Dentsply Implants Manufacturing 68011110 PrimeTaper EV Ø5.4 x 6.5mm OsseoSpeed DS Implants

Dentsply Implants Manufacturing 68011110 PrimeTaper EV Ø5.4 x 6.5mm OsseoSpeed DS Implants

• Model: 68011110 Dentsply
• Ø5.4 x 6.5mm
• OsseoSpeed
• DS Implants DS PrimeTaper

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

The Dentsply Implants 68011110 PrimeTaper EV Ø5.4 x 6.5mm OsseoSpeed implant is a short, wide-diameter implant engineered for cases with limited vertical bone height but requiring strong load distribution. With a 5.4 mm platform and a compact 6.5 mm length, it is particularly suited for posterior regions where bone availability is reduced, yet mechanical strength is essential. As part of the Astra Tech Implant System EV, this implant benefits from a biologically driven design and a system-wide compatibility that streamlines treatment workflows.

The implant features OsseoSpeed® surface technology, a clinically proven, fluoride-modified titanium surface that enhances early bone healing and long-term osseointegration. Its tapered body and aggressive thread design ensure excellent primary stability, even in softer bone, while the short length reduces the need for extensive bone augmentation procedures. The EV connection provides a secure, self-centering prosthetic interface that minimizes micromovement, helps preserve marginal bone, and supports the soft tissue seal around the implant.

Clinicians choose the 68011110 PrimeTaper EV Ø5.4 x 6.5mm for its unique combination of strength, stability, and versatility in space-constrained anatomical situations. Its ability to deliver reliable functional and esthetic outcomes without compromising on stability makes it a valuable option in both immediate and delayed loading protocols. This implant reflects Dentsply Sirona’s commitment to offering intelligent solutions for challenging clinical scenarios while maintaining simplicity and precision in implant therapy.