External Oral Suction V105

The External Oral suction V105 is a mobile dental electric suction machine, which quickly filters spray, aerosol, bacteria, viruses and other harmful substances during the treatment, by utilizing the high negative pressure produced by a brushless direct current motor. The unit is extremely portable and quiet while in use.

 Scientific studies on amalgam removal have suggested that dentist, staff and their patients can be exposed to higher than normal levels of potentially harmful viruses, bacteria, mercury vapor and other contaminants. Placement and removal of amalgam fillings are common dental procedures that are not always performed safely. Our system offers immediate chair-side defense providing a safe worry free environment for your dental office.

 Listed below are a few of these contaminants:

  • Bacteria & Viruses from High-Speed Drilling or Ultrasonic Scaling
  • Mercury Vapors from Amalgam Removal
  • BPA particulate from composites
  • Noxious Chemical Disinfectant Odors & VOC Gases
  • Smoke Plume during Dental Laser and Electrosurge Procedures
  • Air Abrasion and Microetching Dust


The first step is using a washable primary cotton filter and secondary water vapor absorbing filter to effectively filter out spray, thin blood, scraps, and other large particles during the treatment.

The second step is to filter out 99.97% of the smell and aerosol through customized H13 HEPA highly efficient filter and active carbon filter.

 The last step is through the UVC photo oxygen catalytic sterilization module, which sterilizes and expels it to the outside. Tower-like filters to purify the air. 

In conclusion, this product can make the air clean and fresh, improve the cleanliness of the treatment environment, reduce the rate of viral cross-infection, and thus achieve the goal of fighting infection.


External Oral suction V105




5100 LPM Brushless

Air Flow Rate

180 CFM


< 60db

Filtration Effect

0.3um 99.97%


15.75" x 10" x 20"


46 lbs

Folding Arm Length


Folding Arm Diameter