Our main goal is to keep your natural teeth. However, even when a single tooth is extracted, the natural balance is disrupted and the loss of teeth accelerates. In such cases, implants are a very special solution that provides the closest balance of force to your own teeth, allowing you to laugh beautifully and to eat with pleasure.

Dental implants are artificial tooth roots usually made of titanium or titanium compounds to replace the missing teeth.

Titanium is preferred as the material of choice for dental implants because of its resistance to forces and its capacity of not interacting with body tissues. Implants can be placed in cavities created by previously loss teeth or in the tooth socket immediately after extraction if there is no serious infection.


If the bone is sufficient and suitable to make fixed or removable prostheses, implants are placed in the jawbone with a simple operation. However, if the bone amount and density is not at the desired level, it may be necessary to perform bone formation procedures before placing the implants.



German technology in implant dentistry is widely recognized for its precision, reliability, and innovation. With a rich history of engineering excellence and a commitment to producing high-quality dental solutions, Germany has established itself as a global leader in this field.

One key aspect that sets German technology apart is its focus on research and development. German companies invest heavily in advancing implant dentistry through extensive scientific studies and collaborations with leading universities and research institutions. This dedication to continuous improvement ensures that German dental implants incorporate the latest technological advancements and meet the highest standards of quality and safety.

German implant systems are renowned for their exceptional precision and biomechanical compatibility. Implants are meticulously designed using computer-aided design and manufacturing (CAD/CAM) technology, allowing for optimal fit and function. German manufacturers utilize state-of-the-art manufacturing techniques, such as laser welding and surface treatment processes, to enhance the longevity and stability of the implants.

Furthermore, German implant dentistry places a strong emphasis on aesthetics. German-made prosthetic components, such as abutments and crowns, are crafted with meticulous attention to detail, ensuring a natural and harmonious look that seamlessly blends with the patient’s existing dentition. The use of high-quality materials, such as zirconia and porcelain, guarantees exceptional esthetics and long-term durability.

Another notable feature of German technology in implant dentistry is its comprehensive product range. German manufacturers offer a wide selection of implant designs, sizes, and prosthetic options to cater to the diverse needs of patients and dental professionals. This versatility allows for individualized treatment plans and ensures that each patient receives the most suitable implant solution for their specific case.

German dental implants are subjected to rigorous quality control processes throughout the production cycle. Manufacturers adhere to strict regulations and standards, including the European Medical Device Directive, to ensure the safety and reliability of their products. This commitment to quality assurance provides patients and dentists with peace of mind, knowing that they are using implant systems that have undergone thorough testing and meet the highest quality standards.

In summary, German technology in implant dentistry stands at the forefront of innovation, precision, and reliability. Through continuous research, meticulous design, and adherence to strict quality standards, German manufacturers have earned a stellar reputation in the field. Dental professionals and patients alike can trust in the excellence of German dental implants, which offer optimal aesthetics, long-term stability, and superior functionality.


Swiss implant technology in dentistry is renowned worldwide for its exceptional quality, precision engineering, and innovation. Switzerland, a country renowned for its precision manufacturing and engineering expertise, has established itself as a leading player in the field of dental implantology.

Swiss implant technology is characterized by its meticulous attention to detail and focus on excellence. Swiss manufacturers employ state-of-the-art research and development facilities, collaborating with leading dental professionals and academic institutions to push the boundaries of implant dentistry. This dedication to continuous improvement ensures that Swiss dental implants are at the forefront of technological advancements.

One of the key strengths of Swiss implant technology lies in its precision engineering. Swiss manufacturers employ advanced manufacturing processes, such as computer-aided design and manufacturing (CAD/CAM), to create implants with exceptional accuracy and fit. This precision is crucial for ensuring a secure and stable implant placement, resulting in successful long-term outcomes for patients.

Swiss dental implant systems are also known for their high-quality materials and superior biocompatibility. Swiss manufacturers utilize top-grade titanium alloys and biocompatible surface coatings to enhance osseointegration—the process by which the implant fuses with the jawbone. These materials and surface treatments promote optimal healing, minimizing the risk of complications and ensuring the long-term success of the implant.

