Vertical Clean Bench

Labzee Vertical Clean Benches are designed to provide a Class 100 clean air environment for high-precision laboratory work. Their vertical laminar airflow system delivers a constant, unidirectional stream of particle-free air flowing downward at a uniform speed of 0.3 to 0.6 m/s. The spring-balanced sliding door allows smooth and adjustable access to the workspace. Their integrated illumination system includes both fluorescent and UV lamps for optimal visibility and effective sterilization. Our Vertical Clean Benches are ideal for laboratories requiring a sterile and controlled environment for microbiological, pharmaceutical, or electronic applications.

Clean Level

Wind Speed

Colony Count

Noise Level

Vibration Semi-Peak Value

Frequently Asked Questions

1: What is a vertical clean bench and how does it work?

A vertical clean bench is a laboratory workstation that uses a HEPA-filtered vertical laminar airflow to provide a contamination-free environment. Air flows downward in a uniform direction, sweeping away airborne particles from the work surface.

2: What is the difference between vertical and horizontal clean benches?

Vertical clean benches direct filtered air from the top down, reducing the risk of operator exposure to particles. Horizontal clean benches push air from the back toward the user, making them more suitable for certain sample protection applications but less ideal for hazardous substances.

3: What class of clean air environment does a vertical clean bench provide?

Labzee vertical clean benches provide a Class 100 (ISO 5) clean air environment, meaning fewer than 100 particles 0.5 micrometer and larger per cubic foot of air.

4: Can vertical clean benches be used for hazardous materials?

No. Vertical clean benches are not designed for handling hazardous or infectious agents. They protect the sample, not the user.

5: What types of filters are used in vertical clean benches?

Labzee typically use HEPA filters (High-Efficiency Particulate Air) that capture 99.99% of particles 0.3 microns and larger.