Current new technology in orthodontics relies heavily on advanced tools and software to accurately capture the condition of the teeth. However, in order for this new technology to be routinely applied in clinical practice, a global information platform needs to be created through a fully digital, highly accurate and easy-to-use system. A fully digitalised workflow enables the correct and fast delivery of aligners to consumers worldwide by courier. Another important advantage is that if aligners can be digitally constructed, costs will be reduced because fewer operators will be needed for the production process, and transport times and costs will not delay the production process. The creation of a personalised technician's room will drive the next big change in orthodontics.       By far the most important step in achieving a successful orthodontic procedure is to accurately reflect the dentition. Traditional plaster models are gradually being replaced by digital models." These digital models, are usually obtained by couriering plaster models or impressions to a professional company that can perform laser scanning or computed tomography (CT). It is well known that plaster casts obtained through oral impression materials are subject to some degree of dimensional alteration. The dimensions of the impression and the accuracy of the plaster model can be greatly reduced during transport, removal and instillation of the plaster model. The obtained impressions are sterilised and transported to the dental technician's office for the filling of the plaster model, and then the model is sent to the orthodontic technician's office for storage. The plaster casts are then taken to the orthodontist's office for storage. The plaster casts are often retrieved during orthodontic treatment, which also makes them fragile. Nowadays, we can scan plaster casts or dental impressions with a table top laser scanner or a precise CT scanner and convert this information into a digital dental model. Statistically, a digital dental model scanned directly from an oral impression is accurate enough to analyse the information and formulate an orthodontic plan when compared to a plaster model. However, an oral impression or plaster cast is still required to obtain a digital dental model by this method. Since taking an oral impression or making a plaster cast is still an indirect way of obtaining a digital dental model, the direct acquisition of a digital dental model is of interest.       One method of obtaining a direct picture of the dentition is through the use of cone beam computed tomography (CBCT) imaging. This type of radiographic imaging can be used for dentition analysis, but it exposes the patient to radiation and the quality of the radiographic image is directly related to the dose of radiation used. Because of the ALARA principle (the principle of obtaining imaging with the lowest possible radiation dose), CBCT is not recommended for dental imaging.       In order to meet the requirements for digitisation and to save on impression material, many companies have developed scanning systems for digitising intraoral impressions in order to obtain any type of dental scan. Only intraoral scanning systems can scan the entire mouth and thus replace the taking of dental impressions. These digitised models are processed by special software and can be used for diagnosis of malocclusions, analysis of the dentition, digital treatment planning and design of orthodontic appliances. Several intraoral scanners have also been developed in the last decade or so. Intraoral scanners are now at the cutting edge of dental technology and are likely to eliminate the cumbersome method of taking impressions. If the goal of dentistry is to be able to operate more concisely, quickly and accurately, then this technology will eventually be put to sensible use. Scanning dental relationships with an intraoral scanner is simple. The intraoral scanner's elegant recordings do not require separate recordings of occlusal relationships. Using an intraoral scanner captures the intraoral situation quickly, directly and accurately. If an intraoral scanner is used, the digital model can be used directly for diagnostic analysis.     There are very many brands of intraoral scanners emerging on the market, and in recent years Yucera has been developing its own intraoral scanners. Currently we can offer our customers a full range of digital processing equipment. This includes scanning, 3D printing of dental moulds, carving, milling, sintering, porcelain baking and all other equipment needed to produce dentures. If you want to shift your dental lab from manual to digital, increase processing efficiency and reduce rework, or if you want to set up your own dental lab, then Yucera will be one of the best choices for you.   Parts of this article are adapted from the book "Digital Planning a...

With the rapid development of digital technology, dental clinics have entered a new era. By applying digital technologies, practices can provide more efficient, comfortable and accurate care, which in turn enhances the patient experience. This article will delve into the use of digital technologies in dental practices and how these technologies can be leveraged to improve patient satisfaction and quality of care.   Traditional dental practices have some inherent limitations, such as uncomfortable, time-consuming and inaccurate impression scans. However, the introduction of digital technology has provided dental practices with a solution for more efficient, comfortable and accurate dental treatment. This not only improves the efficiency of the practice, but also reduces patient discomfort, which in turn enhances the patient experience.   Digital Impression Scanning Technology   Digital impression scanning technology has become an important tool in dental practice. By using a highly accurate digital scanner, dentists can quickly and accurately obtain an impression of a patient's mouth.    Compared to traditional scanning, digital scanning not only greatly reduces scanning time, but also reduces patient discomfort. What's more, digital impressions can be combined with CAD CAM systems to enable the design and production of digital treatment plans, which in turn improves the accuracy and efficiency of treatment.   Digital CAD CAM Technology   Through the introduction of digital technology, the dental industry has made the transition from traditional handmade to digital smart manufacturing. This not only improves the efficiency of dentists, but also provides patients with a higher level of consultation quality. For example, digital CAD CAM allows dental materials to be processed and moulded into dentures more quickly, resulting in a more accurate and faster service for patients.   Digital technology in appointments and communication   Digital technology offers dental practices the possibility to increase the convenience of the appointment and consultation process. With online booking systems, patients can book services anytime, anywhere, without having to visit the clinic in person. In addition, the use of electronic medical records makes it easier for doctors to view patients' medical history and treatment records, and to provide more personalised treatment to patients.   Conclusion: In today's society, digital technology has become an important tool in dental practice. Through the use of digital technology, dental practices are able to provide more efficient, comfortable and accurate care, which in turn enhances the patient experience. As technology continues to advance and develop, digital technology will continue to play an important role in the dental industry. Therefore, it is crucial for dental clinics to update their equipment and technology in a timely manner, and to improve the skill levels of their doctors to meet the needs of their patients. At the same time, in order to better adapt to the development trend of the digital era, dental clinics should actively explore new service modes and management styles in order to further improve service quality and efficiency. Only in this way can we truly realise the enormous potential of digital technology in dental practice and provide patients with better quality treatment services.      

