Dental technology improvements can give you with cutting-edge solutions to common dental problems. The goal of technological developments is to provide you with cutting-edge dental treatment that is more efficient, effective, and pleasant.
Dentistry appears to have stayed mostly unaltered to the untrained eye. Dental technology, on the other hand, has been rapidly progressing, assisting in the transformation of the field of dentistry. According to a dental office in Chandler, “New technologies are being developed with the goal of providing products and procedures that your dentist may employ to help in the prevention, diagnosis, and treatment of oral problems and illnesses as early as possible.”
Your dentist can choose from a range of dental technologies, each with its own set of benefits that might make you feel more at ease during your treatment.
Some of the most well-known technologies are as follows:
Air-Abrasion: A non-invasive alternative to a traditional dental drill for repairing tiny cavities and preserving healthy tooth structure without the need of a local anesthetic is an air-abrasion device. Air-abrasion allows for the precise eradication of degradation using a blast of air and aluminum oxide pellets. The air-abrasion treatment can also be used to help repair existing dental restorations by accessing difficult areas such as those between the teeth.
Bone Replacement: Bone replacements come in three varieties to help those who have lost or need to have their bones extracted:
1. Autogenous Man-Made Bone Replacement: A freeze-dried material created in a lab.
2. Cadaver/Animal Bone Replacement: Bone that has been preserved, treated, and sterilized from a deceased person or an animal source.
3. Bone Grafting: To replace lost bone, bone from another portion of the body, such as the iliac crest region of the pelvis, is utilized.
Platelet-rich growth factors can help in bone formation and repair. It’s used in bone replacement and heals quickly. Bone replacement treatments are more advanced today than they were in the past, and they can be more readily incorporated into the existing bone structure.
CAD/CAM – Dental restorations can be created with the help of CAM (computer-assisted design, computer-assisted fabrication) technology. In the office, your dentist may utilize CAD/CAM technology to accomplish dental restorations that would ordinarily take two visits. These procedures include inlays, onlays, porcelain veneers, dental crowns, and dental bridges.
Caries Detection Solution: A caries detection solution is a liquid red dye that is applied to a tooth to check that all decay in a treated area has been removed. Plaque revealing tablets, which are used after brushing to identify any locations you missed or didn’t clean well, are similar to this solution.
Three-dimensional pictures are produced using CAT scans. A CAT scan is used by implantologists (dentists who do surgical and restorative implant procedures) to better examine and work on the jawbone or surrounding bone structure, resulting in more precise results. CAT scan technology has become highly specialized for dentistry since implants, rather than dentures, have become the mainstay of therapy for tooth replacement.
Certain veneers and other restorations, as well as filling cavities and adhering to or reconstructing teeth, are now made with composite resin materials. Composite resins have gained popularity in recent years due to their tooth-like resolution. They’re constantly improved and adjusted to better match tooth colors, make application faster, and maintain their shape without sagging off the teeth. The transparency of modern materials, as well as the handling and curing speeds associated with composite resins, have aided in achieving great natural-looking results.
Diagnodent is a tool for detecting cavities early on. The cutting-edge procedure uses sound pulse and laser technology to detect caries earlier than traditional methods, allowing treatment to begin sooner and lowering the amount of decay that can develop. This aids in the preservation of as much natural tooth structure as feasible.
Dental Implants: Dental implant technology is constantly evolving. Mini-implants can now accept little tooth replacements. The bio-integration of the titanium tooth root with human bone is completely predictable. The effects persist a long time. The dentistry industry has also focused on reducing treatment periods, and certain implants may be placed right after tooth extraction rather than six months later. In many circumstances, dental implants are the standard of treatment when a tooth needs to be extracted or a root canal is required.
Desensitizers: If you have sensitive teeth, your dentist or hygienist may use desensitizers beforehand to keep you comfortable throughout the operation. Desensitizers can be used alone or in conjunction with other pain-relieving methods like as local anesthetic or sedation dentistry.
Digital radiographs: Digital radiographs take dental images with a sensor, which are then processed and shown on a computer screen. Traditional X-rays can be uncomfortable, but digital X-rays can be more pleasant while simultaneously minimizing radiation exposure. Four digital radiographs are about equal to one “paper” X-ray.
Electric Hand Pieces: When used with rotary cutting instruments, electric hand pieces can aid with cleanliness. Electric handpieces distribute material more evenly, reducing wear on healthy tooth structure. They’re generally also quieter.
Appointments for dental work can now be made on a practice’s website. Dentists may send real-time emails with your intra-oral photographs to dental technicians, allowing them to discuss the condition with you in the chair. You may also utilize the Internet to keep up with the current innovations in dentistry by using it as a source of information.
Intra-Oral Camera: Intra-oral cameras can take close-up photos of your teeth and their supporting components. Any faults in your teeth may be seen by you, your dentist, and any dental technician working on your case. Intra-oral cameras can also assist you in learning more about dental hygiene habits, such as how to correctly brush and floss your teeth.
Lasers: Lasers offer reduced discomfort and, in some cases, a suture-free option for the treatment of benign tumors, cold sores, crown lengthening, decay removal, gummy smile changes, dental fillings, tongue tie and speech impediment improvements, nerve regeneration for damaged nerves and blood vessels, and scars. Lasers can be used to treat a variety of dental issues, including sleep apnea, some kinds of TMD, and tooth sensitivity. This is a very potential area of growth in dental technology. Lasers emit light energy, allowing for a speedier and virtually painless healing process.
Optical Scanners: By establishing a digital map of the tooth, optical scanners create a 3-D copy model of the dental structure. This assists in accurate color analysis for dental laboratory-made cosmetic treatments such as porcelain veneers, crowns, and bridges.