Dental Pro HG FlexVac

Air Purification for Dental Offices

The IQAir Dental Series consists of two models, the Dental Pro and the Dental Hg FlexVac, which were specifically developed for pollution control in dental offices. Both units come in a neutral white and light grey design to integrate perfectly into all dental offices.

The Dental Pro is a room air purifier that uses five filtration stages to help eliminate common dentail office contaminants, such as bacteria, viruses, VOCs, disinfectant odors and mercury vapors. It is designed to be placed anywhere in a dental office and clean the air by constant recirculation within the office.

The Dental Hg FlexVac is a mobile air cleaning system with a flexible suction duct. The unit is designed to capture drill aerosols, abrasion powder and mercury vapors during dental procedures. The flexible suction duct is typically placed on the patients chest from where it directly captures drill aerosols and mercury vapors before they can spread.
Applications

Microbiological control Airborne viruses and bacteria	Mercury Control Mercury Vapors
Drill aerosol control Aerosolized tissue and fluids Aerosolized viruses and bacteria	Disinfectant control Formaldehyde Alcohol
General particle control Combustion particles Powder particles Polishing particles	Volatile organic compounds (VOC) Combustion particles Solvents Plasticizing agents

Featured Filter Technology

1. Micro- and nano-particle filtration Eliminates micro- and nano-particles such as allergens, smoke, bacteria and viruses. This thorough particle pre-filtration is essential for prec life of the media by preventing its pores from clogging with particulates. 2. Specialized cartridge-based molecular control Four filter cartridges hold up to 17 lbs. of granular and/or pellet-shaped gas phase control media. Dental Pro: 2 cartridges with wide-spectrum chemical control media 2 cartridges with mercury vapor control media Dental Hg FlexVac: 4 cartridges with mercury vapor control media 3. Micro-charged filtration Eliminates activated carbon and chemisorption abrasion partices through a charged fiber structure