The Intelligent Operating System (iQ) provides easy access to real-time data on the performance of your extraction system. It offers a number of performance enhancements, including improved extraction efficiency, individual filter status monitoring, and integrated design features designed to reduce the cost of ownership.

HEPA filters are designed to filter 99.995% of 0.3-micron particles. Secondary filter for the removal of fine particles.

Advanced carbon filters help capture pollutants and odors, reducing the risk of bypass and tunneling. They are designed with specific types of carbon tailored for industrial applications.

Reverse air flow technology reduces velocity and changes air direction, causing larger particles to settle in the filter discharge chamber. This reduces particle penetration into the filter medium, significantly improving filter capture performance and extending filter service life.

Automatic flow control allows the user to pre-set the correct airflow rates for the specific application, thereby helping to maintain airflow. This results in lower noise levels and helps protect more expensive HEPA filters.

Automatically detects local voltage and adjusts accordingly.

The system OK signal warns of an error when filters are blocked and when filters are nearing full capacity, allowing for efficient maintenance scheduling.

The built-in compressor is designed to meet the laser's air supply requirements. Unlike separate air compressors, our built-in compressor is located within the exhaust system to ensure a simpler and more compact installation.

The remote stop/start signal ensures that your Donaldson BOFA fume extraction system only runs when your equipment is operating, helping to save both operating costs and energy.

The VOC (volatile organic compound) sensor continuously monitors the exhaust air and alerts you if the VOC level exceeds a preset threshold, preventing the release of unwanted VOCs and other unpleasant odors.