Dentsply Implants Manufacturing 25516 Implant Pick-Up EV 3.6 Short Astra Tech Implant System

Dentsply Implants Manufacturing 25516 Implant Pick-Up EV 3.6 Short Astra Tech Implant System

• Model: 25516 Dentsply
• 3.6
• Short
• 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 25516 Implant Pick‑Up EV 3.6 Short, part of the Astra Tech Implant System EV, is a titanium, non‑sterile impression component specifically designed for open‑tray (implant-level) impression procedures. Its 3.6 mm connection diameter (color-coded purple for easy identification) and compact short height of approximately 16.5 mm make it ideal for clinical workflows requiring minimal vertical extension. This precise component facilitates accurate transfer of both implant position and soft tissue architecture to master models, an essential process in fabricating well-fitting prosthetics.

This pick‑up is engineered for seamless, one-hand operation with a self‑guiding design and a hexagonal pin head that ensures secure and intuitive placement. It supports all indexing configurations—one-position-only, six-position, and index-free—allowing flexibility in restorative orientations. Built with splinting capabilities, it allows clinicians to stabilize multiple pick‑ups during full‑arch or complex impression workflows. These features support efficient and error-reducing use in both surgical and laboratory settings.

As an integral part of the Astra Tech Implant System EV, the 25516 pick‑up benefits from a system renowned for its BioManagement Complex—delivering exceptional long-term soft tissue stability and esthetic outcomes. Its compact design helps reduce distortion and soft tissue displacement during impression taking, critical for precision in aesthetic zones. The straightforward, color-coded workflow reinforces consistency and reduces chances for procedural errors—enhancing clinical productivity and quality of the final restoration.