Precision & Efficiency Dental Technology

Technology 1

Next-Generation Diagnosis and Dental Treatments

We pride ourselves in using only top-tier technology when it comes to meeting your dental expectations. That’s why we fully rely on Sirona technology, the top brand in dental technology in the world.

In modern dentistry, advanced technologies play a crucial role in providing patients with optimal treatment experiences. These technologies enhance accuracy, efficiency, and patient comfort, leading to better outcomes. Let’s explore in detail some of the cutting-edge dental technologies that are revolutionizing the field.

With EHRs containing a full record of patient history, the margin of error can be reduced. Incorporating Artificial Intelligence can solve any dental problem that you may have.

Sirona CEREC MC XL: One-Session Ceramic Crowns

Sirona CEREC MC XL is an advanced technology that allows dentists to create esthetic ceramic crowns or partial crowns in a single session. Traditionally, the process of getting a dental crown involved multiple visits and the use of temporary restorations. With the CEREC MC XL, the entire process can be completed during a single appointment. The dentist uses computer-aided design (CAD) and computer-aided manufacturing (CAM) technology to design, create, and insert the restoration, all in one visit. This eliminates the need for temporary restorations and saves valuable time for both the dentist and the patient. The ceramic material used closely resembles a real tooth, with no visible dark edges, ensuring a natural and esthetic result.

An image of the Sirona CEREC MC XL, a state-of-the-art system for one-session ceramic crowns.

Sirona XG 3D Scanner: Accurate Radiographic Imaging

The Sirona XG 3D scanner is an advanced radiological equipment that provides fast and efficient diagnosis. This scanner utilizes cone beam computed tomography (CBCT) technology to capture highly detailed three-dimensional images of the patient’s oral structures. It offers exceptional accuracy, producing 3D images with 10 times more precision compared to traditional dental x-rays. Additionally, the scanner emits 85% less radiation, ensuring patient safety. The integration of advanced artificial intelligence (AI) technology in the scanner enables dentists to make precise and reliable diagnostics. With the Sirona XG 3D scanner, dentists can effectively plan complex procedures such as dental implant placements, ensuring optimal outcomes.

An image of the Sirona XG 3D Scanner, a cutting-edge device for accurate radiographic imaging.

Sirona CEREC Omnicam: Precision Digital Impressions

The CEREC Omnicam is a revolutionary technology that transforms the process of taking dental impressions. Instead of using uncomfortable conventional tray impressions, the CEREC Omnicam utilizes a compact, powder-free intraoral video camera to capture precise 3D scans of the patient’s teeth. These digital impressions can be visualized in real-time on a monitor, allowing patients to see the treatment recommendation and process. The detailed scans provide dentists with highly accurate data, enabling them to design dental restorations with exceptional precision. The elimination of conventional impressions saves time and enhances patient comfort, making the treatment process more efficient and convenient.

An image of the Sirona CEREC, an advanced chairside CAD/CAM system for dental restorations.

VITA Easyshade: Accurate Tooth Shade Determination

VITA Easyshade is an advanced technology used to determine the shade of teeth accurately. This technology plays a crucial role in restorative dentistry, where precise color matching is essential for natural-looking dental restorations. With VITA Easyshade, dentists can precisely determine the shade of the patient’s teeth, ensuring a perfect match when selecting CAD/CAM materials, fabricating layered crowns, choosing prosthetic teeth, and planning esthetic corrections such as veneers. This precise shade determination enhances the overall aesthetics of dental restorations, resulting in beautiful and seamless smiles.

An image of the VITA Easyshade, a cutting-edge dental shade matching device.

AI 3D Implant Planning Software and Surgical Guides

Artificial intelligence has revolutionized the planning and placement of dental implants. Advanced 3D implant planning software, powered by AI, allows dentists to create precise surgical guides. These guides act as templates during the implant placement procedure, ensuring optimal positioning and angulation of the implants. The AI software streamlines the planning process, saving time and improving the accuracy of implant placements. With this technology, dentists can achieve superior outcomes in implant dentistry, enhancing the success and longevity of dental implant treatments.

An image representing AI 3D implant planning software and surgical guides for precise dental implant procedures.