In addition to their technical excellence, Swiss dental implants are recognized for their versatility and customization. Swiss manufacturers offer a wide range of implant designs and prosthetic components, allowing dental professionals to tailor treatment plans to the specific needs of each patient. This flexibility ensures that patients receive individualized care and optimal esthetic outcomes.

Swiss implant technology also places a strong emphasis on research and clinical evidence. Swiss manufacturers invest significantly in scientific research and clinical studies to validate the performance and effectiveness of their implants. By staying at the forefront of scientific knowledge, Swiss implant manufacturers continuously improve their products and contribute to the advancement of implant dentistry as a whole.

Quality control is another hallmark of Swiss implant technology. Swiss manufacturers adhere to stringent quality standards, such as ISO 13485 and the European Medical Device Directive, to ensure the safety and reliability of their products. This commitment to quality is reflected in the rigorous testing procedures and comprehensive quality control measures that Swiss implants undergo before reaching the market.

In conclusion, Swiss implant technology in dentistry stands as a testament to precision, quality, and innovation. Through their meticulous engineering, dedication to research and development, and adherence to strict quality standards, Swiss manufacturers have earned a reputation for producing exceptional dental implants. Dental professionals and patients can rely on Swiss implant technology for its superior functionality, long-term success rates, and commitment to advancing the field of implant dentistry.


German, Swiss, and Korean dental implant technologies are all recognized for their excellence and contributions to the field of implant dentistry. Each of these countries has unique strengths and innovations that set them apart.

German implant technology is renowned for its precision engineering and commitment to quality. German manufacturers invest heavily in research and development, resulting in implants that incorporate the latest technological advancements. The focus on aesthetics, biomechanical compatibility, and a comprehensive product range make German implants a popular choice for dental professionals worldwide.

Swiss implant technology is synonymous with precision and craftsmanship. Swiss manufacturers combine meticulous attention to detail with advanced manufacturing processes, resulting in implants that offer exceptional fit and accuracy. The use of high-quality materials, biocompatible coatings, and customization options contribute to successful outcomes and patient satisfaction.

Korean implant technology has gained significant recognition in recent years for its innovative approaches. Korean manufacturers have been at the forefront of digital dentistry, utilizing advanced technologies like 3D printing, intraoral scanners, and computer-guided implant surgery. These advancements enable precise planning, efficient procedures, and excellent clinical outcomes.

When it comes to quality control, German and Swiss manufacturers adhere to strict regulations and standards, such as the European Medical Device Directive. Korean manufacturers also prioritize quality and undergo rigorous testing procedures. Each country’s commitment to quality assurance ensures the safety and reliability of their implant systems.

In terms of cost, German and Swiss implant technologies are often considered premium options with higher price points. These implants justify their costs with exceptional durability and long-term success rates. Korean implant technologies, on the other hand, are known for their competitive pricing, making them an attractive choice for patients seeking quality at a more affordable price.

Ultimately, the choice between German, Swiss, and Korean implant technologies depends on individual preferences, specific patient needs, and budget considerations. Dental professionals may favor German or Swiss implants for their precision and extensive research backing. Meanwhile, those looking for cutting-edge digital solutions may opt for Korean implant technologies.

In summary, German, Swiss, and Korean implant technologies each bring distinct advantages to the field of implant dentistry. German implants excel in precision and comprehensive product ranges, Swiss implants are renowned for craftsmanship and customization, while Korean implants showcase innovation through digital dentistry. Dental professionals can confidently select from these options based on their unique requirements and patient preferences.



All-on-4 and All-on-6 Dental Implant Systems for Edentulous Jaws

When it comes to restoring a smile and regaining the functionality of a full set of teeth, dental implant systems have revolutionized the field of dentistry. Among the popular options for edentulous jaws are the All-on-4 and All-on-6 dental implant systems. These innovative solutions provide patients with a stable and permanent set of teeth, enhancing their quality of life and confidence. In this article, we will explore the All-on-4 and All-on-6 systems, their benefits, and how they can transform the lives of those with missing teeth.

