Original: $135.00
-65%$135.00
$47.25The Story
Dentsply Implants Manufacturing 25728 Hex Driver EV Machine Long, 35mm Astra Tech Implant System
• Model: 25728 Dentsply
• 35mm
• Long
• 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 25728 Hex Driver EV Machine Long is a stainless-steel, non-sterile instrument designed for use with the Astra Tech Implant System EV. Featuring a total length of 35 mm, this long variant offers extended reach essential for accessing recessed or deeply situated internal hexagonal connections in implants or prosthetic components. It is compatible with both contra-angle handpieces and Torque Wrench EV driver handles, facilitating seamless integration into surgical and restorative toolsets.
Engineered for dependable performance, the 25728 Hex Driver EV is tailored for the Hex Driver EV Machine series. It’s specifically meant for tightening and loosening components that utilize an internal hexagon interface, providing precise torque transfer. The robust stainless-steel construction delivers both mechanical stability and resistance to wear—critical for frequent use in clinical environments. Its design ensures consistent performance when installing or removing screws, pins, and other components integral to the EV implant workflow.
As part of the Astra Tech Implant System EV—a platform renowned for biologically driven design, soft tissue stability, and long-term esthetics—the 25728 Hex Driver EV Machine Long supports the system’s streamlined restorative processes. Its increased length enables clinicians to handle components more comfortably and with better visibility in complex or deep surgical scenarios. This ergonomic enhancement helps minimize potential handling errors and contributes to more accurate and efficient procedures.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
Dentsply Implants Manufacturing 25728 Hex Driver EV Machine Long, 35mm Astra Tech Implant System
• Model: 25728 Dentsply
• 35mm
• Long
• 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 25728 Hex Driver EV Machine Long is a stainless-steel, non-sterile instrument designed for use with the Astra Tech Implant System EV. Featuring a total length of 35 mm, this long variant offers extended reach essential for accessing recessed or deeply situated internal hexagonal connections in implants or prosthetic components. It is compatible with both contra-angle handpieces and Torque Wrench EV driver handles, facilitating seamless integration into surgical and restorative toolsets.
Engineered for dependable performance, the 25728 Hex Driver EV is tailored for the Hex Driver EV Machine series. It’s specifically meant for tightening and loosening components that utilize an internal hexagon interface, providing precise torque transfer. The robust stainless-steel construction delivers both mechanical stability and resistance to wear—critical for frequent use in clinical environments. Its design ensures consistent performance when installing or removing screws, pins, and other components integral to the EV implant workflow.
As part of the Astra Tech Implant System EV—a platform renowned for biologically driven design, soft tissue stability, and long-term esthetics—the 25728 Hex Driver EV Machine Long supports the system’s streamlined restorative processes. Its increased length enables clinicians to handle components more comfortably and with better visibility in complex or deep surgical scenarios. This ergonomic enhancement helps minimize potential handling errors and contributes to more accurate and efficient procedures.
