PRIMARY STABILITY

In the conical tapered apical area of SDS implants, the deep Dynamic Thread® depths provide the immediate grip necessary for initial stability, even in cases of low bone quality or minimal apical bone volume. ¹⁻²

In this report case, due to their stability in the apical region, SDS implants could be loaded immediately, despite the initial bone condition.

Clinical Surgeon
Advantages:

During the insertion of the implant, the conical tapered apical design and its Dynamic Thread® deep threads ensure immediate grip into the bone, resulting in:

1.

Very high stability

Option of a torque range of 35-70 Ncm ³⁻⁷

2.

Immediate grip

Leading to high primary stability ⁴

Very high stability

Immediate grip

Leading to high primary stability ⁴

Option of a torque range of 35-70 Ncm ³⁻⁷

3.

Stabilization of fibrin clot

Thanks to less micro-motion ⁵⁻⁶
4.

Promotion of secondary stability

⁷⁻¹⁴

Stabilization of fibrin clot

Thanks to less micro-motion ⁵⁻⁶

Promotion of secondary stability

⁷⁻¹⁴

SDS implants are the only ones with a conical, tapered apical design and a deep, large Dynamic Thread®.

Comparison to competitors

SDS Thread

Longest thread depth in the apical area ✔
Tapered with threads ✔
Controlledfriction and heat ✔

Third-party thread

Longest thread depth in the apical area ✘
Tapered with threads ✘
Controlled friction and heat❓

Third-party thread

Longest thread depth in the apical area ✘
Tapered with threads ✔
Controlled friction and heat❓

SDS Thread

Third-party thread

Third-party thread

Longest thread depth in the apical area ✔
Tapered with threads ✔
Controlledfriction and heat ✔

Longest thread depth in the apical area ✘
Tapered with threads ✘
Controlled friction and heat❓

Longest thread depth in the apical area ✘
Tapered with threads ✔
Controlled friction and heat❓

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