The All-on-4 and All-on-6 dental implant systems are both designed to address the needs of individuals who have lost all or most of their natural teeth. These systems offer a fixed implant-supported prosthesis that closely resembles a full arch of teeth. The key difference between the two lies in the number of implants used to support the prosthesis.

Starting with the All-on-4 system, it utilizes four dental implants strategically placed in the jawbone. The implants are angled and positioned to take maximum advantage of the available bone volume, reducing the need for bone grafting procedures. By optimizing the placement of the implants, the All-on-4 system offers a stable foundation for the prosthetic arch, allowing for immediate function and aesthetic restoration.

On the other hand, the All-on-6 system employs six dental implants, providing additional support and stability for the prosthetic arch. This system is recommended for individuals who may have a higher bite force or bone quality concerns that require a greater number of implants for optimal support. The extra implants distribute the forces more evenly across the jaw, reducing the strain on individual implants and potentially increasing long-term durability.

Both the All-on-4 and All-on-6 systems offer significant advantages over traditional removable dentures. Firstly, they eliminate the need for adhesives or denture creams, providing a fixed solution that feels and functions like natural teeth. Patients can enjoy a full range of foods without worrying about their dentures slipping or causing discomfort. Additionally, these implant systems help preserve the jawbone by stimulating its growth, preventing bone loss and maintaining facial structure.

Another benefit of the All-on-4 and All-on-6 systems is the reduced treatment time compared to individual dental implants. Since the implants are strategically positioned and angled, the need for bone grafting procedures is often minimized or eliminated altogether. This significantly reduces the overall treatment duration, allowing patients to enjoy their restored smiles and improved oral function sooner.

Before undergoing any dental implant procedure, thorough examination and planning are crucial. A comprehensive evaluation of the patient’s oral health, bone structure, and overall medical history should be conducted. This assessment helps the dental team determine which system is most suitable for the individual’s specific needs and ensures a successful outcome.

In conclusion, the All-on-4 and All-on-6 dental implant systems are remarkable solutions for individuals with edentulous jaws. They provide stable, functional, and aesthetically pleasing results, restoring patients’ confidence and quality of life. Whether it is the All-on-4 system’s optimized use of four implants or the All-on-6 system’s enhanced support with six implants, both options offer significant advantages over traditional dentures. If you are considering dental implants for your edentulous jaw, consult with a qualified dental professional to determine the most appropriate treatment plan for you.


Nowadays, our teeth play an extremely important role both from an aesthetic and functional point of view. For this reason, our priority should always be to keep our own teeth in our mouth. However, if our teeth need to be extracted, placing implants will be the best option.

In classical implant applications, a long time is needed to let the bone close the gap left by the extraction.

On the other hand, modern implantology allows us to place implants just after the extraction and, to a large extent, to attach a fixed tooth immediately.

The reason for waiting before implant placement after extraction is the possibility of contamination by inflammatory tissues on the implant surface and insufficient bone formation. However, studies have shown us that if the correct techniques are applied, immediate implant application produces correct results. Numerous literature studies on this subject support this view. When implant insertion is done in extracted or previously extracted healed sites with a certain scientific osseointegration torque value, fixed teeth (Immediate Loading) can be loaded on these implants immediately. There are also many scientific studies on this subject. In short, with the right planning and adequate application, people whose teeth are extracted will not experience edentulousness not even for a day.

In our daily life, we can use this solution in the following situations:

1) If all the teeth are extracted in the upper jaw or if there is complete edentulousness due to previous extractions, fixed teeth can be made immediately by planning an average of 6 implants according to the situation. A minimum of 4 implants are required for a fixed prosthesis in the upper jaw. The number of implants can be increased up to 8, depending on the width of the jaw curve, the application technique of the selected permanent tooth and the bone quality.

