WHY SHOULD YOU GET DENTAL IMPLANTS AT QUINN DENTAL?

QUINN DENTAL is a leading specialized dental implant center. With quality as the core foundation, the team of doctors possesses in-depth expertise, along with modern equipment and advanced technology. This helps customers achieve optimal results, restore chewing function, and enhance aesthetics. To learn more about why you should choose dental implants at QUINN DENTAL, please follow the article below!

Before explaining why you should choose dental implants at QUINN Dental, customers should understand that: “A successful implant case depends on factors such as: the dentist’s expertise, applied technology, sterile surgical environment, modern equipment, genuine implant fixtures, and accompanying components such as the Abutment (connector) and high-quality porcelain crowns.”

What is dental implant?

Dental implant is a solution to replace missing teeth by directly placing an artificial tooth into the jawbone at the position of the old tooth root. A typical implant consists of 3 main components: the fixture (root), the abutment (connector), and the porcelain crown. Each component plays an equally important role in ensuring aesthetics, chewing ability, and durability of the implant tooth.

The role of components in Implant

Porcelain crown on implant:

The porcelain crown is the only visible part of the implant tooth, and it ensures two roles.

Aesthetics: the porcelain crown helps recreate the lost tooth with a shape and color similar to the patient’s natural tooth.

Chewing function: Based on the material, porcelain crowns are divided into 3 types: titanium porcelain crowns, all-ceramic crowns with a zirconia core, and multilayer zirconia crowns. Among them, multilayer zirconia crowns are considered the best and most suitable for implants due to properties such as variable hardness by layers, compatible wear resistance, and low flexural deformation. These characteristics help multilayer zirconia cut and grind food more effectively without chipping or breaking.

Abutment connector

The abutment is the component that connects the fixture through the gum to support the porcelain crown, and it consists of 2 parts:

  • One part is located inside the gum, helping shape the gum contour
  • One part protrudes above the gum, serving as the support for the porcelain crown to attach

The abutment consists of 4 types:

  • Cement-retained abutment (Abutment Stock)
  • Screw-retained abutment (Abutment Screw)
  • Customized anatomical titanium abutment (Abutment Customized Titanium)
  • Customized anatomical zirconia abutment (Abutment Customized Zirconia). Among them, the Customized Zirconia Abutment is considered the most ideal type, serving as the final connection that brings the implant tooth to perfection in aesthetics, chewing ability, and especially the ability to recreate a perfect biological seal (biological width) like a natural tooth, completely preventing bacteria from penetrating from the oral cavity down to the implant root, thereby preventing loss of osseointegration, which is the most common late complication when using traditional abutments.

The role of the implant fixture

The artificial tooth root is made of pure titanium, designed in a screw shape with various diameters and lengths.

During dental implant placement, the dentist will insert the fixture (artificial implant root) into the jawbone at the position of the old tooth root. Once placed into the jawbone, bone-forming cells will attach directly to the artificial root, creating a unified structure known as OSSEOINTEGRATION. The level of attachment depends on the surface quality of the implant fixture.

There are many manufacturers of implant fixtures; however, based on their nature, they can be divided into 4 generations (all brands have gone through these 4 generations, but many have eliminated older generations due to poor quality, while some still produce them at low cost): The classic generation: implant fixtures with inert surfaces (low cost but very poor quality), implants with AE surface, implants with SLActive surface, and the latest generation is hydrophilic implants (with artificial cell islands on the surface). Among these, the 3rd and 4th generations are considered high-quality implants, capable of active osseointegration through bone induction (3rd generation), and even better bone stimulation (4th generation).

The role of the implant fixture

The artificial tooth root is made of pure titanium, designed in a screw shape with various diameters and lengths.

During dental implant placement, the dentist will insert the fixture (artificial implant root) into the jawbone at the position of the old tooth root. Once placed into the jawbone, bone-forming cells will attach directly to the artificial root, creating a unified structure known as OSSEOINTEGRATION. The level of attachment depends on the surface quality of the implant fixture.

There are many manufacturers of implant fixtures; however, based on their nature, they can be divided into 4 generations (all brands have gone through these 4 generations, but many have eliminated older generations due to poor quality, while some still produce them at low cost): The classic generation: implant fixtures with inert surfaces (low cost but very poor quality), implants with AE surface, implants with SLActive surface, and the latest generation is hydrophilic implants (with artificial cell islands on the surface). Among these, the 3rd and 4th generations are considered high-quality implants, capable of active osseointegration through bone induction (3rd generation), and even better bone stimulation (4th generation).

Modern implant technology

With the philosophy of “Leading treatment quality,” QUINN Dental always pioneers the application of advanced implant technologies following a minimally invasive approach, reducing swelling, pain, and bleeding after surgery; at the same time maximizing the success rate of implant placement.

Currently, we are applying two of the most advanced implant technologies: Safe Tech technology and the X-Guide navigation robot. In addition, two techniques—hydraulic sinus lift and exclusive 3D Bone Graft at QUINN Dental—help long-term tooth loss patients with jawbone resorption and sinus membrane descent meet the required conditions for implant placement. There is also the DCT implant-supported porcelain restoration technology.

Safe Tech implant technology

Safe-tech is a combination of two technologies: Smart – Tech and Stop – Hurt.

  • Smart – tech technology: Screens micro structures such as blood vessels, nerves, and sinus cavities, helping the dentist choose the safest implant position and the area with the highest concentration of stem cells, thereby achieving a near-perfect osseointegration rate.
  • Stop – hurt technology: Thanks to digital technology, the drill is precisely positioned at the calculated implant placement site, using high-frequency ultrasonic waves to compress bone tissue and create a socket for implant insertion. This minimizes invasiveness, reduces pain, and speeds up healing.

WHICH IMPLANT SYSTEMS ARE USED AT QUINN DENTAL???

Currently, there are many implant systems used in the market from various brands such as Korea, the USA, France, Switzerland, Italy…

At QUINN Dental, implant systems from these brands are carefully selected to ensure the best implantation results for customers.

Some implant systems used at QUINN Dental include:

  • Korean implants: Dentium, Osstem, Dio
  • American implants: Dentium, Nobel
  • Swiss implants: Straumann