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THANES SCIENCE CO., LTD.

Beth-El Industries’ IsoArk N36 Series is a stretcher-type isolation unit equipped with a negative pressure filtration system, designed for rapid and safe isolation of patients or items at risk of infection. With up to 10 hours of battery operation, it is ideal for emergency response situations.

The IsoArk N36 Series is a stretcher-type isolation unit provided by Beth-El Industries, designed for the rapid isolation of patients or items potentially contaminated with infectious diseases or hazardous materials. The device is equipped with a negative pressure filtration system that safely processes contaminated air without allowing it to escape. It uses a special chamber liner reinforced with lightweight, durable aluminum poles, ensuring long-lasting durability. The filtration system includes a HEPA filter with a particle removal efficiency of 99.9995%, capable of filtering particles as small as 0.3 microns. Additionally, in emergencies, the unit can operate on battery power for up to 10 hours.

Features
Equipped with a negative pressure filtration system for maximum protection
Lightweight and durable chamber liner reinforced with aluminum poles
HEPA filter with 99.9995% particle removal efficiency, filters particles as small as 0.3 microns
Battery operation available for up to 10 hours
Zippered portals for IV lines and catheters
Glove portals on the side for safe internal operations
Effective air circulation via a blower with an airflow rate of 36 m³/h
Negative pressure: Over 30 Pa

Specifications
Negative pressure system: Over 30 Pa
Airflow: 36 m³/h
Battery operation time: Up to 10 hours
Filter: HEPA filter (99.9995% particle removal efficiency)
Chamber liner: Special material reinforced with aluminum poles
Brand: Beth-El, Made in Israel

Applications
Isolation during the transportation of infectious patients
Infection control in hospitals and emergency medical sites
Field operations requiring advanced biosafety

The IsoArk N36 Series is the ideal solution for safe and rapid isolation in high-risk infectious environments.