2) If all teeth are extracted in the lower jaw or if there is complete edentulousness due to previous extractions, fixed teeth can be made immediately by planning an average of 4 implants and fixed teeth can be made immediately. The number of implants can be increased up to 6, depending on the width of the jaw curve, the application technique of the selected permanent tooth and the bone quality.

3) If there is a reciprocal chewing area to be done in both jaws, fixed teeth can be placed immediately by applying at least 3 implants.

4) Fixed teeth can be inserted immediately in cases of tooth loss in the anterior region (the aesthetic area). In this case, the contact of the fixed teeth with the opposite ones should be avoided.


One of the main reasons why many people experiencing tooth loss (either because they have no teeth left or because of teeth extractions) cannot find a solution to this situation is the lack of time. All on four / six techniques offer an excellent solution to this problem.

In the All on Four / Six method, the extraction sockets are cleaned with laser as soon as the teeth are extracted, and the implant is placed immediately with fixed teeth placed on it. If there is no tooth, implants can be placed and prosthetic teeth can be fixed immediately.

In jaws that have been neglected for a long time for various reasons, bone loss caused by gingivitis, anatomical bone deficiencies (sagging sinuses in the upper jaw, superficial nerve bundles in the lower jaw, etc.), it is difficult to produce solutions using classical methods.

Anatomical structures in the lower and upper jaws are different in people who do not have any teeth, so the technique applied and the number of implants to be applied may also vary.

In the upper jaw;

– The surface area covered by the teeth is larger than the lower jaw.

– The jawbone is of lower density than the lower jaw, so the integration of implants with the bone becomes weaker and takes longer.

– Especially the upper jaw anterior region is aesthetically important.

– If the sinus is sagging in the posterior region, the support bone will be less, in this case either angled implants must be applied or short implants are used.

When all these factors are gathered together, the result of the static calculation performed by the physician is mostly over 6 implants (All on Six) in the upper jaw.

In the lower jaw;

– The tooth arch is smaller than the upper jaw.

– The jawbone density is higher and the implants can be fixed to the bone more firmly.

Prostheses made on 4 implants (All on Four) fixed to the posterior region implants and the two front implants, which are placed at an angle on the lower jaw nerve bundle, form the perfect abutment for a fixed over-implant prosthesis.

Who is the All on Four / Six applicable to?

We can apply this method with Staumann Proarch technique to all people whose general health condition allows implant application and who want immediate solutions after serial tooth extractions or in case of complete edentulism.

What advantages does implementing All on Four / Six offer?

– No need for advanced bone surgery

– We do not touch the original structures of the surrounding anatomy. (Like the sinuses)

– It is impossible for us to continue our life without having any teeth. This prevents the person from being unhappy and unsatisfied, without compromising one’s social life.

– Since fixed teeth are attached immediately, it is possible for us to eat just after the procedure.

– There is no difficulty in speaking as the teeth are attached immediately.

– If laser implant is applied, swelling and pain will be minimal after the procedure.

The All on Four system has been used for 27 years and its success has been proven in the literature.

In our clinic, the all on four/six technique of Straumann Implants has been applied for 14 years and its success has been confirmed by more than a thousand patients.


Implant applications performed without cutting gums and stitching are called “Seamless Implants”.

It can be done in three ways:

1- Three-dimensional image is processed in a computer program and with a guide plate (Static Navigation)

2- With new generation robot arms working with three-dimensional view (Dynamic Navigation)

3- By processing the three-dimensional image with the experience of the dentist performing the implant application and with the soft tissue acquisition thanks to laser gingival orientation.

In cases where the bone structure and anatomy are known in 3 dimensions and the bone thickness is suitable, the implant can be placed without cutting the gum. Only the implant insertion site is opened with laser and the implant is placed. Since the gingiva is not cut widely, there is no need for stitching and the blood circulation of the bone around the implant is not impaired because the gingiva does not separate from the bone. For this reason, since the bone and the gingiva are not traumatised, the patient experiences a comfortable and fast recovery without any additional pain and swelling.


