At Citydent Istanbul, we are proud to offer monolithic zirconia crowns and multilayer zirconia crowns with high aesthetic and functional value. Our in-house dental laboratory allows us to deliver these restorations with precision and consistency, whether for individual crowns, bridges, or full-mouth implant-supported treatments.
Monolithic zirconia is a dental restoration material made from zirconium dioxide in a single solid layer. It is renowned for its exceptional durability, biocompatibility, and natural color. This makes it an ideal solution for both anterior and posterior restorations, especially when strength and longevity are priorities.
In recent years, monolithic zirconia crowns have gained significant popularity, especially as a replacement for metal-ceramic (PFM) crowns. This shift is driven by both functional and aesthetic reasons:
✔️ Higher Durability – Compared to metal-ceramic crowns, monolithic zirconia offers greater resistance to fracture and chipping due to its one-piece structure.
✔️ No Metal Substructure – The absence of metal eliminates gray lines at the gumline and enhances biocompatibility.
✔️ Natural Appearance – While metal-ceramic restorations can sometimes appear dull, monolithic zirconia crowns offer a natural tooth color and can be customized with stains and glazes.
✔️ Improved Technology – Advances in CAD/CAM systems and zirconia materials now allow for better precision and aesthetic results than before.
✔️ More Cost-Effective Over Time – With fewer complications and higher longevity, monolithic zirconia restorations have become a preferred long-term investment.
As a result, monolithic zirconia has gradually replaced metal-ceramic crowns in many clinics, particularly in implant-supported restorations and posterior teeth where strength is essential.
A monolithic zirconia crown is crafted from a single, solid block of zirconia, without the need for porcelain layering. Unlike traditional zirconia-based ceramic crowns that have an aesthetic ceramic coating, monolithic zirconia crowns rely on their own intrinsic color and finish.
✔️ Single-layer structure – No ceramic layering, reducing the risk of chipping.
✔️ High fracture resistance – One of the strongest dental crown materials.
✔️ Biocompatibility – Safe for the body with low allergy risk.
✔️ Color stability – Custom shading and staining available.
The following table summarizes key differences among zirconia crown types in a simplified, mobile-friendly format:
✔️ Monolithic Zirconia – Single-layer structure. Very durable, suitable for implant-supported restorations and posterior use. Moderate translucency and natural aesthetics.
✔️ Multilayer Zirconia – Made with multiple layers of different translucency and color. Offers high aesthetic value, especially for anterior teeth.
✔️ Zirconia-Ceramic Crowns – Two layers: strong zirconia base with ceramic coating for enhanced light reflection. Ideal for highly visible, aesthetic-focused cases.
✔️ Monolithic Zirconia Crowns – For maximum durability and implant-supported restorations.
✔️ Multilayer Zirconia Crowns – When natural appearance and translucency are top priorities.
✔️ Zirconia-Ceramic Crowns – For complex esthetic needs with enhanced light-reflection.
Monolithic zirconia crowns are expected to last 10 to 20 years or more, especially with proper oral hygiene and maintenance. Their high fracture resistance makes them particularly reliable for long-term use.
➤ Oral hygiene habits
➤Teeth grinding (bruxism)
➤ Type of chewing forces
➤ Frequency of dental check-ups
➤ Quality of placement and material
Digital Impressions: High-precision intraoral scans are taken.
CAD Design: 3D modeling of the restoration.
CAM Milling: Milled from pre-shaded zirconia blocks.
Sintering: Heat treatment for hardening and structural integrity.
Coloring and Glazing: At this critical stage, experienced dental technicians apply custom stains and glazes to enhance the natural look of the crown. Proper coloring is essential to match the crown with adjacent teeth in hue, brightness, and translucency. Glazing provides a smooth surface, improves wear resistance, and adds natural shine. Technicians' skill during this step significantly affects the final aesthetic result.
Final Fit and Bonding: Checked for accuracy, then bonded or screw-retained. The crown is carefully adjusted in the patient’s mouth to ensure comfort and functionality.
Monolithic zirconia crown pricing can vary depending on case complexity, quantity, and whether they are part of a larger implant or restorative plan. For detailed pricing and treatment options:
📢 Contact us via WhatsApp, email, or phone.
📲 Our team will assist you in planning your dental trip to Istanbul and offer transparent price estimates.
