CEREC

Today, there's no need to merely imagine how nice it would be to have a dental crown fabricated in a single visit. With CEREC technology and advanced systems of care, multiple trips to the dentist are a thing of the past! Now, one appointment is all it takes for our skilled and experienced dentist to design, fabricate, and place a naturally beautiful and long-lasting same-day crown. And, best of all, unlike conventional methods of care, you won't have to endure messy dental impressions, wear a temporary crown, or wait weeks for your permanent restoration to come back from the laboratory.

Offering a level of precision and comfort that exceeds conventional methods of care, CEREC technology is nothing short of amazing! Advanced CAD/CAM technology, which stands for computer-aided design and computer-aided manufacturing, enables our dentist to translate images from an optically scan tooth into a 3D virtual model upon which a custom crown can be digitally designed. Once this step is done, the detailed specs are then wirelessly transmitted to a chairside 3D milling machine to fabricate your new ceramic crown while you wait!

With conventional methods of care, a dental crown can take two to three visits to fabricate and place. However, thanks to the benefits of CEREC technology, we can prepare a tooth, then design, fabricate, and place your new crown, all while you wait.

With CEREC same-day crowns, there's none of the mess of conventional dental impressions, wearing dental temporaries, or waiting for the final crown to come back from the lab. Once the prepared tooth is optically scanned and the restoration digitally designed, your new crown can be milled from the highest quality of dental ceramics that very same visit.

CEREC same-day crowns and restorations are fabricated from the highest quality of dental ceramics. Because dental porcelain reflects light in much the same way as dental enamel, your new crown will look flawless, completely natural, and blend seamlessly with your smile.

A CEREC same-day crown offers much more than a convenient approach to getting a dental crown. It is also a high quality, naturally beautiful, extremely durable, and long-lasting dental restoration! The fact is, with proper oral hygiene and routine dental care your new crown will serve your smile well for many years to come.

CEREC is a digital restorative system that combines intraoral scanning, computer-aided design (CAD) and chairside milling to produce finished ceramic restorations in a single visit. The process begins with a high-resolution digital scan of the prepared tooth, which eliminates the need for traditional impression trays and putty. That digital model is used to design a custom restoration that is milled onsite from a solid ceramic block and then polished, characterized if needed, and bonded into place.

The integrated workflow allows the clinician to control every step of fabrication in real time, improving margin fit and occlusal contacts before final placement. Because the restoration is produced and placed during one appointment, patients avoid temporaries and multiple visits. When delivered by a prosthodontic practice with an advanced digital workflow, CEREC restorations can match laboratory standards for function and esthetics.

Same-day CEREC restorations offer substantial time savings by completing the treatment from scan to seat in a single appointment, which is useful for patients with limited availability. Eliminating temporaries reduces the risk of interim failures such as fracture, debonding, or microleakage and minimizes the chance of bacterial contamination around the prepared tooth. The chairside design phase also allows immediate adjustments to shape, occlusion and shade, creating a more collaborative outcome between clinician and patient.

From a clinical perspective, the immediate feedback loop of scanning, designing and milling helps the team address fit issues before cementation, which can improve long-term performance. Many patients appreciate the comfort of digital impressions compared with conventional trays and putty. Overall, this approach balances convenience with a meticulous, laboratory-grade fabrication process.

Digital scanning captures three-dimensional surface detail and spatial relationships using an ergonomic intraoral scanner, which most patients find more comfortable than impression trays and putty. The digital file can be manipulated instantly on-screen for margin verification and design refinements, allowing the clinician to detect and correct potential issues before fabrication. This immediacy reduces the chance of remakes caused by distorted or incomplete impressions.

Because the scan is a precise digital record, it can be archived and reused for future restorations or restorations of adjacent teeth, supporting continuity of care. The reduced gag reflex and shorter appointment segments improve patient tolerance, especially for those who have difficulty with conventional impressions. Additionally, the digital workflow streamlines communication and documentation within the practice.

CEREC is versatile and can be used to fabricate single crowns, inlays, onlays and certain anterior restorations with high esthetic demands. The system is particularly well suited for restorations that benefit from precise marginal adaptation and accurate occlusal relationships, such as posterior crowns and large occlusal restorations. For more complex multi-unit cases or when specific materials are required, the clinician will evaluate whether an in-lab restoration is preferable.