Guided implantology is a contemporary way of inserting dental implants in individuals who are missing a tooth or have just gotten their tooth removed. This method uses computers to scan the persons mouth and create a three-dimensional model that allows us to plan the ideal procedure before performing it. Guided dental implant surgery involves using high-tech imaging tools and machinery to aid or ‘guide’ them to manufacture and insert dental implants more precisely, accurately and efficiently. Guided implantology is becoming increasingly popular in dental practices.

What Does Guided Implantology Involve?

The first step in guided implantology is to perform an oral examination of the patient to check whether implants are an appropriate treatment. We will first scan your mouth using a dental CBCT and three-dimensional imaging techniques to assemble two-dimensional images into a 3D digital model. A CBCT scan collects essential information, including the position of sinuses, nerves, and other points of reference. We then use this model to plan the procedure and prepare a surgical guide to place the implant. After we have placed the crown, you will see a natural-looking tooth.

Why Should You Opt for Guided Implantology?

While experienced dentists can perform an implant procedure to create an aesthetically appealing result without the help of a computer, guided implant surgery significantly lowers the risk of human errors by planning the most efficient, safest procedure with the best-looking outcome. In addition, guided implantology enables the dentist to superimpose abutments and how much space will be required for the crown and any other structure that is going to be added.


In order to make healthy implant-supported teeth, implants should be held by at least 1 mm of tissues all around them. Therefore, sufficient width and length of bone support is needed to make long-lasting implants.

There are two basic methods for determining that there is enough bone:

1) Clinical examination by a knowledgeable and experienced physician

2) 3D imaging with dental volumetric tomography, where we can see all the details that cannot be detected during clinical controls and even during the operation

If it is determined that there is not enough bone to make a healthy prosthesis in the jaw, new bone formation can be made by applying different techniques in the jaws. Alternatively a healthy chewing can be achieved with correct prosthetic solutions by applying angled implants with the Straumann Proarch  technique.

1) Sinus Lift Technique: If there is no bone in the posterior regions of the upper jaw, new bone formation can be achieved vertically in the sinus area.

2) Split Osteotomy (Sandwich Technique): It is the technique in which the implant is placed by opening the bone like a sandwich in insufficient bone thickness.

3) Block bone formation technique: It is applied by taking the block bone from the back of the jaw or hip and placing it in the missing area.

4) Box Technique: It is applied with artificial bone materials and thermoplastic molding technique.

Sinus Lifting

New Bone Formation Techniques

1) Sinus Lift Technique
Sinus lift or Sinus Augmentation is a surgical procedure that involves placing the bone in between the maxillary sinuses. It is an option for those lacking bone in the posterior regions of the upper jaw.

2) Split Osteotomy
Also called Sandwich Technique, split osteotomy is a bone manipulation technique used to prepare a site with insufficient bone thickness for the implant.

3) Block Bone Formation Technique
This jawbone reconstruction procedure involves taking block bone from the back of the jaw or hip and grafting it to the implant site. This technique is used for patients who have lost all or a significant amount of jawbone.

4) Box Technique
This procedure involves using artificial materials and a thermoplastic molding technique to build the jawbone for a dental implant.


Teeth play an essential role in people’s quality of life. The main purpose of implants is enabling people to have high quality, functional and aesthetic teeth to be used when original teeth are lost.

For this purpose, prostheses applied with different techniques and materials and made with support from implants are called “Implant Supported Prostheses”.

1) Fixed Implant Prosthesis:

These are prosthesis that cannot be removed by the user in any way and are mostly preferred by the patients.

This type of prosthesis is almost always preferred in case of single or a small number of teeth missing.

They are mostly preferred in cases of complete edentulism, but in order to achieve successful fixed prostheses, the right conditions must be created and planning, material and technique must be selected correctly.

Fixed Implant Prostheses are Divided into Two:

a) Cemented (Adhered) Fixed Prostheses:

These prostheses are adhered on abutments which are screwed on implants. The basic logic of this feature is like crowns-bridges on the teeth. It cannot be removed by the patient, and when necessary, physicians cannot easily remove it.