Monolithic zirconia crowns offer several critical advantages when used over dental implants, making them a preferred choice for both posterior and full-mouth restorations:
✔️ Strength for Chewing – Implant-supported crowns are subjected to intense masticatory forces, especially in the molar region. Monolithic zirconia, with its high fracture resistance, provides excellent performance under pressure and is less likely to crack or chip over time.
✔️ Better Fit – Using advanced CAD/CAM technology, monolithic zirconia crowns can be digitally designed and milled with high precision. This ensures a perfect adaptation to abutments and implant platforms, minimizing gaps and improving long-term stability.
✔️ Corrosion Resistance – Unlike metal-based restorations, zirconium dioxide is resistant to corrosion in the moist environment of the oral cavity. This feature enhances the longevity of the crown and maintains tissue compatibility.
✔️ Biocompatibility – Zirconia interacts harmoniously with surrounding soft tissues and does not trigger allergic reactions or inflammation. This promotes better gum health and integration around the implant.
✔️ Low Wear on Opposing Teeth – Properly polished monolithic zirconia is gentle on opposing natural teeth. This reduces wear and helps preserve adjacent dentition—an important factor in full arch restorations.
Monolithic zirconia is also highly suitable for screw-retained crowns, offering practical and aesthetic advantages:
✔️ Precision Fit over Titanium Bases – Monolithic crowns can be milled to tightly fit titanium bases (Ti-base), ensuring secure screw retention without compromising aesthetics or function.
✔️ High Fracture Toughness – These crowns are less likely to chip or break at the access hole or margins, which is especially valuable in screw-retained restorations where material integrity is critical.
✔️ Predictable Long-Term Outcomes – Due to their strength and stability, monolithic zirconia crowns offer consistent clinical results, reducing the need for repairs or remakes.
✔️ Aesthetic Improvement Compared to Full Metal Crowns – While traditional screw-retained restorations often relied on metal, zirconia provides a more natural and translucent appearance without compromising strength.
✔️ Easier Maintenance and Repair – In the event of complications or access hole wear, screw-retained monolithic crowns are easier to adjust or replace without affecting surrounding structures.
Monolithic zirconia is also highly suitable for screw-retained crowns, offering practical and aesthetic advantages:
✔️ Precision Fit over Titanium Bases – Monolithic crowns can be milled to tightly fit titanium bases (Ti-base), ensuring secure screw retention without compromising aesthetics or function.
✔️ High Fracture Toughness – These crowns are less likely to chip or break at the access hole or margins, which is especially valuable in screw-retained restorations where material integrity is critical.
✔️ Predictable Long-Term Outcomes – Due to their strength and stability, monolithic zirconia crowns offer consistent clinical results, reducing the need for repairs or remakes.
✔️ Aesthetic Improvement Compared to Full Metal Crowns – While traditional screw-retained restorations often relied on metal, zirconia provides a more natural and translucent appearance without compromising strength.
✔️ Easier Maintenance and Repair – In the event of complications or access hole wear, screw-retained monolithic crowns are easier to adjust or replace without affecting surrounding structures.
✔️ Precision fit over titanium bases ✔️ High fracture toughness avoids chipping ✔️ Predictable long-term outcomes ✔️ Aesthetic improvement vs. full metal crowns ✔️ Simpler repair options compared to veneered crowns
Yes, zirconium dioxide is highly biocompatible. Allergic reactions are extremely rare. However, if you have known sensitivities or have experienced allergy to metals or ceramics, consult with your dentist and consider an allergy test before treatment.
While not as translucent as multilayer zirconia or ceramic-coated options, they can be:
➤ Custom shaded for close color matching
➤ Designed anatomically to replicate natural tooth contours
➤ Polished or glazed for realistic finish
For highly visible areas, consider multilayer zirconia for enhanced natural esthetics.
Monolithic zirconia excels in durability, fracture resistance, and implant compatibility. However:
➤ For maximum aesthetics (especially front teeth), multilayer zirconia or ceramic-layered zirconia may be more suitable.
➤ For strength and longevity (especially back teeth or full arch bridges), monolithic zirconia is often the preferred solution.
Choosing the correct zirconia material depends on:
➤ Tooth position (front vs. back)
➤ Aesthetic expectations
➤ Budget
➤ Implant or non-implant restoration
➤Dentist's experience and design capabilities
Differences of Monolithic Zirconium Crown:
Advantages Monolithic Zirconium Crown:
Durability: Zirconium dioxide is highly durable, with a low risk of breakage.