Because CEREC materials include a variety of high-strength ceramics, clinicians can select options appropriate for the tooth's location, functional load and esthetic needs. The digital design tools also allow fine-tuning of contours and contacts to support periodontal and occlusal health. In short, CEREC covers a broad range of single-tooth restorative needs when indicated by the treatment plan.

Good candidates include patients who want to minimize appointments, avoid temporary crowns, or prefer the comfort of digital impressions. Clinicians will also consider the tooth's structural condition, occlusal forces, and the presence of bruxism or extensive restorations when determining suitability. Patients with straightforward single-tooth needs—such as a fractured cusp, large decay, or a failed restoration—are often excellent candidates for a same-day approach.

Certain clinical situations, such as severely compromised teeth requiring complex build-ups, multi-unit bridges, or when specific lab-processed materials are necessary, may call for an alternative workflow. Your clinician will review diagnostic records and discuss whether a chairside restoration is the best option for your long-term oral health. Patient preferences, functional demands and overall treatment planning guide the final recommendation.

CEREC restorations are milled from high-quality ceramic blocks engineered for strength and esthetics, including materials that mimic the translucency and light-reflective properties of natural enamel. Contemporary ceramics offer a range of shades and translucencies so restorations can be matched to adjacent teeth for a lifelike appearance. After milling, restorations may be stained, glazed or polished to enhance characterization and surface texture for improved esthetic integration.

When properly selected and bonded, these ceramics provide both visual harmony and functional resilience for many indications. The precise fit achieved by the digital workflow also improves margin adaptation and reduces the visibility of restorative interfaces. Material choice is tailored to the tooth location and the patient's bite to balance strength with natural-looking esthetics.

Your visit will begin with a thorough examination and any necessary tooth preparation, followed by a digital scan of the prepared area using an intraoral camera. The restoration will be designed chairside on a computer monitor, allowing the clinician to refine shape, contacts and shade while you review the proposed outcome. Once the design is finalized, the restoration is milled onsite, finished and bonded in the same appointment.

The entire sequence is managed by the prosthodontic team to ensure clinical precision and esthetic refinement before cementation, and routine postoperative instructions are provided for care. Patients often appreciate returning to normal function quickly without a temporary restoration. If adjustments are needed after placement, they can typically be addressed promptly within the practice.

CEREC crowns made from modern ceramics exhibit strong wear resistance and can perform reliably for many years when properly designed and bonded. Longevity depends on several factors including material selection, the quality of the bond, occlusal forces, parafunctional habits like grinding, and the patient’s oral hygiene. Proper occlusal management and attention to contact points during the design phase help distribute functional stresses and contribute to long-term success.

Regular dental checkups allow the clinician to monitor margins and detect early signs of wear or marginal breakdown so that maintenance can be timely. In some cases, protective measures such as a nightguard are recommended to protect any ceramic restoration from excessive forces. With sensible habits and professional oversight, CEREC restorations can be a durable solution for single-tooth replacement.

Caring for a CEREC restoration is similar to caring for natural teeth: maintain twice-daily brushing with a fluoride toothpaste, daily interdental cleaning, and attend regular professional cleanings and exams. Avoid using teeth as tools to open packages and minimize habits that place abnormal forces on restorations, such as chewing ice or hard, non-food items. If you have a history of bruxism, follow your clinician's guidance about a protective nightguard to reduce wear and risk of fracture.

During recall visits, the clinician will evaluate the restoration’s margins, contacts and surrounding tissues to ensure ongoing health and function. Promptly report any sensations of looseness, persistent sensitivity or changes in bite so adjustments can be made early. Proactive maintenance preserves both the restoration and the supporting tooth structure for better long-term outcomes.

CEREC is highly capable but not universal; cases requiring complex multi-unit prostheses, specialized laboratory materials, or extensive full-arch rehabilitation may be better served by traditional lab workflows. Teeth with minimal remaining structure that need advanced build-up procedures or situations demanding specific alloy-based options are also potential contraindications. The clinician will assess structural needs, occlusal load and overall treatment goals to determine the most predictable approach.

In some clinical situations, a staged treatment plan involving temporization and laboratory fabrication may offer superior long-term prognosis. The decision to use CEREC is based on individualized planning and a commitment to durable, esthetic results rather than convenience alone. Your prosthodontic team will recommend the workflow that best supports your oral health and functional needs.