Bryant Dental, The Barns, Hilltop Farm, Lyne Lane, Lyne, KT16 0AW
DentAir and Bryant Dental® are registered trademarks in the United Kingdom and Australia. Registered in England & Wales No. 10396020. Registered in Australia No. 634 752 980
+44 (0)1932 320064
+44 (0)7990 113723
Enter your room dimensions (in meters) and to see how many clean air changes per hour your surgery should achieve.**
Air Change is calculated here using a 0.5 efficiency rating.
Please note: you need to complete the above cycles per hour section above before using this calculator.
DentAir uses medical grade purification technology to ensure excellent air quality. It tackles viruses, bacteria, volatile organic compounds and other airborne contaminants. Specifically designed by dentists, for dentists, this solution is up to 99.9% effective, whilst being extremely easy to use.
Key features:
1+ unit: £995/unit | 3+ units: £979/unit | 5+ units: £949/unit | 10+ units: £936/unit (inc VAT)
£995
Help give your patients peace of mind in your dental surgery with improved air quality.
Help provide a safer environment for your team, with our air purification technology.
The quality of the air in a dental surgery is paramount – one mouth alone can be host to over 350 kinds of pathogens, which can float in the air for hours. The high-performance DentAir system from Bryant Dental uses the very latest and trusted technology in air purification to eliminate contaminants in the room, quickly and effectively.
With its innovative design, UVC technology and 360° inlets, DentAir offers the highest levels of air purification for dental practices. Reaching up to 99.99% sterilisation rate (Test Data available), our system draws in and filters out harmful bacteria, viruses, volatile organic compounds and mercury vapour, to disperse clean and safe air, quickly and quietly.
While some air purification systems only have three sides or are wall mounted, DentAir has over 5000 inlets 360º around the unit. The powerful composite cylinder draws air through the bottom of the unit using a thermally protected backward curved fan and then sends it through a five-stage filtration process, before pumping clean air back out of the top using our innovative Venturi Blade design.
Bacteria
Viruses
Volatile Organic
Compounds
Mercury
Vapour
DentAir is capable of a maximum airflow of 600m^3/hour (+/ 10%). This impressive metric enables it to be extremely effective at removing airborne contaminants within a range of different sized surgeries and waiting rooms. The illuminated DentAir indicator on the front and top of your unit allows users to observe their air quality from wherever they are in the room.
Use the calculators below to see how DentAir can help you and your practice.
DentAir is capable of a maximum airflow of 600m^3/hour (+/ 10%). This impressive metric enables it to be extremely effective at removing airborne contaminants within a range of different sized surgeries and waiting rooms. The illuminated DentAir indicator on the front and top of your unit allows users to observe their air quality from wherever they are in the room.
Use the calculators below to see how DentAir can help you and your practice.
The enhanced UVC technology within the DentAir system successfully de-contaminates the air. With one UVC lamp running through the unit, DentAir emits 24W of power to effectively damage the DNA/RNA of viruses, bacteria and other pathogens found in the air of a dental surgery.
Positioned between the filter chamber, the lamp has an intelligent seal around it, which forces the air to within 20mm of the UVC rays, ensuring even the smallest particles are penetrated.
The enhanced UVC technology within the DentAir system successfully de-contaminates the air. With one UVC lamp running through the unit, DentAir emits 24W of power to effectively damage the DNA/RNA of viruses, bacteria and other pathogens found in the air of a dental surgery.
Positioned between the filter chamber, the lamp has an intelligent seal around it, which forces the air to within 20mm of the UVC rays, ensuring even the smallest particles are penetrated.
With a five-in-one composite filter system, DentAir offers unrivalled efficiency and quality of air purification. The pre-filter captures larger particles, like organic tooth material, hair and skin flakes, the air is then passed through the high-density ATP-HEPA antimicrobial peptide filter to remove ultrafine matter. Next is the carbon layer, which eliminates odours and pollutants such as mercury, through adsorption. A 24W UVC lamp then penetrates the cell membranes of viruses and bacteria.
Viruses (e.g Corona Virus) 0.12μm
Bacteria (e.g S.Aureus) 1μm
Pollen and allergens 10μm
While the US HEPA standard usage of 0.3 micrometer particles to describe efficiency may seem arbitrary, particles of this size are actually the most difficult to filter. This renders them a ‘worst-case scenario’ reference particle.
