel remain proficient in best practices. This helps maintain both operational integrity and user confidence.

5. How does the Vertical Laminar Flow Clean Bench value affect its performance?

The (Root Mean Square) value in a Vertical Laminar Flow Clean Bench refers to the uniformity and smoothness of the airflow. A lower value, like ? 4?m, indicates highly stable and consistent airflow, which minimizes turbulence and contamination risk. This performance measure is especially important for processes that require high precision, such as microelectronics assembly or pharmaceutical testing. It ensures that clean air is evenly distributed across the workspace without significant fluctuations. Cabinets with low values typically offer better control, sample integrity, and operational reliability. It's a critical performance benchmark for maintaining contamination-free conditions.