To remove it, it is necessary to apply a blow or cut out the prosthesis. In case of complete edentulism, a minimum of 6 implants must be made.

Choice of  material:

Metal supported porcelain crowns, zirconium supported porcelain crowns, monolithic zirconium and composite are used.

b) Hybrid (Screwed) Fixed Prostheses:

These prostheses are fixed to the abutments screwed to the implants. They are more preferred by physicians and patients every day. They cannot be removed by users, but can be easily removed and worn when desired by the physician. Thus, it can be removed when desired, the implant periphery maintenance can be done easily and fractures etc. problems can be easily repaired. In case of complete edentulism, a minimum of 4 implants are required.

Material of choice:

Metal-based zirconium porcelain materials can be used, but soft materials such as composite and enhanced acrylic are more preferred.

2) Removable Implant Supported Prostheses:

These prostheses are prostheses that are supported by both implants and palate, and that the wearer can remove and wear whenever they want. It is especially preferred in cases where the bone tissue is weak and implants can provide little support and when people may have difficulty reaching the implant periphery due to bone loss and cleaning the prostheses.

There are different attachment systems that support the prosthesis. According to this system, they are named as locator attachment holder, ball attachment holder, telescope attachment holder.

In the first examination of the selection of these prostheses, it is necessary to make a decision by examining and analyzing according to the bone structure, wishes, expectations and supporting tissues of the patient. Patients who have no teeth but have sufficient bone level can also use implant supported prostheses.


Prevention and Treatment of Peri-Implantitis

The periodontitis of dental implants is sometimes called peri-implantitis. There is a growing number of implants in the medical world today. Dental implants can affect both the hard tissue as well as the soft tissue that surrounds it. These dental implants are made from foreign material, which may activate the immune system and lead to inflammation. When this inflammation occurs, it usually results in peri-implantitis. Peri-implantitis is harmful as it can lead to a lack of osseointegration necessary for the implant to do its job.

What is Peri-Implantitis?

It is a condition that mainly affects those who have recently received a dental implant. It may begin as bacteria which can settle around the implant. In the beginning, it looks like gum disease, which can majorly cause harm to the gums and teeth. Dental implants don’t always equate to peri-implantitis. You can easily avoid any situation with this disease if you are careful. The symptoms initially are not harsh. You will witness swollen gums along with some sensitivity in your mouth. The key to this disease is preventing it, diagnosing it, and treating it.

How to Prevent Peri-Implantitis?

There are certain ways to prevent peri-implantitis. We have mentioned some of these ways below:

Clean Implants Thoroughly

When you get an implant, you must ensure that you take proper care of it. Cleaning implants is not as easy as cleaning teeth. You may want to visit your dentist twice a year so that they can help you clean out your implants in a better way.

Have Good Dental Hygiene

You should brush and floss your teeth at least twice a day so that there are no food pieces between your implants for bacteria to attack. We suggest that you use a mouth rinse to upkeep the guard in your mouth. Ensure that you’re eating healthy and avoiding too much sugar, at least during the first few weeks of getting the implant. The implant is weakest when it’s just been installed, so you must be more careful in the beginning.

Restrict Your Smoking Consumption

Smoking leads to a lot of diseases. If you smoke, your body’s immune system gets weaker at identifying and fighting simple bacteria. Smoking is directly related to more significant concerns in mouth health, so restricting your cigarettes or smoking intensity can help prevent this disease.

Peri-Implantitis Symptoms: How to Diagnose Peri-Implantitis?

Some significant symptoms inform you that you may have peri-implantitis:

  1. There may be inflammation if there is redness and swelling in your gums around the implant.
  2. If you have a receding gum line near the implant, this may be the cause of concern.
  3. Clear visibility of threads around the implant.
  4. If there’s any discharge from the soft tissue around the implants.
  5. If there is extended pain near the bone or soreness around the jawbone, you may have peri-implantitis.
  6. Lymph nodes around the neck or armpits seem swollen or tender to touch.