Filter fibers trap contaminants in three main ways:
Interception takes place when a contaminant particle passes within the distance equal to one particle’s radius of a filter fiber, resulting in it touching the fiber and being removed from the airflow. Particles further than one particle radius from a fiber will not be trapped.
Inertial impaction occurs when a large particle, unable to adjust to the change in air direction near a filter fiber, becomes trapped on the fiber. The particle’s inertia ensures that it continues along its original path instead of circumventing the fiber, resulting in its capture.
Diffusion relies on the Brownian motion of gas particles. Small particles (typically 0.1 μm or less) tend to travel on a streamline in an erratic fashion, making random motions as they interact with gas molecules. This erratic motion causes the contaminant particles to become stuck to filter fibers.
The three filtration methods described above (plus an electrostatic method).
Image credit: Totobobo
These three methods demonstrate why particles around 0.3 micrometers are the most difficult to filter. Particles less than 0.1 micrometers are easily trapped due to diffusion, while particles larger than 0.4 micrometers are trapped by inertial impaction. Particles between 0.1 and 0.4 μm are therefore too large for effective diffusion and too small for inertial impaction and efficient interception, so that the filter’s efficiency drops within this range. By specifying a HEPA filter’s efficiency at 0.3 μm, standards bodies are really describing a variant of the filter’s minimum efficiency.
Figure 1. Typical performance of a HEPA 99.97% Filter. A HEPA performance graph, showing the steep drop in efficiency around 0.1 μm. Image credit: Berriman
*Information taken from : https://www.globalspec.com/learnmore/manufacturing_process_equipment/filtration_separation_products/hepa_filters_ulpa_filters
The DentAir system is designed to make your surgery safer without disrupting your work. The digital display allows you to easily monitor and adjust your DentAir system at the touch of a button, showing you everything from air quality levels and speed, to humidity and temperature. The laser sensor constantly monitors the quality of the air, detecting if an Aerosol Generating Procedure (AGP) is started and activating the unit accordingly using the ReAKT technology.
The DentAir system is designed to make your surgery safer without disrupting your work. The digital display allows you to easily monitor and adjust your DentAir system at the touch of a button, showing you everything from air quality levels and speed, to humidity and temperature. The laser sensor constantly monitors the quality of the air, detecting if an Aerosol Generating Procedure (AGP) is started and activating the unit accordingly using the ReAKT technology.
DentAir is app-enabled for both IOS and Android. This means it can securely log surgery air conditions over time. This log will not only be able to reassure patients, you’ll also be one step ahead should health regulators introduce Air Quality Audits in the future.
DentAir is app-enabled for both IOS and Android. This means it can securely log surgery air conditions over time. This log will not only be able to re-assure patients, you’ll also be one step ahead should health regulators introduce Air Quality Audits in the future.
The innovative Reactive Air Kinetic Technology dramatically reduce the noise levels of the DentAir purification system, creating a safe and comfortable environment for you and your patients. Running with noise levels as low as just 28db, comparable to a whisper at two metres, you can be sure of very little disruption, just purified air and barely a hint of sound.
DentAir has been designed specifically with dental surgeries in mind. Using trialled and tested technologies, its configuration ensures the highest levels of air purification, with minimal disruption to both you and your patients.
Dimensions: | (H/) 800 x (w) 300 mm |
Noise: | 28-60db |
360 Inlets: | Present |
CADR: | 600m3/hour (+/- 10%)* |
UVC lamp: | 1 x 24W |
Filters: | » Pre-filter: Non-woven fabric mesh |
Control panel: | Touchscreen + IR Remote |
Fan Speeds: | 4-speed + ReAKT technology functionality |
App-Enabled: | IOS & Android for Audit |
ReAKT Technology: | Laser-Guided |
Motor Technology: | NiDec Japan |
Approvals: | CE, EMC, LVD. |
The innovative DentAir air purification system has undergone rigorous testing. In addition, the DentAir team has conducted two extensive literature reviews assessing the need and efficiency for air purification technologies in dental practices.
Test Reports
Literature Reviews
The innovative DentAir air purification system has undergone rigorous testing. In addition, the DentAir team has conducted two extensive literature reviews assessing the need and efficiency for air purification technologies in dental practices.
Test Reports
Literature Reviews
1+ unit: £995/unit | 3+ units: £979/unit | 5+ units: £949/unit | 10+ units: £936/unit (inc VAT)
If you require more than 19 units please get in touch to see how we can help.
01932 320064
