Chairside Aerosol Suction
Minimize Airborne Virus Transmission. Covid-19 has drastically changed the dental industry. Clinical visits are now subjected to the spread of patients’ saliva through aerosol exposure. The CAS unit catches aerosol directly from the patient’s mouth. Its unique design features 1280 Watts of power and a 3 layered HEPA/H-13 filtering process collects 99.9% of the solution.
Extremely Strong Air Pressure (upto 22.5Kpa)
Why you need strong Air Pressure?
In reference to suction/vacuum devices, air pressure is the strength to pull in objects that are in close proximity. Vacuum motor strength alone is not sufficient to pull in objects that are farther away, air pressure is also a key component in the pulling strength.
Incredibly High Air Flow (137CFM, 3900l/min)
What is Air Flow and why is this important?
Airflow is the most important measurement when choosing a suction unit. The suction motors with greater capacity of airflow have the power to pull in particles that are farther away. Aerosols are light in mass, therefore, the quality and strength of aerosol suction machines are based on their ability to pull in aerosols that are farther away than those that are closer in distance.
UVC + Plasma
UVC light to disinfect the HEPA filter and a plasma to kill any remaining germs and bacteria in the exhaust air.
Proven Technology in High Standard Markets
With over 10,000 units sold in South Korea and Japan since 2016, the most trusted product in the market with proven track records
Specifications
| Description | |
|---|---|
| Power Consumption | 1,500W |
| Motor Capacity | 1,280W |
| Input Rate | 120V, 50/60Hz |
| Suction Power (Air Pressure) | ~22.5Kpa |
| Max Air Flow | 3.9㎥/m (3,900l/m) |
| Noise (decibel) | 69 (lvl 12) |
| Unit Dimension | 10.6 (W) * 11.4 (D) * 29.5 (H) |
*UVC and plasma sterilization inside
3-Layered HEPA Filtration System
The True HEPA filter removes 99.97% of particles at the 0.3 micron size or higher. While the Covid-19 virus is 0.125 micron, it travels on water vapor particles ranging from 0.5 micron to 3micron. This is why HEPA air filters are able to effectively capture much of the microbes within the aerosol particles. Due to the particles being less than 0.3 micron in size, a small number of particles may bypass the filter; however, a portion of those will be trapped due to the magnetic effect of the HEPA fibers. Interestingly, a study by NASA scientists found that HEPA filters were able to capture particles at the 0.1 micron size. HEPA filters are designed to capture microbes such as bacteria and viruses and are recommended for viral capture by the CDC.
1. Dust filter (replace every 4- 6) months
2. Super Bio filter : 0.3 micron HEPA filter H13 (replace every 12 months)