Mystaire MY-ISO5 32" Wide Vertical Laminar Flow Workstation, 110V

The Mystaire MY-ISO5 is a vertical laminar flow workstation engineered to provide an ISO 5 clean environment essential for sensitive bioprocessing and molecular biology tasks. Featuring a 32-inch wide workspace constructed from polycarbonate and high-density polypropylene, the chamber is resistant to harsh disinfectants and non-hygroscopic, ensuring durability and ease of maintenance in sterile laboratory conditions.

Key technical features include:

• Two-stage filtration system: electrostatic pre-filter combined with a certified HEPA filter ensuring removal of airborne particulates down to 0.3 microns with 99.99% efficiency
• 360° clear polycarbonate construction for maximum visibility and operational convenience
• Automatic blower and fluorescent lighting activation linked to sash movement, optimizing workflow and contamination control
• Full-closure sash design maintains the sterile environment when not in active use, preventing ingress of airborne contaminants
• Compact and lightweight build delivers a personal ISO 5 cleanroom experience, highly suitable for applications requiring localized sterile workspaces

Typical applications in biotechnology and clinical diagnostics include:

• Plant tissue culture workflows critical to genetic modification and propagation
• Sterile IV bag filling to maintain aseptic pharmaceutical standards
• Preparation and pouring of media plates used in microbiology and synthetic biology research
• Assembly and disassembly of sensitive biomedical devices and technology components
• Sterile compounding operations in pharmaceutical and biomanufacturing environments

The workstation delivers vertical laminar airflow by pulling ambient air through an electrostatic pre-filter before precision filtration by HEPA, ensuring contaminant-free cleanroom airflow directed away from critical processes. This design makes the MY-ISO5 a robust solution widely adopted in molecular diagnostics, cell culture protocols, and biopharmaceutical production pipelines seeking reliable sterile conditions to support high-value biotechnological research and manufacturing.