Dental Prosthetics - Internal Hex for Implantology

An internal hex implant is a type of dental implant connection featuring a hexagonal shape inside the implant. This design allows for a secure fit between the implant and abutment, offering greater stability during and after the prosthetic procedure. The internal hex design is commonly used in various prosthetic solutions due to its compatibility with a wide range of abutments and restorative options, such as healing caps, impression copings, and screws.

The Internal Hex Connection offers numerous benefits: Improved Stability: The hexagonal connection enhances the stability of the prosthetic, making it less likely to shift. Versatility: It is compatible with many leading dental implant brands. Durability: The design allows for better load distribution, reducing the stress on the implant and extending the lifespan of the restoration. Precision Fit: This system ensures an accurate and tight fit, which minimizes the risk of bacterial leakage.

On Wholdent.com we have large Internal Hex Prosthetics range, such as: Straight Abutments: For standard prosthetic needs. Angulated Abutments: For cases requiring angulation correction. Temporary Abutments: Used during the healing phase. Zirconia Abutments: For aesthetic cases where the appearance of the prosthetic is crucial. These options make the Internal Hex system highly adaptable for different clinical situations.

Choosing the right abutment for an Internal Hex implant requires considering several factors to ensure a successful restoration. First, determine the type of restoration—single-unit, multi-unit, or angled—based on the implant’s position and the patient’s needs. Next, measure the gingival height to select an abutment with the correct collar height for optimal soft tissue adaptation. If the implant is not perfectly aligned, an angled abutment may be necessary for proper prosthetic positioning. You must also ensure that the abutment is compatible with the specific platform size of the Internal Hex implant, whether narrow, standard, or wide. Finally, always choose abutments made from durable materials, such as titanium or zirconia, to provide long-term stability and strength. This process helps ensure an ideal fit and function for the patient’s restoration.