Osstem 3d Digital Analog

Product Details

Osstem 3D digital analogs are dental components that are used in the field of prosthodontics. They are part of the growing trend towards digital dentistry, which aims to provide faster and more accurate results for dental procedures. This technology is designed to enhance the longevity of dental restorations, ensuring better patient outcomes and satisfaction.

The main material used in Osstem digital analog is grade 5 titanium, which is biocompatible and has excellent strength and durability. These analogs are compatible with digital scanners, which are used to create a digital impression of the patient's teeth. This digital impression is then used to design and manufacture dental restorations such as crowns, bridges, and dentures.

The use of digital analogs allows dentists to create highly accurate prosthetic restorations, which fit the patient's teeth with a high level of precision. This minimizes the need for adjustment or rework, improving the patient's experience and reducing treatment times. Additionally, digital technology enables dental professionals to customize dental restorations for an individual patient's unique needs.

Using Osstem digital analog is relatively simple. Once a digital impression has been taken of the patient's mouth, the analogs are placed on a dental model and used to design the prosthesis. The final product is then fabricated in the laboratory using CAD/CAM milling or 3D printing techniques. Once completed, the prosthetic restoration is cemented or bonded onto the patient's teeth.

In conclusion, Osstem digital analogs are essential components of digital dentistry that help dental professionals improve the accuracy and precision of dental restorations. By using these materials, dentists can provide better outcomes and shorter treatment times while reducing the need for adjustments and rework. With the continued advancement of digital technology in dentistry, the use of digital analogs is becoming increasingly widespread and will continue to improve patient outcomes.