Sirona Intraoral Camera: In-Office Restorations

The Sirona Intraoral Camera, in combination with the CEREC design unit, offers the convenience of in-office restorations. This advanced technology allows dentists to create custom porcelain crowns and veneers right in the dental office during a single visit. Digital impressions of the patient’s teeth are taken using the intraoral camera, and the restoration is designed using the CEREC software. The digital design is then transferred to the CEREC milling unit, which mills the restoration from a block of ceramic material. The final restoration is then placed in the patient’s mouth, eliminating the need for temporary restorations and multiple visits. This technology saves time, enhances convenience, and delivers highly precise and esthetic results

An image of the Sirona Intraoral, a state-of-the-art intraoral camera.

Automatic Dental Sterilizers: Enhanced Safety and Cleanliness

Automatic dental sterilizers, such as the Ritter M11 and the BioSonic UC300, have transformed the process of instrument sterilization in dental practices. These sterilizers feature large chamber sizes and advanced technologies that optimize sterilization output. They utilize heat, pressure, and steam to eliminate harmful microorganisms and ensure the cleanliness and safety of dental instruments. The use of automatic dental sterilizers provides peace of mind to both patients and dental professionals, knowing that the highest standards of infection control are being met.

An image of the Midmark M11 UltraClave™ Automatic Sterilizer, a state-of-the-art sterilization device.

VITAPremium Dental Ceramic Firing

VITA also introduces a line of modular ceramic furnaces called VITAPremium Dental Ceramic Firing, which brings a new level of adaptability to dental laboratories. These innovative furnaces are designed to meet the specific firing needs of dental labs in an efficient and cost-effective manner. With VITAPremium Dental Ceramic Firing, dental professionals can work with ceramic materials for various types of dental implants, allowing for customized and precise restorations. This advanced technology ensures the highest quality and aesthetics in dental ceramics, contributing to the overall success of dental implant treatments

An image depicting the firing process of Vita Premium Dental Ceramic.

Advance Surgical Tool For Dental Implants

The advanced surgical tool used for dental implants is a cutting-edge instrument designed to enhance the precision and efficiency of dental implant procedures. This innovative tool offers dentists a high level of control and accuracy, ensuring successful implant placements and improved patient outcomes.

Equipped with state-of-the-art technology and a compact design, the advanced surgical tool provides dental professionals with the necessary tools to perform implant surgeries with ease. Its ergonomic features and intuitive handling make it easy to maneuver during the procedure, reducing the risk of errors and ensuring optimal results.

The advanced surgical tool is versatile, catering to various implant cases and complexities. From single tooth replacements to full-mouth restorations, this tool adapts to different treatment needs, allowing dentists to customize their approach based on individual patient requirements.

By incorporating the advanced surgical tool into dental implant procedures, dentists can minimize tissue trauma, reduce post-operative discomfort, and promote faster healing. Its precise cutting and drilling capabilities ensure minimal disruption to surrounding tissues, resulting in a more comfortable experience for patients.

Furthermore, the advanced surgical tool integrates seamlessly with digital implant planning software, facilitating precise implant placement. Dentists can leverage this technology to accurately plan and guide the positioning and angulation of implants, optimizing both functionality and esthetics.

In summary, the advanced surgical tool for dental implants is a game-changer in the field of dentistry. Its advanced features, ergonomic design, and compatibility with digital planning software empower dentists to deliver exceptional implant treatments. With improved precision, patient comfort, and treatment outcomes, this tool represents a significant advancement in dental implant surgery.

An image of the Nakanishi Surgic Pro, a state-of-the-art surgical handpiece.

Hi-Tec Biomedical Centrifuge System: Accelerated Tissue Regeneration

The Hi-Tec Biomedical Centrifuge System is a cutting-edge technology that promotes accelerated tissue regeneration in dentistry. This advanced system utilizes the innovative Endoret® technology to stimulate the natural healing process and enhance tissue regeneration for faster recovery and improved outcomes.

One of the significant advantages of the Hi-Tec Biomedical Centrifuge System is its ability to isolate and concentrate the specific proteins involved in tissue regeneration. This ensures that the concentrated growth factors are precisely targeted to the affected area, maximizing their regenerative potential. The system’s design and functionality enable the suitable application of these proteins, allowing for optimal healing and tissue repair.