Biocompatibility: Zirconium is a material compatible with the human body and does not cause allergic reactions.
Natural Appearance: They closely resemble the natural tooth color.
Longevity: Their durability can contribute to the production of long-lasting prosthetics.
Differences of multilayer zirconium crown:
Advantages of multilayer zirconium crown::
Aesthetics: The multilayer structure allows for more natural and aesthetic results.
Light Translucency: Different layers can create a more natural play of light.
Color Tones: Achieving results closer to the color tones of natural teeth is possible.
These are dental restorations made using a zirconium framework with ceramic layers applied on top. They combine the strength of zirconium with the aesthetic benefits of ceramic coatings.
In summary, monolithic zirconium teeth are known for their durability and biocompatibility, while multilayer zirconium teeth excel in achieving a more natural appearance, light translucency, and color matching with natural teeth. Zirconium-based ceramic teeth combine the strength of zirconium with the aesthetics of ceramic coatings, offering a balanced approach. The choice among these options depends on the specific clinical and aesthetic requirements of each dental case.
Differences:
Advantages:
Aesthetic Details: The ceramic coating provides higher aesthetic detailing.
Light Translucency: Ceramic coating offers improved light translucency and a more natural play of light.
Color and Texture Variety: The two-layered structure offers various color and texture options.
Monolithic zirconium teeth are produced through a specialized manufacturing process. Here are the general production steps for monolithic zirconium teeth:
Impression and Design: First, dental impressions are taken from the patient's mouth, and a dental design is created. This design is tailored to match the patient's dental structure and needs.
CAD (Computer-Aided Design) Stage: The dentist uses computer-aided design (CAD) software to create a digital model of the tooth based on the collected measurements and intraoral images. During this stage, the shape, size, and position of the tooth are determined.
CAM (Computer-Aided Manufacturing) Stage: The CAD model is then used with computer-aided manufacturing (CAM) software to produce the monolithic zirconium tooth by either cutting or milling it from a zirconium block. This step involves physically shaping the tooth.
Sintering (Heat Treatment) Stage: The cut or milled zirconium tooth is subjected to a heat treatment process called sintering. In this process, the zirconium particles come together and harden at high temperatures, making the tooth durable.
Coloring and Shaping: After sintering, the tooth can be optionally colored or shaped to achieve a closer match to the natural tooth color and appearance.
Polishing and Aesthetic Adjustments: In the final stages, the tooth is polished, and aesthetic adjustments are made. The dentist may make necessary refinements to ensure the tooth fits well within the patient's natural dental structure.
Bonding and Application: The manufactured monolithic zirconium tooth is tested by the dentist before permanent placement. If it meets the required standards, it is either permanently bonded into the patient's mouth or mounted onto an implant in the case of implant-supported applications.
The production process of monolithic zirconium teeth combines advanced technology with dental expertise to achieve durable, aesthetic, and functional results that align with the patient's specific needs and natural dental structure.
The production process of multilayer teeth is the same as the production process of monolithic zirconium teeth. The only difference lies in the zirconium blocks used.
Monolithic zirconium crowns have a different production process and structure compared to traditional ceramic-coated zirconium-based crowns. Here are the key differences of monolithic zirconium crowns:
Structure: Monolithic zirconium crowns have a single-layer structure. They do not include ceramic coating and have a homogeneous composition. In other words, zirconium dioxide ceramic material is shaped into a single layer.
Aesthetics: Monolithic zirconium crowns have a more uniform color, resulting in fewer color mismatches. However, since they do not have ceramic coating, they may not always provide the same level of natural light translucency as traditional ceramic-coated crowns.
Durability: Zirconium dioxide, the primary material of monolithic zirconium crowns, is highly durable. Therefore, monolithic zirconium crowns can have a long lifespan.
Production Process: The production process for monolithic zirconium crowns may be simpler compared to ceramic-coated zirconium-based crowns because it does not require the ceramic coating process.
Application Area: Monolithic zirconium crowns are preferred for their durability, especially when used in posterior crowns. However, there may be some limitations in meeting aesthetic expectations when used in the anterior area.
The advantages of monolithic zirconium crowns over ceramic-coated zirconium-based crowns include greater durability and fewer color mismatches. However, in some cases, they may have limitations in terms of aesthetic details and light translucency compared to ceramic-coated crowns. The choice between the two types of crowns depends on the patient's needs, the location of the crowns, and aesthetic preferences.
