AirClean 600 PCR Workstation with ISO 5 Clean Air Environment and Optional UV Sterilization

The AirClean 600 PCR Workstation delivers a controlled ISO 5 (Class 100) clean air environment essential for contamination-free PCR and molecular diagnostics. Constructed with a polycarbonate enclosure for a 360° view and a polypropylene base for easy spill cleaning, it provides a flexible, ductless solution ideal for biotechnology labs and gene editing applications requiring clean work areas without hazardous containment.

Key features include:

• ISO 5 clean air environment compliant with FS209E Class 100 standards, critical in biopharmaceutical production pipelines and synthetic biology research.
• Multiple nominal widths: 4 feet (AC648LFUVC), 3 feet (AC632LFUVC, AC632DB), and 2 feet (AC624LFUV) to accommodate various lab footprints.
• Optional 254 nm UV lamp sterilization on models with UV capability, controlled by an automatic microprocessor safety controller (UVTect) or analog dial timer (dead air box model AC632DB), providing reliable surface decontamination for molecular cloning workflows.
• The dead air box model (AC632DB) offers a circulation-free environment ideal for delicate DNA manipulations requiring minimal airflow disturbances.
• Sparkless blower ensures safe operation and maintenance of laminar airflow for fluorescence analysis, live-cell sample preparation, and clinical diagnostics.
• Safety-enhanced design with filter lockout mechanisms and electronics positioned well above the workspace ensuring operator safety and contamination prevention.

Dimensional and power specifics:

• Interior workspace dimensions range from 22" to 46" in width, with corresponding heights between 18" and 22", suitable for various research tasks in biotechnology and biomedical engineering.
• Operates on standard 110V, 60Hz power supply.
• Weight varies by model from 50 to 95 lbs, aiding portability within laboratory environments.

This laminar flow PCR workstation is widely adopted in synthetic biology research and molecular biology laboratories due to its combination of clean airflow, UV sterilization, and flexible sizing. It supports stringent contamination control standards critical in molecular diagnostics, bioprocessing, and gene editing workflows.