UCLA Abutments

Introduction:
In the world of dental restoration, precision is paramount. UCLA abutments from dip are the epitome of precision, seamlessly combining customization and high-precision performance. Today's UCLA gold standard features a cobalt-chrome base and a polyoxymethylene (POM) sleeve, offering a unique blend of strength and versatility.

Unlocking the Potential of UCLA Implant Abutments:
dip's UCLA Implant Abutments:
dip's innovative approach to UCLA implant abutments breathes new life into the traditional POM castable abutment. By replacing the base with high-grade metals, specifically cobalt-chrome (CoCr) and titanium, we elevate the abutment's strength and accuracy to unprecedented levels. These materials are renowned for their seamless integration as the base in castable abutments.

Precision-Oriented Design:
The design of dip's UCLA abutments places a strong emphasis on depth and angle adjustments while ensuring stable and precise orientation throughout the adjustment process. This unique approach sets them apart as a game-changer in the field of implantology.

Advantages of UCLA Abutments:
Cost-Effective Customization:
Our UCLA implant abutments present a cost-effective and customizable alternative to pre-milled metal abutments. They outshine traditional UCLA abutments by delivering superior durability, reduced misfit between fixture-abutment connections, and an exceptional level of marginal fit.

Strength and Precision Combined:
The incorporation of a metal base (either titanium or cobalt-chrome) in dip's POM-based UCLA abutments catapults their precision and strength. These abutments excel at correcting angulation issues, allowing angle adjustments of up to 30° when cast as a custom abutment. In certain cases, they can even be employed for depth correction.

Versatility Beyond Compare:
dip's UCLA abutments cater to single and multi-unit abutment restorations, as well as cement-retained restorations. The introduction of the overcast UCLA abutment, featuring a titanium or cobalt-chrome base combined with a POM burnout sleeve, has expanded the horizons of castable abutments. This innovation improves mucosal attachment of the gingiva to the abutment's surface, an achievement not attainable with standard castable abutment materials like POM or porcelain. Titanium and cobalt-chrome, known for their biocompatibility and healing success, form the base of dip's UCLA abutments.

The Materials Behind Excellence:

Raw Materials:
Every dip UCLA implant abutment comes equipped with a polyoxymethylene (POM) burnout sleeve.

The base of these abutments is crafted from two high-grade metal options: cobalt-chrome or titanium. The cobalt-chrome used by dip boasts a chemical composition of 66% cobalt, 27% chrome, 6% molybdenum, and less than 1% nickel. Meanwhile, titanium bases are forged from the finest quality titanium, specifically Ti-6AL-4V-ELI.

From 'Gold Standard' to 'Cobalt-Chrome Standard':

A Historical Shift:
The use of cobalt-chrome frameworks in dentistry traces back to 1929 when they found their niche in removable partial dentures. Over time, their applications expanded significantly in the realm of implantology. While gold once held the prosthetic standard due to attributes like ductility and biocompatibility, it gradually waned in popularity due to high demand and cost.

The Rise of Cobalt-Chrome:
Cobalt-chrome took center stage as a cost-effective alternative boasting excellent mechanical and biocompatible properties. This material is prized in implant dentistry not only for its stiffness and bond strength but also for its exceptional resistance to corrosion and high melting threshold.

In conclusion, dip's UCLA abutments represent the pinnacle of precision and performance in dental restoration. These abutments redefine what's possible by seamlessly combining customization, strength, and precision. Make the smart choice for your implantology needs with dip's UCLA abutments.

#dip @dentalimplantparts #dentalabutment #dentallab #dentalimplants #uclaabutments