Monolithic zirconium crowns have the potential for a long lifespan because they are made from highly durable dental material, zirconium dioxide. However, the actual durability can vary depending on factors such as usage conditions, oral hygiene, and proper care. In general, monolithic zirconium crowns are expected to be long-lasting, but it is difficult to specify an exact lifespan.
Factors that can affect the durability of monolithic zirconium crowns include:
Chewing Forces: Excessive biting or chewing on very hard substances can lead to wear or damage to the crowns. It is advisable to avoid chewing on extremely hard foods or objects.
Oral Hygiene: Good oral hygiene is important for the long-term durability of crowns. Regular brushing, flossing, and the use of mouthwash help maintain dental health.
Bruxism (Teeth Grinding): Individuals with bruxism may unconsciously grind or clench their teeth, which can exert excessive force and lead to wear or damage to the crowns.
Maintenance and Check-Ups: Regular dental check-ups and cleanings can help detect and address potential issues early.
Protective Mouthguard: If you have a bruxism problem, using a protective mouthguard recommended by your dentist can help protect your crowns.
In general, monolithic zirconium crowns can last for more than 10 years, but the actual lifespan can vary from person to person due to individual circumstances. To achieve the best results, it is important to follow your dentist's recommendations and attend regular check-ups.
Monolithic zirconium crowns are generally not prone to causing allergic reactions in people. Zirconium dioxide is a commonly used material in dentistry and is known for its biocompatible properties. Therefore, zirconium crowns typically do not trigger allergic reactions.
However, everyone's body chemistry is different, and in rare cases, some individuals may experience sensitivity or allergic reactions to zirconium crowns. If you have had allergic reactions when in contact with zirconium in the past or have any history of allergies, it is important to inform your dentist. Additionally, following your dentist's recommendations and, if necessary, undergoing allergy tests can be beneficial.
In general, zirconium crowns are considered biocompatible and relatively safe regarding allergic reactions. However, if you have any health concerns or allergy issues, it is recommended to communicate with your dentist to take appropriate precautions.
Monolithic zirconium crowns are recommended in situations where durability and long-term performance are crucial. Here are some scenarios in which monolithic zirconium crowns may be recommended:
Posterior Tooth Restorations: Monolithic zirconium crowns are preferred for posterior teeth due to their high durability. Posterior teeth are subjected to more chewing and biting forces, making a durable material essential.
Patients with Bruxism Issues: Bruxism refers to the unconscious grinding or clenching of teeth, which can exert excessive force on the teeth. Monolithic zirconium crowns can be a durable option for patients with bruxism issues.
Patients with Allergies: Some patients may exhibit allergic reactions to certain dental materials. Zirconium dioxide typically does not trigger allergic reactions, making monolithic zirconium crowns suitable for patients with allergy concerns.
Cases Where Aesthetic Expectations Cannot Be Met with Zirconium-Based Ceramic Crowns: In situations where aesthetic expectations cannot be met with zirconium-based ceramic crowns, monolithic zirconium crowns can provide a more uniform color and texture, potentially achieving aesthetically satisfying results.
Large Restorations: In cases involving extensive restorations, zirconium's durability and overall strength can be advantageous.
On the other hand, in cases where there is a full aesthetic requirement for anterior teeth, particularly regarding light translucency and color matching, it's important to note that monolithic zirconium crowns may have limitations in aesthetic details. Therefore, the choice of which material to use for dental restoration should be determined by your dentist, taking into consideration your specific needs and aesthetic preferences.
Multilayer zirconium crowns are preferred especially in cases where achieving an aesthetic outcome is desired. When light translucency and color matching are essential, multilayer zirconium crowns can offer advantages. Here are some scenarios in which multilayer zirconium crowns are recommended:
Anterior Tooth Restorations: Multilayer zirconium crowns can provide aesthetically satisfying results, particularly when used for anterior teeth. They are preferred when preserving the natural appearance of front teeth and emphasizing aesthetic details is crucial.
Cases Requiring Color Harmony: In situations where natural teeth have different color tones, multilayer zirconium crowns with varying color and translucency levels can provide a more natural harmony.
Scenarios Where Light Translucency Is Essential: Especially for anterior teeth, allowing light to pass through the crowns like natural teeth is aesthetically important. Multilayer zirconium crowns can meet this requirement by reflecting light more realistically due to their different layers.