By promoting accelerated tissue regeneration, the Hi-Tec Biomedical Centrifuge System offers several benefits in dental treatments. It minimizes the recovery time for patients, allowing them to heal faster and return to their daily activities sooner. Additionally, this technology reduces the need for exogenous agents or artificial additives, as it harnesses the patient’s natural resources for tissue regeneration. This promotes a more biocompatible and personalized approach to dental care.

The Hi-Tec Biomedical Centrifuge System is a valuable asset in various dental procedures, including dental implant placements, periodontal treatments, bone grafting, and oral surgery. Its ability to enhance tissue regeneration improves the predictability and success rates of these procedures. Moreover, it contributes to a more efficient and streamlined treatment process, benefiting both the dental professionals and the patients.

With the Hi-Tec Biomedical Centrifuge System, dentists can offer their patients advanced regenerative therapies that accelerate healing, reduce complications, and enhance overall treatment outcomes. This innovative technology represents a significant advancement in dentistry, providing a powerful tool for promoting tissue regeneration and delivering exceptional patient care.

An image representing PRGF-Endoret® Technology, an advanced regenerative therapy.

Diode Laser Makes Restorative Dentistry a Breeze

Restorative dentistry has been significantly transformed by the introduction of diode lasers. These advanced laser devices have revolutionized the way dentists perform soft tissue treatments, making the entire process a breeze.

Diode lasers offer precise and controlled removal of soft tissue, including gums and bone tissue. Dentists utilize these lasers for a variety of restorative procedures, such as decontaminating infected gum pockets in gum disease treatment, reshaping gums for aesthetic purposes, and removing decayed portions of teeth during cavity treatment. The versatility of diode lasers makes them an invaluable tool in restorative dentistry.

One of the major benefits of diode lasers is the minimal discomfort experienced by patients. These lasers operate with minimal invasion, leading to reduced pain and discomfort during and after the procedure. Additionally, diode lasers cause minimal bleeding and swelling, ensuring a more comfortable and efficient healing process for patients.

By incorporating diode lasers into their practice, dentists can provide more precise and efficient restorative treatments, delivering exceptional results to their patients. The use of diode lasers not only enhances patient comfort but also improves treatment outcomes, allowing for better aesthetics and functional restorations.

Overall, diode lasers have revolutionized restorative dentistry by making procedures more comfortable, efficient, and predictable. With their precise and controlled tissue removal capabilities, diode lasers have become an essential tool for dentists seeking to provide the highest level of care to their patients.

An image of the SiroLaser, an advanced dental laser system.

Sirona Next Generation Intraoral Sensor: Enhanced Image Quality

The Sirona Next Generation Intraoral Sensor, known as the Sirona Schick 33, is a state-of-the-art dental imaging technology that provides enhanced image quality for precise diagnostics. With its advanced features and high-resolution capabilities, this intraoral sensor has revolutionized dental radiography.

One of the key advantages of the Sirona Next Generation Intraoral Sensor is its unparalleled image quality. It captures digital images with exceptional clarity and detail, allowing dentists to examine teeth, gums, and surrounding structures with great accuracy. The sensor’s theoretical resolution limit of 33 line pairs per millimeter sets a new standard in dental imaging, ensuring that even the smallest anatomical features are captured with clarity.

The accompanying imaging software further enhances the diagnostic capabilities of the Sirona Next Generation Intraoral Sensor. Dentists can review, store, and share images from various clinical perspectives, enabling comprehensive assessments and effective communication with patients. The software offers a range of customization options, allowing practitioners to optimize image enhancements for precise diagnostics.

With its cutting-edge technology, the Sirona Next Generation Intraoral Sensor improves workflow efficiency and patient care. The sensor’s ergonomic design ensures patient comfort during image acquisition, while its rapid image acquisition capabilities save valuable chairside time. The enhanced image quality and diagnostic capabilities of this sensor contribute to more accurate treatment planning, leading to better treatment outcomes for patients.

Incorporating the Sirona Next Generation Intraoral Sensor into dental practices elevates the standard of care. Dentists can rely on high-quality images to make informed diagnoses, accurately detect dental issues, and communicate treatment plans effectively with their patients. This advanced technology empowers dental professionals to deliver precise, personalized, and efficient dental care, ultimately enhancing the overall patient experience.

An advanced intraoral sensor, the Sirona Next Generation.