Dentsply Implants Manufacturing 26344 Astra Tech Implant Ev 4.8 S - 13 Mm Osseospeed

• Model: 26344
• 4.8
• 13mm
• Osseospeed
• Astra Tech Implant System

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 Manufacturing 26344 Astra Tech Implant Ev 4.8 S - 13 Mm Osseospeed is a reliable and high-quality dental implant. Featuring a 4.8 S size and innovative Osseospeed technology, it provides superior stability and faster healing for patients. Trust in this product for successful and efficient dental implant procedures.

The Dentsply 26344 Astra Tech Implant EV 4.8 S – 13 mm OsseoSpeed features a 4.8 mm diameter and 13 mm length, falling within the “S” (standard) head profile category. This dimension offers a balance between strength and vertical space economy, making it especially suitable for posterior regions where clinicians need reliable anchorage without excessive obtrusion.

Like other EV implants, this model incorporates the OsseoSpeed surface — a specially engineered nano-textured titanium treatment proven to enhance early bone formation and preserve marginal bone over time. Plus, it shares the standardized EV connection interface, compatible with Atlantis patient-specific abutments (one-position-only), six-position indexing for prefabricated options, and index-free seating for more flexibility — reducing inventory complexity while enabling streamlined restorative workflows.

This implant integrates flawlessly into the Astra Tech crown-down philosophy, which emphasizes natural esthetics, clinical efficiency, and soft tissue stability. Its mid-sized diameter and moderate length, combined with the biologically favorable surface and modular prosthetic connection, make it a dependable choice for a wide range of restorative indications—from single crowns to multi-unit posterior restorations—ensuring functional reliability and minimal surgical complexity.