Vertical and Horizontal Laminar Flow Cabinet BZVH-501 material is stainless steel, and a wind volume adjustable fan system is used. Based on a one-dimensional system. It has a sliding glass door that allows for easy observation. The device prevents outside gas from entering the operating room, preventing a strange odor from entering. The range of illumination is 300LX.
| The Average Wind Speed | 0.25 to 0.45m/s (Speed two-speed) |
| Noise | ≤62 dB |
| Power Supply | AC, 220 V/50Hz |
| Maximum Power Consumption | 300 W |
| Illumination | ≥300 LX |
| Number of Bacteria | ≤0.5per utensil. Hour (90mm utensil) |
| Half Ventilation Peak Value | ≤ 3μm(XYZ direction) |
| Efficient Filter Specifications And Quantities | 865×600×38×1/865×484×38×1 |
| Specification And Number Of Fluorescent Lamp Or UV Lamp Of Ultraviolet Lights | 20W×1/20W×1 |
| Suited Number | Single-Single |
| Dimension Of Working Area (W1×D1×H1) | 870×500×620 mm |
| Overall Dimension W×D×H | 1050×760×1800 mm |
| Weight | 150 Kg |
widely used in medical treatment, chemical experimentation, electron, precise machinery, instrument, apparatus, medical preparation, operating room, foodstuff, beverages, daily-use cosmetics, stock raising, and aviation, as well as providing a germ-free, dust-free, clean environment.
Labzee offers Horizontal Laminar Air Flow Cabinets designed to provide a sterile and particle-free working environment for laboratory and industrial applications. They utilize a high-efficiency filtration system to ensure a continuous flow of clean air across the workspace, protecting sensitive samples from contamination. Their durable stainless-steel construction ensures longevity and resistance to environmental fluctuations. These cabinets feature advanced airflow control systems that allow precise adjustments to meet specific cleanroom and laboratory requirements. Their energy-efficient operation and reliable performance make them ideal for research and quality control settings. Our Horizontal Laminar Air Flow Cabinets support microbiological research, pharmaceutical compounding, semiconductor manufacturing, tissue culture work, and sterile sample preparation.
