TM10731 Dental Abutment for Implants

Dental Abutment for Implants Description

Dental Abutment for Implants is engineered from Grade 23 titanium to meet the rigorous requirements of dental implant procedures. The precise customisation of dimensions facilitates optimal interfacing with implant fixtures, ensuring secure prosthetic retention. The material's inherent biocompatibility and resistance to corrosion support long-term clinical use, preventing adverse tissue reactions and mechanical failure during masticatory loads.

Dental Abutment for Implants Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Dental Abutment for Implants Applications

Healthcare Applications
- Use as a connector in dental implant systems to achieve secure prosthetic retention by leveraging Grade 23 titanium's biocompatibility and mechanical strength.
- Applied as a fixation component in dental bridges to ensure optimal load distribution through precisely controlled customisation.

Dental Laboratory and Equipment Applications
- Used as a precision component in dental lab fixtures to align and secure implant assemblies by utilising its tailored dimensional accuracy and surface finish attributes.

Dental Abutment for Implants Packing

The Dental Abutment for Implants is packed in sterilised, foam-lined, anti-contamination containers designed to protect against mechanical shocks and environmental exposure. Each unit is sealed in a moisture-resistant package and labelled with its customisation details. Proper storage in a temperature-controlled facility is advised to preserve material properties. Custom packaging options are available to meet specific clinical and laboratory requirements.

Additional Information

Understanding the properties of Grade 23 titanium is essential in optimising dental abutment performance. Its biocompatibility, corrosion resistance, and mechanical characteristics are fundamental in minimising tissue reactions and ensuring long-term stability in implant dentistry.

In a broader context, advancements in titanium processing technologies have influenced the design and fabrication of customised medical components. Precision machining, combined with stringent quality assessment protocols, has enabled the production of implants that meet the dynamic challenges of oral biology and masticatory forces. This integration of material science and clinical requirements exemplifies the evolving landscape of dental restorative solutions.