Biomate System · Precision Engineering

Prosthetics & Connection

All fixture sizes have the same prosthetic connection with a 10° internal hex connection.

AI Summary – What you can take away in 1 minute • Universal Connection: All fixture sizes feature a standardized 10° internal hex connection, simplifying prosthetic selection and inventory management.
• Mechanical Stability: The Morse Taper design creates a frictional, self-locking mechanism, effectively eliminating micro-movements.
• Biological Seal: High-precision fit significantly reduces the micro-gap, preventing bacterial infiltration and protecting peri-implant tissue.
• Superior Durability: Combined design ensures even load distribution across the implant body, minimizing mechanical stress.

Quick Guide

Q. What is the benefit of a 10° Internal Hex?

It provides a Universal Connection. All fixture sizes share the same platform, reducing inventory and ensuring prosthetic compatibility across the entire system.

INSIGHT

How does Morse Taper improve longevity?

The 10-degree taper creates a frictional seal. This self-locking mechanism eliminates micro-gaps, preventing bacterial infiltration and mechanical screw loosening.

The Abutment of Biomate Dental Implant System.

The Abutment of BiomatePlus Dental Implant System.

Technical Logic The 10-degree Morse taper combined with an internal hex design offers a robust and reliable solution. It enhances mechanical stability, improves load distribution, reduces the risk of complications like micro-gap formation, and contributes to better aesthetic outcomes.

Advantages of the Morse Taper and Internal Hex Design:

1. Excellent Biocompatibility

Osseo-integration:
Titanium, commonly used in implant screws, promotes osseointegration, where the bone grows around the implant, anchoring it securely. This leads to better long-term outcomes and minimizes the risk of implant failure.

Gold Abutment:
If the abutment is made of or coated with titanium, it can offer advantages such as resistance to bacterial adhesion, reducing the risk of peri-implantitis (inflammation around the implant).

2. Enhanced Mechanical Stability

Morse Taper (10-Degree Angle):
The Morse taper is a type of frictional connection that is widely recognized for its excellent mechanical stability. The 10-degree taper ensures a tight fit between the abutment and the implant, creating a self-locking mechanism. This reduces micro-movements at the connection site, which is crucial for the longevity of the implant and for preventing screw loosening.

Internal Hex Connection:
The internal hex design adds an additional layer of stability by providing an anti-rotational feature. This prevents any rotational movement that could lead to misalignment of the prosthetic crown.

3. Improved Load Distribution

Combined Design:
The combination of the Morse taper and internal hex allows for more effective load distribution across the implant. The tight frictional fit of the Morse taper reduces stress on the screw, while the internal hex ensures that the load is evenly spread throughout the implant body. This minimizes mechanical failures and enhances overall durability.

4. Reduction of Micro-Gap

Sealed Connection:
The Morse taper design inherently reduces the micro-gap between the abutment and implant. A smaller micro-gap is beneficial in preventing bacterial infiltration, which can cause peri-implantitis. This is a significant advantage in maintaining the long-term health of the surrounding tissues.

Ease of Maintenance:
The secure fit makes it easier to maintain the implant, with less risk of food particles or bacteria getting trapped around the implant site.

5. Enhanced Aesthetic Outcomes

Tissue Preservation:
The stable connection minimizes micro-movement, which in turn helps preserve the surrounding bone and soft tissue. This leads to better aesthetic outcomes, as the tissues around the implant are less likely to recede or become inflamed.

6. Ease of Handling and Reusability

Simple Alignment:
The internal hex aids in the alignment of the abutment during placement, making it easier for the clinician to achieve precise positioning. This can reduce chair time and improve success rates.

Reusability:
The frictional fit allows the abutment to be removed and reattached multiple times without compromising the connection integrity, advantageous for complex restorative adjustments.