Applied Physics · Precision technologies since 1992
In high-precision laboratory environments, maintaining sterile conditions is very important. The Vertical Laminar Flow Cabinet (BKCB-V500) is an advanced solution that controls airborne contamination in sensitive workspaces. This cabinet is designed for cleanroom performance and is essential for applications requiring particle-free air and product protection.
This article provides a comprehensive overview of the BKCB-V500, including its features, technical specifications, real-world applications, and unique benefits. Whether you are a lab technician, researcher, buyer, or cleanroom designer, this guide will help you understand why the BKCB-V500 is a reliable and efficient choice.
A vertical laminar flow cabinet is a clean bench designed to direct filtered air downward in a vertical stream. This air passes through a HEPA filter, ensuring the workspace remains free of dust, microbes, and other airborne contaminants.
Compared to horizontal cabinets, vertical flow cabinets provide better protection against cross-contamination and are commonly used in laboratories, hospitals, pharmaceutical research facilities, and electronics manufacturing units.
The cabinet is equipped with a HEPA H14 filter, which provides an efficiency of≥99.995% for particles as small as 0.3 microns. This ensures a clean and safe workspace by removing most airborne contaminants.
The vertical airflow system pushes filtered air from the top downward, reducing the risk of contamination from the user or the surrounding environment.
The 7-inch color display shows real-time data, including:
The cabinet is fitted with dual UV lamps that sterilize the area when not in use. It supports programmable disinfection cycles with safety interlocks.
The front and side panels are made of 5 mm-thick tempered glass, offering both good visibility and physical safety during use.
Noise levels stay below 65 dB(A), making it ideal for quiet laboratory environments. Vibration levels are also minimal, enhancing operational stability.
Here is a table summarizing the technical details of the BKCB-V500 model:
| Parameter | Specification |
|---|---|
| External Dimensions (mm) | 550 × 460 × 700 |
| Internal Workspace Dimensions | 480 × 340 × 370 |
| Weight (Net / Gross) | 45 kg / 57 kg |
| Power Supply | 220V ±10%, 50Hz (110V optional) |
| Rated Power Consumption | 620 VA |
| Air Velocity | 0.2 to 0.45 m/s |
| Noise Level | ≤ 65 dB(A) |
| Vibration Level | ≤ 5 µm |
| Lighting | ≥ 300 lux |
| Cleanliness Level | ISO Class 5 / Class 100 |
| Safety Window Height | 200 mm (adjustable up to ~260 mm) |
| UV Disinfection Lamp | 2 × UV Lamps |
| LED Lighting | 1 × LED Lamp |
| Filter Type | HEPA H14 with pre-filter |
| Material (Cabinet Surface) | 304 Stainless Steel (work zone) |
| Display System | 7" LCD Touchscreen |
The BKCB-V500 is designed for various industries and types of labs. Its compact size and cleanroom-grade protection make it useful and efficient for different purposes.
Used for microbiological testing, blood sample analysis, and tissue culture procedures.
Provides a contamination-free workspace for weighing, formulation, and small-scale batch production.
Ensures dust-free assembly of sensitive components like circuit boards and sensors.
Ideal for molecular biology, biotechnology, and analytical chemistry work.
Used in universities and training centers for safe hands-on laboratory practice.
The consistent vertical laminar airflow ensures that samples and processes are protected from particulate contamination.
Its intuitive touchscreen interface, adjustable windows, and ergonomic design make it easy to use for both new and experienced personnel.
The unit consumes minimal power, making it cost-effective and environmentally friendly, especially for continuous lab use.
The powder-coated steel body and stainless-steel work surface provide long-term resistance to corrosion and chemical exposure.
With front window interlocks, overpressure alerts, and UV safety systems, the cabinet ensures maximum protection for both users and the environment.
If you want to purchase the Vertical Laminar Flow Cabinet (BKCB-V500), you can place your order directly. This model is available on the official website, where you can easily make a secure and verified purchase.
Besides the website, you can also buy this cabinet through authorized laboratory equipment distributors. However, it is recommended to order directly to receive full after-sales support.
If you need a quotation or assistance, please contact the sales team. They are always ready to recommend the best solution for your facility.
Maintaining the BKCB-V500 is straightforward and cost-effective.
The BKCB-V500 Vertical Laminar Flow Cabinet is an excellent solution for labs and clean environments where product protection and air purity are very important. It combines advanced filtration, modern controls, and safety mechanisms into a compact and efficient design. Whether you are setting up a new facility or upgrading an old one, the BKCB-V500 offers unmatched value in easily maintaining ISO Class 5 cleanliness with long-term reliability.
What is the primary purpose of a vertical laminar flow cabinet?
It provides a sterile, particle-free environment using filtered vertical airflow to protect samples or materials from contamination.
Is the BKCB-V500 suitable for medical labs?
Yes. Its ISO Class 5 rating and UV disinfection make it ideal for medical, pharmaceutical, and research laboratories.
How often should the HEPA filter be replaced?
Typically, every 6 to 12 months, depending on usage and environmental conditions.
Can I install it in a small lab?
Yes. The compact design and low noise level make it perfect for space-restricted lab environments.
Does it require professional installation?
Not necessarily. It arrives pre-assembled and can be set up by lab personnel, but calibration by a certified technician is recommended.
APPLIED PHYSICS TECHNICAL RESOURCE
Pathology workflow, containment, sterilization, biological safety and clinical-laboratory equipment selection. Product and standards references should be interpreted for the actual instrument, facility, protocol and configuration.
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