Peri-Implantitis Treatment: How to Treat Peri-Implantitis?

There are many ways that peri-implantitis can be treated. We have mentioned the major ways below:


If bacteria persist within the gums and bone around the implant, antibiotics can help kill them. These antibiotics can also be applied on the implant all on their own to prevent further implantitis.

LAPIP Treatment

It is one of the most effective ways to kill bacteria without harming the tissue. LAPIP, or Laser-Assisted Perio Impanititis Protocol, uses a small laser that can fit between the implant and the gums. The laser is smart enough to differentiate between benign and malignant bacteria. It is a non-invasive procedure, so recovery is effortless.


If the peri-implantitis is extreme, then there is a need to remove the implant. To remove the implant, the dentist must open your gums and completely clean them to eliminate the infection. A new bone can then be grafted and placed alongside your implant. This treatment is often used alongside antibiotics so that infections do not persist.

Close-up of a peri-implant


The Types and Advantages of Dental Prostheses

Dental Prostheses are being used all over the world. A perfect smile that shines through is exceptionally important to people today and the increase in dental procedures is a clear sign of this. The dental prosthesis is a dental device used on the patient’s teeth to ensure that they can hide any imperfections. These devices also keep your teeth well-maintained and functional.
Prosthetic teeth and maxilla facial prostheses are growing increasingly common now due to the increased disposable income in the global population. The increased demand has led to greater demand and thus the creation of dental prostheses.
Dental Prosthetics have two major categories: removable dental and non-removable dental prostheses. Different types of dental prostheses fit these categories.

Types of Dental Prostheses

Removable Dental Prostheses
These types of dental prostheses are ones that the patient can remove when they’re not in use. Types of removable dental prostheses include:

1. Total Plate
The entire plate is for all the patients who no longer have any part of their dentition. Dentures that are majorly used for the elderly come under this category. The total plate consists of a base generally made using a synthetic material like nylon with teeth fixed.

2. Clasp Dental Prosthesis
These dental prostheses are one of the most comfortable to wear. They involve two segments of dental prostheses which are connected by a metallic wire. They fit into the mucus lining of the teeth with relative ease, making wearing these dental prosthetics extremely easy.

3. A Partial Dental Prosthesis
This prosthesis doesn’t have a full plate and instead has metal clips that attach to other parts of the teeth. The partial dental prosthesis is for all patients with a certain number of teeth.

Non-Removable Dental Prostheses

Non-removable dental prostheses remain firmly attached to the patient’s mouth and can only be replaced or removed by a skilled dentist. Types of non-removable dental prostheses include:

1. Dental Bridges
Dental bridges are prosthetic devices used when the patient is missing several teeth in a row. There is a significant sharpening of other teeth on the side, so the bridge in the middle can be made.

2. Dental Crowns
Dental crowns are used to provide a new covering for a damaged tooth. This dental prosthetic helps to ensure that your original tooth isn’t lost. Crowns are a relatively permanent solution. However, they’re certainly not completely permanent, as there are many times that these prosthetics have to be replaced.

3. Dental Implant
Dental implants are prosthetic devices that are screwed into the jawbone. These provide a location for the tooth to rebuild. It’s a solution that helps with missing teeth, as these can be pretty difficult to treat otherwise.

Advantages of Dental Prostheses

1. They Help in Supporting Partial Dentures
Throughout your life, you’ll need dentures in some way, shape, or form. Having dental prostheses will help you support the rest of the partial dentures around you,

2. They Have Less Bone Loss
You are also much more likely to lose bones when you lose teeth. Dentures don’t provide the kind of support to the jaw bone that dental prostheses do, which is why they are better for your jaw bone.

3. They Make You Look Better
As we move into a world of social media, we understand that looks matter increasingly. Having a nice smile is important to people now, and it adds to a person’s confidence.

4. Better Quality of Living
Having good teeth means that you will be able to eat better food and even digest it better. It ensures that you have better gut health moving forward.

Dental prostheses being applied
Dental prostheses being applied