Clean bench & LAF Hoods
Clean benches create a controlled clean airflow environment to protect products from contamination during laboratory work. Filtered air flows in a laminar pattern over the work surface, maintaining clean conditions for sensitive samples.
These cabinets are commonly used for sample preparation, media preparation and pharmaceutical or laboratory handling where product protection is required.
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Biological Safety Cabinet (1)
Biological Safety Cabinets (BSC) are designed to provide protection for the operator, the product and the environment when working with biological materials. Using controlled airflow and high-efficiency filtration, these cabinets help maintain safe working conditions in laboratories, hospitals, biotechnology and pharmaceutical research environments. -
Horizontal Clean Bench (3)
Horizontal laminar flow cabinets create a clean working environment for product protection. Filtered air flows horizontally across the work surface to prevent contamination of samples. These cabinets are suitable for sample preparation, media preparation and laboratory research where product protection is required. High-efficiency HEPA filtration maintains ISO Class 5 clean conditions in the working area. -
PCR Cabinet (1)
PCR cabinets provide a controlled clean airflow environment for PCR reagent and sample preparation. The vertical laminar airflow protects DNA and RNA samples from contamination during amplification procedures. -
Vertical Clean Bench (3)
Vertical laminar flow cabinets create a clean working environment for product protection. Filtered air flows downward over the work surface to prevent contamination of samples. These cabinets are suitable for sample preparation, media preparation and laboratory research where product protection is required. High-efficiency HEPA filtration maintains ISO Class 5 clean conditions in the working area. -
VS Series (1)
The VS Series Clean Bench provides a controlled clean airflow environment for product protection during laboratory procedures. Filtered air flows in a laminar pattern over the work surface, helping prevent contamination of samples.
