EMS Airflow® technology is a modern dental cleaning system designed to deliver a more comfortable, effective, and gentle hygiene experience. Developed in Switzerland by EMS (Electro Medical Systems), Airflow® uses a controlled combination of air, warm water, and fine powder to safely remove dental plaque (biofilm), surface stains, and soft deposits from teeth and gums.
Unlike traditional scaling and polishing, EMS Airflow® cleans without harsh scraping. The fine powder reaches areas that are difficult to access with conventional instruments, including between teeth, around braces, crowns, veneers, and implants, while remaining gentle on enamel and soft tissues.
The dental microscope is used to promote consistency and excellence in dental procedures. The microscope magnifies and illuminates patient’s mouths, allowing for greater ease and precision for the dentist in examining a patient and performing procedures.
Some dental procedures occur in a very small area: for example, the root canal procedure occurs in a small area of the mouth and the use of a microscope not only enables the dentist to view the area with more ease, but also displays the area in enough detail to show the dentist issues that would not be visible to the naked eye, such as a tooth that has more roots and/or canals than expected.
The dental microscope is also a great help for locating broken roots in many surgical removals of broken roots in the dental sockets.
This increases the chance of a successful and thorough procedure.
An OPG is a panoramic 2D X-ray of the entire mouth, including all teeth, upper and lower jaws, and surrounding structures such as sinuses.
A Cone Beam machine provides high-resolution, 3D images of teeth, bone, nerve pathways, and soft tissues. It captures multiple images from various angles in one rotation, which are then reconstructed into a 3D model.
An intra-oral camera is a small device that looks like a pen, connected to a dentist’s computer and large screen television to allow the dentist to see the inside of the mouth in greater detail.
The light connected to the camera allows the dentist to see cavities and/or fractures, which would otherwise be invisible to the naked eye, allowing for greater accuracy and detail in diagnosing any issues.
In addition, the intra-oral camera also has the benefit of allowing a patient to see the inside of their own mouth, through the connection to the computer and TV. The patient is able to see issues described by the dentist and as well as the overall state of their mouth.
The PrimeScan machine allows dentists to capture digital impressions and scans of the mouth and teeth without the need for traditional impression trays or molds. These scans can be sent to dental labs for fabricating items such as dentures, mouthguards, or implant crowns.
The scanner can also be used in-house to mill crowns and bridges using the PrimeMill system. This saves patients from having to make return visits to complete a treatment and the restorations produced by PrimeScan machines look and feel like natural teeth.
The PrimeMill system works by using digital scans of a patient’s teeth and mouth to create precise dental restorations. After a digital impression is taken with the PrimeScan, the data is sent to the PrimeMill machine. The machine then mills restorations such as crowns or bridges from a solid block of dental material. This process allows for highly accurate, custom-made restorations to be produced efficiently, within the dental surgery.
The PrimePrint machine is an advanced, automated, medical-grade 3D printing system designed specifically for dental professionals. It enables dentists to efficiently produce high-quality dental appliances such as occlusal splints, retainers, and bleaching trays directly within the dental surgery.
By allowing in-house fabrication, the Primeprint system eliminates the need to outsource these appliances to external dental laboratories, significantly reducing turnaround times and improving workflow efficiency. This technology empowers dentists to deliver faster, more convenient care for patients while maintaining precision, consistency, and clinical reliability.
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