Cases Requiring Fine Aesthetic Details: Multilayer zirconium crowns can assist in achieving finer aesthetic details due to their different color tones and translucency properties.
Intermediate and Advanced-Level Aesthetic Demands: Multilayer zirconium crowns may be preferred when more complex and detailed aesthetic results are desired.
In cases where such aesthetic priorities and color harmony requirements are significant, multilayer zirconium crowns can deliver superior results. However, it is important to consult with your dentist to make the best decision for your specific case.
Monolithic zirconium crowns are recommended on top of implants primarily for their durability, long-term performance, and biocompatible properties. Here are some reasons why monolithic zirconium crowns are suggested for implant restorations:
Durability: Monolithic zirconium crowns are highly durable because they are made of zirconium dioxide ceramic. This durability is crucial for ensuring long-term success in implant restorations.
Chewing Forces: Teeth on implants are subjected to significant chewing forces. Monolithic zirconium crowns are better equipped to withstand these forces and provide a better fit on the implant.
Biocompatible Material: Zirconium dioxide is biocompatible, meaning it interacts well with the human body. Therefore, the risk of allergic reactions or tissue rejection is lower with monolithic zirconium crowns placed on implants.
Aesthetic Compatibility: Monolithic zirconium crowns can offer aesthetically pleasing results when placed on implants. They can blend well with the implant structure and support an attractive appearance.
Color Harmony: Monolithic zirconium crowns closely match the natural tooth color, ensuring that the implant restoration blends seamlessly with adjacent natural teeth.
Corrosion Resistance: Zirconium dioxide exhibits better corrosion resistance compared to metal-based materials. This enhances the longevity of implant restorations.
Good Fit: Monolithic zirconium crowns can establish a direct and secure connection with the implant structure, contributing to the stability of the restoration.
All these factors contribute to the preference for monolithic zirconium crowns on top of implants. However, it's important to note that each patient may have unique needs, so listening to your dentist's recommendations and creating a treatment plan tailored to your specific situation is crucial.
Monolithic zirconium dental crowns may be recommended for screw-retained crowns for several reasons:
Durability: Screw-retained crowns are subjected to significant chewing and biting forces. Monolithic zirconium crowns are known for their exceptional durability and can withstand these forces effectively.
Biocompatible Material: Zirconium dioxide, the primary material in monolithic zirconium crowns, is considered biocompatible with the human body. This reduces the risk of allergic reactions or tissue rejection when used in screw-retained crowns.
Aesthetic Appearance: Monolithic zirconium crowns can provide aesthetically pleasing results when placed directly on implants or screws. Their natural tooth-like color can contribute to a harmonious appearance.
Color Matching: Achieving a natural color match with the surrounding soft tissues is crucial for screw-retained crowns. Monolithic zirconium crowns, with their natural-like colors, can help achieve this important aesthetic harmony.
Corrosion Resistance: Zirconium dioxide exhibits better corrosion resistance compared to metal-based materials. This feature can support the longevity of screw-retained crowns.
Precise Fit: Monolithic zirconium crowns can be precisely shaped and mounted onto implants or screws, ensuring a snug fit and optimal function.
Overall, monolithic zirconium crowns are recommended for screw-retained crowns due to their durability, biocompatibility, and aesthetic compatibility. However, since each patient's situation is unique, it's essential to consult with your dentist to determine the most suitable treatment plan based on your specific needs.
Monolithic zirconia crowns are advantageous in terms of durability because they are made from zirconium dioxide ceramic, which is an extremely resilient material. Here are some factors that enhance the durability of monolithic zirconia crowns:
Zirconium Dioxide Material: Zirconium dioxide is a ceramic material with very high strength properties. This material is resistant to forces like compression and flexion, making monolithic zirconia crowns long-lasting.
Crystal Structure: Zirconium dioxide's crystal structure contributes to its strength. As a result, monolithic zirconia crowns become more resistant to breaking and wear.
High Hardness: Zirconium dioxide exhibits high hardness, making it more resilient against forces like chewing and abrasion.
Corrosion Resistance: Zirconium dioxide has better corrosion resistance compared to metal-based materials. This property prevents the crown from deteriorating or oxidizing over time.
Thermal Compatibility: Zirconium dioxide demonstrates thermal expansion properties that are closer to natural teeth. This enhances its resistance to temperature changes.
Biocompatible Material: Zirconium dioxide is a biocompatible material, meaning it functions harmoniously with the human body. It can work seamlessly with the surrounding tissues.
