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In dental clinics, maintaining the cleanliness and sterility of tools is crucial, especially for precision instruments like diamond burs. Common methods of disinfecting diamond burs include high-temperature disinfection, physical disinfection, and ultrasonic disinfection. Among these, high-temperature, high-pressure disinfection is fast, reliable, safe, widely used for diamond burs, and most importantly, cost-effective.

For decades, the traditional dental impression process involved impression materials and techniques that required multiple steps and appointments. While effective, it relied on analog rather than digital workflows. In recent years, dentistry has gone through a technological revolution with the rise of intraoral scanners.Whereas impression materials and techniques were once the standard protocol, the digital impression process enabled by intraoral scanners offers significant upgrades.

With so many intraoral scanners on the market, dental practices should undertake a thorough dental scanner comparison before investing in digital dentistry.So you’re well aware that digital dentistry offers a range of benefits for dental practices – from increased patient comfort to better workflow efficiency. You also know that intraoral scanners are the backbone of digital dentistry.

When it comes to restoring small anterior teeth, one material that has gained popularity in the dental field is lithium disilicate glass ceramic. This innovative material offers a range of benefits that make it an excellent choice for achieving natural-looking and durable results.What is Lithium Disilicate Glass Ceramic?Lithium disilicate glass ceramic is a type of glass-ceramic material that is known for its high strength and excellent esthetic properties.

LITHIUM DISILICATE VENEERIn the dentist industry, the filling or crown or whatever dental practices you choose, the dentist will refer to only a few materials such as metal or gold materials. But now the technology has developed so much, as the dentist practices different types of materials to make several dental products.Among all the materials, the ceramic material called Lithium Disilicate has been used the most. Lithium Disilicate is one of the most common glass-ceramic materials used for the fillings and crowns.

If you had a filling or crown before the early 2000s, your dental professional might have used a metal or gold material. Today, dental researchers can now fabricate fillings, crowns, and veneers from another type of material: a single block of ceramic material called lithium disilicate. Because of its versatility, strength, and translucency, lithium disilicate is one of the most widely-used glass-ceramic materials used in fillings and crowns. Lithium disilicate is a glass-ceramic material used in restorative dentistry to create fillings, crowns, and veneers.

Thanks to its aesthetic benefits, ease of use and profitability, Lithium Disilicate is undoubtedly the most popular material at the moment for the manufacture of oral restorations, and it will surely continue to be so. It is also such a versatile material that it can be used by dentists to produce veneers, crowns and even bridges within the clinic.If you own a dental laboratory or an oral rehabilitator and want to offer an agile service to your clients, one of the best investments you can make is a system to work with Lithium Disilicate.

Product IntructionsL3 - The Value Choice for Dental DigitalizationDental Tech End 3D ScannerL Series Support gypsum,improving,type, maxillary, wax,texture and other dental model scans.Product AdvantageFocus on dental 3D scanningProudly launch the ingenious design of the L series dental 3D scanner, which meets the efficiency and accuracy requirements of the technician in all scenarios with excellent performance.The all-metal body ensures the stability and durability of the device.The open structure design ensures the flexibility and convenience of operation while effectively preventing the ext

The advent of dental CAD-CAM technology (Computer-aided design & Computer-aided manufacturing) paved the way for increased machine-able materials appropriate for oral prostheses. One such material is PEEK (Polyetheretherketone) – a highly performed polymer that has been applied in dentistry with preferred physical, chemical, and mechanical properties.

brushing too hardMay break teeth  If you don't use a poor-quality toothbrush, in most cases, the main reason for the crooked toothbrush bristles is to brush your teeth too hard. And brushing too hard is not just as simple as making the gums bleed easily.