Dual-Sided Vertical Laminar Flow Clean Bench | ISO 5 | Laboratory & Pharma Grade

Clean Working Air, From Above: Dual-Sided Vertical Laminar Flow Clean Benches

The Dual-Sided Vertical Laminar Flow Clean Bench provides a dependable ISO 5 (Class 100) working environment by directing HEPA-filtered air vertically downward across the work zone — creating a uniform, particle-free airflow curtain that protects your work from airborne contamination. The dual-side design allows operation from either side of the bench, offering flexible access for pharmaceutical preparation, laboratory sample handling, and electronics assembly. Built with a stainless steel work surface, adjustable airflow, and robust construction, it is the trusted clean working station for controlled environments.

Vertical Laminar Flow — Uniform Particle-Free Curtain
HEPA-filtered air flows vertically downward in a uniform laminar stream across the entire work zone — continuously sweeping particles away from the work surface and maintaining ISO 5 (Class 100) cleanliness.
High-Efficiency HEPA Filtration
Equipped with HEPA H14 filters capturing 99.99% of particles at 0.3 microns — delivering scrupulously clean air into the working area.
Dual-Side Operation Flexibility
The dual-sided design allows work to be performed from either side of the bench — offering flexible access for teams, two-person operation, or convenient positioning in the laboratory.
Stainless Steel Work Surface
The work surface is fabricated from stainless steel with rounded corners — smooth, corrosion-resistant, easy to sanitize, and fully compliant with GMP hygiene requirements.
Adjustable Airflow & Speed
The airflow speed is adjustable to match the working requirements — optimizing protection while minimizing disturbance to delicate operations.
Integrated Lighting & UV Option
Fluorescent/LED lighting illuminates the work zone, with an optional UV sterilization lamp for surface decontamination between operations.
Multiple Configurations — Single & Dual-Person
Available in single-person and dual-person (wide) models — matched to the working volume and application of each facility.

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