All of these factors contribute to the durability of monolithic zirconia crowns, allowing them to offer longevity and a strong structure. Consequently, they are often preferred for posterior teeth or situations involving high chewing forces.
Yes, monolithic zirconia dental crowns can provide aesthetically satisfying results, but it depends on certain factors. Here are the aesthetic aspects of monolithic zirconia dental crowns:
Color Matching: Monolithic zirconia dental crowns can be produced in colors that closely match the natural tooth color. This allows them to blend in with the natural teeth, achieving an aesthetic appearance.
Color Customization Options: Monolithic zirconia dental crowns can be customized with coloring if desired, allowing for a closer match to the natural tooth color.
Light Translucency: The light translucency of monolithic zirconia dental crowns may be somewhat limited compared to ceramic-capped crowns. However, with proper design and production, satisfactory results in terms of light translucency can be achieved.
Aesthetic Design: Monolithic zirconia dental crowns can achieve aesthetic success with careful aesthetic design and shaping. Dentists and dental technicians can pay attention to aesthetic details to create custom designs.
Natural Appearance: When the right color, size, and shape are selected, monolithic zirconia dental crowns can provide results that closely resemble natural teeth.
However, it's important to note that monolithic zirconia dental crowns may have limited light translucency compared to ceramic-capped crowns. Therefore, in cases where full aesthetics are crucial, especially when prioritizing light translucency and color matching, other alternatives should also be considered. To achieve the best aesthetic results, it's important to consult with your dentist and create a treatment plan tailored to your needs.
Multilayer zirconia dental crowns can provide highly satisfying aesthetic results. Multilayer zirconia is designed with different color and opacity layers, aiming to mimic the appearance of natural teeth. Here are the aesthetic aspects of multilayer zirconia dental crowns:
Color and Opacity Layers: Multilayer zirconia dental crowns include different color and opacity layers, which create gradual color variations similar to natural teeth. This results in the appearance of teeth having different color tones under natural light.
Light Translucency: Multilayer zirconia, with its different layers, has the ability to transmit light more realistically. This mimics the light interaction seen in natural teeth, contributing to an aesthetic appearance.
Aesthetic Details: When properly shaped and colored to match aesthetic details, multilayer zirconia dental crowns can reflect the natural form and character of teeth.
Aesthetic Design: Dentists and dental technicians can create custom aesthetic designs for multilayer zirconia dental crowns. This allows for detailed aesthetic results, from surface texture to contours.
Suitability for Front Teeth: Multilayer zirconia dental crowns can be preferred, especially when there are higher aesthetic requirements for front teeth. They can provide results closer to the color tones and light translucency of natural teeth.
Multilayer zirconia dental crowns have the capacity to provide aesthetically satisfying results. However, everyone's dental structure and aesthetic expectations are different, so it's important to consult with your dentist to determine the most suitable treatment plan for you.
Monolithic zirconia prices in Turkey Istanbul are generally comparable to ceramic zirconia crowns. However, when it comes to implant-supported monolithic zirconia crowns, the prices may be somewhat higher than other options. If you're interested in obtaining specific pricing information for monolithic zirconia crowns in Istanbul Turkey, you can easily inquire about the prices at Citydent Istanbul through WhatsApp, email, or a phone call. Additionally, you can ask any other questions you may have regarding the monolithic zirconia crown procedure at Citydent in adition to monolitic zirconia prices.
It's important to note that monolithic zirconia crown prices can vary from one dental clinic to another. Several factors influence the cost of monolithic zirconia crowns, including:
Quality of Zirconia: The type and quality of zirconia material used can impact the price. High-quality zirconia is often associated with better aesthetics and durability.
Dental Lab Quality: The quality of the dental laboratory that manufactures the crowns plays a role in pricing. Well-equipped labs with skilled technicians may charge more for their services.
Talent of Technicians: The expertise and skill level of the dental technicians involved in crafting the crowns can affect the overall cost.
Quality of Clinic: The reputation and quality of the dental clinic can also influence pricing. High-end clinics with modern facilities may have higher fees.
Dentist's Proficiency: The experience and proficiency of the dentist performing the procedure can be a factor in the pricing.
Additional Factors: Other factors, such as the complexity of the case, the need for additional procedures, and the region where the clinic is located, can also impact the cost.
EN
TR
FR
DE
AR
PR
RU
IT
