Clear the Air with Directa’s Hygovac Bio
When hearing the word “aerosol,” many people think of common pressurized cans, like hair sprays and cleaning supplies—but this broad term includes a range of origins that extend beyond household products. Aerosols are defined as solid or liquid minute particles suspended in the atmosphere and can form from fog, mist, dust, air pollutants, and smoke, to name just a few sources. Though small and omnipresent, aerosols pose risks to both the environment and human health that are worth acknowledging.
Research shows that in the dental practice, the use of high-speed devices, such as handpieces and scalers, when in contact with blood, saliva, and dental plaque creates aerosols that contain oral microorganisms. Reducing the number of aerosols that are cycled back into the dental practice is paramount to protecting dental professionals and patients from the spread of harmful bacteria and infections. A critical component of aerosol management is using an HVE/aspirator tube that not only offers a reliable suction but is also made of top-quality, eco-friendly materials.
A Renewable Solution
Orsing, a dental manufacturer part of Directa Dental Group, has prioritized sustainable dentistry and aerosol reduction by offering Hygovac Bio, a range of aspirator tubes made of renewable resources that were developed to decrease the use of fossil resources and the level of greenhouse gas emissions. Produced from ethanol sugarcane, these aspirators evade traditional polyethylene processing, where raw fossil materials such as oil and natural gas are used. When Hygovac Bio aspirators are recycled at the end of their life cycle, they release the same amount of carbon dioxide captured during the sugarcane cultivation process, thus leaving no carbon footprint behind.
While prioritizing sustainability, Orsing ensured that these aspiration tubes offer the same diameter and degree of suction as previous Hygovac products. Hygovac Bio is available in 2 sizes, 120 mm and 95 mm, providing the option to choose the right length for each individual treatment.