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About:Live a Metal-free Life!

The Metal Free Implant System,also called zirconia or Ceramic Dental Implants,has proven its worth on both;clinical and scientific levels since its inception in 2006.Published,science-based long-term results spanning more than 10+years attest to its success.These findings prove that Ceramic Implant or Implant Zirconia can achieve results comparable to those obtained with Titanium Dental Implant.

Studies have also investigated and demonstrated osseointegration and integration in peri-implant soft tissue,i.e.gums.Particular emphasis was placed on the attachment of the peri-implant soft tissues to the implant surface.The histological observations are also confirmed in clinical use,and They are attributed to the material and ideal surface roughness.

The Success of Metal Free Implant

The long-term results regarding bone stability,aesthetics and survival rate are conclusive.Zirconia Dental or Ceramic Implant have enabled modern implantology to overcome the limitations ofTitanium Dental Implants,but also in terms of immunological response to the implant material.Zirconia Dental Implants(MFD or Metal Free Dental Implants)have proven their value at both clinical and scientific level since their launch in 1987 in Germany.Scientifically sound and long-term evidence has been published over the past 15 years,attesting to its success.
SUCCESS RATE:91(1)2%over 10 years.

Why chooseMetal Free Dental Implants?

  • The Ceramic Dental Implants or Zirconia Dental Implants insertion procedure into the jaw bone is at lower torque and,therefore,more comfortable for the patient even after the treatment as low heat is generated.
  • The adaptation of soft tissues around the implant is active;therefore,the gum pockets are less and cleaning the gums is easier.
  • In persons allergic or averse to metal,such as after radiation therapy,a Zirconia Dental procedure or ceramic implant is the choice.
  • Repeated failure of Implant Titanium can be due to cellular sensitivity to titanium,and Metal Free Implant offers an excellent alternative in such cases.
  • The metal pieces can leach into the gums and surrounding tissues,whereas in Metal Free Dental Implants,no leaching occurs.This leaching can cause a local response of pain and swelling.
Metal Free Dental Implants

Why choose Royal Dental for MDI?

  • Supports same-day Fixed Teeth.
  • Long term survival rate worldwide is about 92%for 10 years.
  • It can be used with SAPTeeth or other shock-absorbable-based fixed prosthesis.
  • Opting forImplant Titaniumprocedure shows wear with fluorides,whereas MFD doesn't.
Metal Free Implant

Technical Specifications of Metal-free Implant

  • Bone loss is <1mm over 10 years.
  • No reported toxicity yet.
  • Structurally it can withstand forces about 3x that of natural teeth.
  • The ageing process similar to titanium is called low-temperature degradation (LTD).
  • The Bone to Implant surface contact was found to be 1.5x higher in MFD vs titanium.

Rules for Metal-free Dental Implant

Metal Free Dental Implants

Rule 1

Distance to adjacent tooth at bone level

The required minimum distance from the implant to the adjacent tooth at bone level is 1.5 mm.

Metal Free Dental Implants

Rule 2

Distance to adjacent implants at bone level

The recommended minimum distance between two adjacent implant shoulders is 3 mm.

Metal Free Dental Implants

Rule 3

Angle affecting both the mouth and face.

Special attention be given to achieve an optimal oro-facial positioning of the implant.

Advantages

TITANIUM IMPLANT VS ZIRCONIA IMPLANT CHART

Titanium Dental Implant Zirconia Dental Implant
Material Group Metallic Ceramic or Non-Metallic
Material Titanium alloy - Titanium, Aluminium, Vanadium, Carbon Zirconium with Ytrria, Oxygen
Allergy Rare; but may develop Not known yet
Corrosion Can corrode over long use Corrosion resistant
Bone Integration Same as Zirconia Same as Titanium
Hygiene Plaque build-up is present Plaque resistant
Taste alteration Metallic taste No alterations in taste
Healing Time Heat conduction therefore slower healing time No heat conduction therefore faster healing time
Gum Healing Inert Conductive
Aesthetics Silver shadow is present White in color / tooth coloured
Customisation Possible Possible

TECHNICAL SPECIFICATIONS

Titanium Dental Implant Zirconia Dental Implant
Success 30 years 10 years
Warranty 5 years 9 years
Success rate 90 to 95% 92 to 97%
Cost $ $
Density 4.5 6.05
Hardness 250 1250
Strength 680 mpa 1200 mpa
Elasticity 110000 mpa 200000 mpa
Preference 10% of 250 people 25% of 250 people

*Based on research gathered and collected by International Institute of Dental Research Pvt Ltd

Patient Results

FAQs

Dental crowns are artificial coverings that are placed over damaged or decayed teeth. They can also be used to improve the appearance of a smile. Dental crowns are made of a variety of materials, including metal, porcelain, and zirconia.