Improving both your dental restoration margins and the accuracy of your digital dental scans is crucial for providing optimal patient care and enhancing the overall efficiency of your dental practice. Here's a detailed explanation on how to accomplish that:   1. Improving Dental Restoration Margins Practice and Training Improving the quality of your margins mainly comes down to practice and training. The more experienced a dentist is at preparing teeth for dental restorations, the better they become at creating precise margins.   Use of Magnification Using magnification tools, such as dental loupes or a dental microscope, can significantly improve the accuracy of tooth preparation for dental restorations. They allow for better visibility, help in detecting any imperfections or irregularities in margins, and ensure proper fit of the restoration.   Use of Modern Materials The use of modern dental materials can also contribute to improving your margins. For instance, materials such as lithium disilicate or zirconia are durable, provide excellent marginal fit, and offer superior esthetics compared to older materials.   2. Enhancing the Accuracy of Digital Dental Scans Regular Calibration of Scanning Tools Regular calibration of intraoral scanners can ensure accuracy and reliability of digital dental scans. Follow the manufacturer's instructions for calibration routines.   Continued Education and Training Proper training on how to use the scanning tools effectively is vital. This can involve attending workshops, webinars, or training sessions provided by the manufacturer.   Proper Isolation Ensuring the tooth or arch is free from blood, saliva, or debris is critical for getting an accurate scan. Using good isolation techniques such as rubber dam or retraction cord can ensure the scanner captures the best possible image.   Patient Positioning The position of the patient can also affect the accuracy of digital dental scans. Adjust the patient's position to a level where you can comfortably and accurately capture the scan.   Quality Scanners Investing in a high-quality dental scanner can substantially improve scan accuracy. Look for scanners with proven high accuracy, good user reviews, and efficient customer service from the manufacturer.   By focusing on these areas, you can significantly improve your dental restoration margins and the accuracy of your digital dental scans, leading to higher quality patient care and increased efficiency in your practice.

Dental implant costs can vary widely, depending on several factors. On average, a single dental implant can cost between $1,000 to $3,000. This price can increase to $2,500 to $6,000 when you factor in additional necessary procedures, such as abutments, crown, or necessary imaging scans. Here's a detailed breakdown:   The Implant Itself: This is the actual piece that's surgically inserted into your jawbone. The price of this component typically runs between $1,000 to $2,000.   The Abutment: This component is crucial as it connects the implant to the prosthetic tooth. The price of abutments can range from $150 to $500.   The Crown: This is the prosthetic tooth that's attached to the abutment. Depending on the material used (porcelain, porcelain-fused-to-metal, zirconia, etc.), a crown can cost anywhere between $500 to $2,000.   Initial Consultation and Imaging: Initial consultation fees, X-ray, or CT scan may be charged separately. These can range from $50 to a few hundred dollars.   Additional Procedures: Some patients may require additional procedures such as tooth extraction, bone grafts, or sinus lifts, which can significantly increase the overall cost.   Geographic Location: The cost of dental implants can vary significantly based on the cost of living in a particular area. Costs tend to be higher in urban areas compared to rural areas.   Expertise of the Dental Professional: More experienced dental professionals may charge more for their services. However, their expertise can lead to better outcomes and fewer complications.   Insurance Coverage: Dental insurance doesn't typically cover implants because many companies classify them as a "cosmetic procedure". However, coverage varies greatly among insurance providers, so it's worth checking.   Keep in mind that while dental implants might seem expensive, they can provide a more permanent and comfortable solution compared to dentures or bridges. They are designed to last a lifetime when properly maintained, making them a cost-effective solution in the long term. It's important to have a detailed conversation with your dentist about the costs involved and the options available to you.

Selecting the right dental lab for your practice can greatly contribute to the success of your business and patient satisfaction. Here are five key aspects to consider when choosing a dental lab:   Quality of Work: Stellar workmanship should be your foremost concern. The dental laboratory you choose should consistently deliver high-quality restorations that fit well, function properly, and look aesthetically pleasing. They should use high-quality materials that are durable and safe.   Communication and Service: Effective communication is vital for a successful partnership with a dental lab. Your lab should be responsive, offer excellent customer service and be willing to discuss cases, provide advice, and address any problems promptly. They should also provide clear and detailed documentation with their restorations.   Turnaround Time: The lab's turnaround time for dental restorations is another factor to consider. Quicker service can lead to better patient satisfaction, but must not compromise the quality of work. The lab should be reliable in meeting delivery dates and provide accurate timelines for different types of restorations.   Technological Capabilities: A lab that stays up-to-date with the latest technology, such as CAD/CAM systems, 3D printing, and digital dentistry, can offer a wider range of services and higher quality restorations. They should also be able to work with digital impressions if you use intraoral scanners in your practice.   Price: While cost should not be the only determining factor, it's an important aspect to consider. The lab should offer fair and competitive pricing. Be cautious of labs with prices significantly lower than average, as this could indicate low-quality materials or workmanship. Remember, the cost of remakes and adjustments can quickly outweigh a cheaper upfront cost.   Before making a decision, it's recommended to visit the lab in person if possible, or at least have a detailed call or online meeting. This allows you to meet the team, verify their certifications, and get a sense of their work process and quality. Always ask for references from other dentists and do some online research on their reputation to make an informed choice.