Advalab offers Vertical Laminar Airflow Cabinet ADVL-510 with surface wind speed of 0.5 m/s for ensuring a clean, particle-free environment. It features a low-noise, low-vibration blower for comfort and stable handling. The design includes a clear front sash and internal lighting for visibility. This unit delivers vertical HEPA-filtered airflow to keep the work area sterile. Our Vertical Laminar Airflow Cabinet is used in hospitals, IVF labs and food testing to protect samples from airborne contamination.
| External Dimension (L×B×H) | 600×550×1600 mm |
| Internal Dimension (L×B×H) | 550×500×460 mm |
| Surface Wind Speed | 0.5 m/h |
| Frequency | 50 to 60 Hz |
| Air Treatment | 230 m³/h |
| Noise | 50 db |
| Electric Current | 10 A |
| Type of Filter | H14 |
| Fan Power | 48 W to 110 W |
| Clean Cabinet | MPPS test shows 99.995% filtration efficiency for particles ≥0.3 microns. |
| Work Top | 1.25 mm stainless steel worktop; non-conductive and corrosion resistant. |
| High-Efficiency Particle Filter | HEPA H14 filter ensures 99.995% efficiency for particles ≥0.3 µm. |
| Pre particle Filter | 40% filtration efficiency for particles >0.3 µm. |
| Power Supply | 110 to 240 V |
Our Vertical Laminar Airflow Cabinet ADVL-510 is used in forensic science, academic institutions and quality control testing to ensure a sterile and controlled environment for contamination-sensitive tasks.
1. What is Vertical Laminar Airflow Cabinet ADVL-510and why is it used in laboratories?
Vertical Laminar Airflow Cabinet ADVL-510 is a clean bench system that provides a sterile environment by directing HEPA-filtered air in a vertical, unidirectional flow. It is used in laboratories to protect sensitive samples from airborne contaminants. Vertical Laminar Airflow ensures a controlled and particulate-free workspace, especially during sterile preparations, microbiological work, or electronics assembly. This equipment is vital in maintaining ISO Class 5 clean conditions for precision and safety.
2. How does Vertical Laminar Airflow Cabinet ADVL-510 function to maintain a contamination-free zone?
Vertical Laminar Airflow Cabinet ADVL-510 works by drawing ambient air through a pre-filter and passing it through a HEPA filter, then releasing it downward in a uniform flow. This steady stream of clean air flushes out particulates and prevents contaminated air from entering the workspace. The vertical flow pattern minimizes turbulence and cross-contamination, making Vertical Laminar Airflow ideal for sterile environments where sample protection is critical.
3. What kind of filters are used in Vertical Laminar Airflow Cabinet ADVL-510?
Vertical Laminar Airflow Cabinet ADVL-510 is equipped with HEPA (High-Efficiency Particulate Air) filters that remove 99.97% of particles ?0.3 microns. In some cases, ULPA filters may be used for even higher filtration efficiency. These filters are essential in ensuring that the air within the Vertical Laminar Airflow system is free from dust, bacteria, and other contaminants, thus maintaining the required cleanroom standards.
4. What safety measures should be followed while working with Vertical Laminar Airflow Cabinet ADVL-510?
When working with Vertical Laminar Airflow Cabinet ADVL-510, avoid blocking the air vents and always place materials in a way that allows free airflow. Disinfect surfaces before and after use, and avoid rapid movements that might disturb the clean air zone. Vertical Laminar Airflow provides product protection only, so never use it for handling hazardous or infectious agents. Operators should also be trained in aseptic techniques to maintain sterility.
5. What is the maintenance schedule for Vertical Laminar Airflow Cabinet ADVL-510?
Vertical Laminar Airflow Cabinet ADVL-510 requires regular maintenance to ensure optimal performance. Daily cleaning with disinfectants, weekly UV light checks (if installed), and periodic replacement of pre-filters are recommended. HEPA filters in Vertical Laminar Airflow systems should be tested and replaced every 1–3 years depending on usage. Regular airflow and particle count testing also help verify that the unit continues to meet ISO Class 5 standards.
| Internal Dimensions (W×D×H) | 1300×650×520 mm |
| Exterior Dimensions (W×D×H) | 1460×700×1650 mm |
| Airflow Direction | Vertical |
| External Dimension (L×B×H) | 650×575×580 mm |
| Internal Dimension (L×B×H) | 640×530×400 mm |
| Surface Wind Speed | 0.5 m/h |
| External Dimension (L×B×H) | 1000×575×580 mm |
| Internal Dimension (L×B×H) | 990×530×400 mm |
| Surface Wind Speed | 0.5 m/h |
| External Dimension (L×B×H) | 500×575×580 mm |
| Internal Dimension (L×B×H) | 490×530×400 mm |
| Surface Wind Speed | 0.5 m/h |
| Velocity: | 0.3 to 0.6 m/s |
| Half Peak Amplitude: | ≤ 3µm |
| Number of Colonies: | ≤ 0.5 dish/hr |
| Velocity: | 0.3 to 0.6 m/s |
| Half Peak Amplitude: | ≤ 3µm |
| Number of Colonies: | ≤ 0.5 dish/hr |
| Internal Dimensions (W×D×H): | 1570×480×570 mm |
| Exterior Dimensions (W×D×H): | 1570×790×1380 mm |
| Airflow Direction: | Horizontal |
| Velocity: | 0.3 to 0.6 m/s |
| Half Peak Amplitude: | ≤ 3µm |
| Number of Colonies: | ≤ 0.5 dish/hr |
| Internal Dimensions (W×D×H): | 910×480×570 mm |
| Exterior Dimensions (W×D×H): | 910×790×1380 mm |
| Airflow Direction: | Horizontal |
| Velocity: | 0.3 to 0.6 m/s |
| Half Peak Amplitude: | ≤ 3µm |
| Number of Colonies: | ≤ 0.5 dish/hr |