Zirconia crowns are made of a ceramic material that is very strong and durable. They are also biocompatible, which means that they are unlikely to cause an allergic reaction. Zirconia crowns are a good choice for people who want a natural-looking tooth replacement that is also very durable.

Polymer crowns are made of a plastic material that are much lighter in weight than zirconia crowns. However, they are almost the same cost as Zirconia crowns and can be a good option for people who have low bone density or gum issues. Polymer crowns are also a good choice for people who have allergies to metal or other materials.

SAPTeethTM shows that there is no longer any reason to resort to traditional materials such as metal, ceramic or zirconia for restorations. These plastics offer significant benefits in the fields of aesthetics, processing, cost-efficiency, durability and patient acceptance. They offer a win-win situation for both patients and their care team. The restoration does not need to be exchanged after 6 months, which leads to optimum healing results. Cost and time saving for both the patient and the dentist.

  • Cost-effectiveness: Polymer crowns are less expensive than other types of crowns.
  • Allergy-friendly: Polymer crowns are a good choice for people who have allergies to metal or other materials.
  • Quick and easy to make: Polymer crowns can be made quickly and easily, which can save time and money.

Zirconia crowns offer a number of benefits, but there are also some risks associated with them, including:

  • Cost: Zirconia crowns are more expensive than other types of crowns.
  • Longer treatment time: Zirconia crowns require a longer treatment time than other types of crowns.
  • More invasive surgery: Zirconia crowns require more invasive surgery than other types of crowns.

Then MFD implants are the right choice for you! The gums adapt excellently, meaning less plaque accumulation and therefore periodontitis can be avoided. Best suited for patients with gum disease, oral cancer, and need for excellent aesthetics.

No, actually a single tooth replacement can be the same or less expensive than a conventional bridge.

YES, they are very successful. The success rate has reached as high as 97% over a five-year period and 92% over a ten-year period. This is more successful than other forms of dentistry.

Implants provide teeth that are more natural, secure and comfortable than conventional tooth replacements. It is like having your natural teeth back again, like you had at age 18. MFD offers additional advantages over metal implants, so you may now live metal free!

Metal Free Dental Implants are made from Zirconia which is a ceramic material with biocompatibility and aesthetic advantages – making it a great alternative to traditional titanium implants. Mini dental implants are an ultra-small diameter (1.8-millimetre width), biocompatible titanium alloy implant screws, conceived and designed over 20 years ago by a board-certified Manhattan Dentist, Victor I. Sendax, DDS. Dr Sendex originally created the unique design of this unique dental product as a transitional device to help support fixed bridge replacements for lost teeth. His novel theory was that mini implants could function free standing by themselves or in combination with natural tooth supports and/or larger conventional type implants. This was a revolutionary concept in dental science.

A zirconia tooth implant is a non-metal alternative to traditional titanium dental implants. Instead of metal, zirconia offers a ceramic choice that is more natural-looking and just as strong and durable as conventional implants. These implants can be used in the same way as titanium implants.

Ceramic implants are more expensive than titanium when it comes to tooth replacement. To replace a tooth with a zirconia implant vs titanium, the zirconia implant is 30% more expensive.

Since the 1960s, implants made from titanium have become the standard and enjoy long-term success rates of about 95%. But zirconia implants are emerging as an alternative to conventional titanium implants due to their biocompatibility, soft-tissue response, and aesthetics.

Characteristics of Advanced SAPTeethTM

A property of SAPTeethTM allows the light to reflect naturally from the tooth. This gives the excellent aesthetics for better patient acceptability.

SAPTeethTM is fixed over the natural tooth with cement similar to SAPTeethTM. This allows better bonding of prosthesis with implant or natural tooth. It gives greater strength as compared to multi-layered ceramic/porcelain/zirconia or metal prosthesis.

For a young cosmetic patient, long-lasting, plaque resistant material is a boon. Whereas for a middle-aged one; a functionally working prosthesis that can take the daily load is needed. In an elderly person, a functional and cosmetic acceptable solution is required over a weak bone structure. SAPTeethTM is a one-stop solution for all age groups.

SAPTeethTM teeth are developed for a high level of colour retention, plaque resistance and are extremely well suited for long-term dental prosthesis.

SAPTeethTM is developed to achieve the physiological elasticity that can be retained and paired for oral use. Therefore, SAPTeethTM achieves a unique balance between elasticity and rigidity, weight and fracture strength, physiology, and plaque resistance.

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