Dental Implant Materials – Roxolid vs. Titanium vs. Ceramic

The choice of dental implant materials can have a major impact on the outcome of treatment.

Titanium has long been the go-to material for implants, but zirconia ceramic is quickly becoming a popular choice. The Straumann Roxolid implant system is known for its superior performance, offering enhanced stability, long-term performance, faster healing time, increased patient comfort, greater bone preservation, and improved esthetics.

In this article, we will discuss the benefits of titanium, zirconia ceramic, and Roxolid implants, as well as the cost-effectiveness of each material.

What is the Best Material to Use for Dental Implants?

There is no doubt that titanium is the most commonly used tooth implant material due to its extensive study and research, although newer materials, such as zirconia implants, have become available as technology progresses. Many companies producing dental implants utilize titanium, yet there are certain differences in their design processes, anodizing, surface texturing, and sterilization techniques.

The best way to decide which firm is best for your specific dental implant needs is to consult with a qualified and experienced dental professional. They will be able to provide information on the different types of implants and the different processes each firm uses, as well as advise on which firm best suits your individual needs.

What are Permanent Implants Made of?

Material preference is critical to the success of dental implant treatments. Titanium has been the favored implant material because it is resistant to corrosion and breakage and is biocompatible.

But, recently, zirconium has become another popular choice due to its higher resistance to breakage, and it is also known for its white color, which does not cause any discoloration to the teeth. Zirconium is also a more lightweight material than titanium, so it is easier to shape and manipulate. However, zirconia implants cost slightly more expensive than titanium.

roxolid dental implant material

What are Roxolid Implants?

Roxolid implant is a titanium-zirconium alloy implant system developed by Straumann. It has been clinically proven to provide superior performance and results. Due to its unique surface features, it offers optimal osseointegration and long-term stability, enabling it to be used in a wide range of applications.

According to a scientific publication released by the journal of prosthodontics, Roxolid Implants had superior wear and corrosion resistance compared to titanium implants, suggesting that advanced surface features provide optimal osseointegration and stability.

Benefits of Roxolid Implants

There are numerous benefits of Roxolid implants that, include:

  • Enhanced Stability

Roxolid implants have been shown to provide up to 20% greater stability compared to conventional implants.

  • Long-Term Performance

The unique properties of the Roxolid titanium alloy, combined with the advanced surface treatment, provide an implant that is highly resistant to corrosion and wears.

  • Fast Healing Time

Roxolid implants have a fast healing time due to their reduced diameter. This allows for shorter treatment times and faster restoration of normal function.

  • Increased Patient Comfort:

The reduced diameter of Roxolid implants also reduces the need for bone augmentation and provides greater stability for the implant, which helps to reduce the amount of pain and discomfort experienced by the patient.

  • Greater Bone Preservation:

Roxolid implants feature a unique, patented design that helps preserve jaw bone by not requiring bone augmentation. This helps to reduce treatment times and costs.

dental implant material

Benefits of Titanium Implants

Titanium is a great option for long-term use, offering durability, biocompatibility, low maintenance, and affordable titanium tooth implant cost. Scientific research into titanium implants is ongoing, with several studies published in recent years.

A study published in 2020 in the International Journal of Implant Dentistry explores the outcomes of titanium tooth in patients with missing teeth. Another study published in the Journal of Clinical and Experimental Dentistry in 2019 examines the clinical performance of titanium implants in patients with severe periodontal disease.

The studies concluded that titanium dental implant is an effective option for restoring and providing good long-term stability, as well as a viable treatment option for patients with severe periodontal disease.

Benefits of Zirconia Ceramic Implants

In a scientific article created by compiling 242 technical studies published in PubMed in 2022, The benefits of zirconia ceramic implants include:

  • Metal-Free

Zirconia ceramic implants do not contain any metals, such as titanium or cobalt, which some people may be sensitive to.

  • Natural Tooth-Like Color

Implants made of zirconia have a natural tooth-like appearance, which means they are less likely to cause discoloration of the gums or surrounding teeth.

  • Quick and comfortable placement

Zirconia dental implants can be placed more quickly and with less discomfort than titanium tooth implants.

  • Low maintenance

Zirconia teeth implants require less maintenance than titanium implants.

  • Improved Strength

Zirconia ceramic implants are more robust and durable than titanium implants.

  • Reduced Inflammation

Zirconia ceramic implants cause less tissue inflammation and irritation than titanium implants.

  • Improved Biocompatibility

Since zirconia implants are metal-free and biocompatible, there is a lower risk of adverse reactions.

Can You Get Dental Implants If You are Allergic to Metal?

Titanium dentistry is a great choice for anyone looking for a bio-compatible metal for implants; however, it can still cause allergic reactions in some people, usually manifesting as swelling, loss of gum tissue, discoloration of the implant area, or redness of the implant area.

Zirconia implants can provide patients with relief from allergic diseases, or they can be treated with a variety of treatments. Zirconia is an excellent choice for those looking to avoid the risk of allergies as they consist entirely of porcelain.

teeth implant materials

What are the Longest-Lasting Dental Implants?

Implants are made up of three parts: root (implant), abutment, and crown. Generally, crowns are replaced every 15-20 years, but implants (roots) are typically expected to last 25 years. A majority of implant losses are due to implants falling out. Straumann’s Roxolid implants offer a lifetime guarantee and are thought to be the longest-lasting implants available.

Dental Implant Material Cost

The prices of dental implant materials vary from brand to brand and are typically not available on the internet or other public sources. However, some Chinese brands offering bulk sales may make their prices available online.

In countries such as England, Canada, or the USA, the bulk of dental treatment costs is paid to the dentist rather than the material, meaning that even if low-quality materials are used, treatment fees are unlikely to be much lower than expected.

So, Instead of relying on low-quality teeth implant materials to save money, patients may benefit from seeking dental treatment in countries such as Turkey, where treatment fees are significantly lower.

Conclusions: Titanium vs. Roxolid vs. Ceramic Implants

When it comes to dental implants, there is no one-size-fits-all solution, and the choice of materials should be determined by the patient’s individual needs. Titanium is the most widely used material for implants and is known for its resistance to corrosion and breakage. Zirconia ceramic is a lightweight yet strong material that can provide a natural tooth-like color and is less likely to cause irritation.

Straumann’s Roxolid implant system is renowned for its biocompatible properties, advanced surface treatment, and superior performance. Ultimately, the best material for dental implants will depend on the individual and should be discussed with a qualified and experienced dental professional.

References:

  1. https://www.straumann.com/
  2. https://www.ncbi.nlm.nih.gov/
  3. https://www.mdpi.com/
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