Dentalplant Implant Hex Drivers

• Hexagonal Design: Implant hex drivers feature a hexagonal working end that matches the hexagonal interface of dental implants and implant components. This design ensures a precise fit and minimizes the risk of stripping or damaging the implant connection.
• Compatibility: Implant hex drivers are designed to be compatible with specific implant systems and components. They are available in various sizes and styles to accommodate the diversity of dental implant systems in use.
• Material: Implant hex drivers are typically constructed from high-quality stainless steel or other biocompatible materials. This construction ensures durability, resistance to corrosion, and biocompatibility.
• Handle Design: The handle of the hex driver is designed for an ergonomic and comfortable grip. It may have a knurled or textured surface to prevent slipping, even when the operator's gloves are moist.
• Long and Short Versions: Implant hex drivers are available in both long and short versions. The choice of length depends on the specific clinical situation and accessibility requirements. Longer hex drivers are useful for posterior or deep-seated implants, while shorter ones are suitable for anterior or shallow implants.
• Autoclavable: Implant hex drivers are autoclavable, allowing for proper sterilization using standard autoclaving procedures. This is essential to maintain instrument hygiene between patient uses.
• Manual and Motorized Use: Implant hex drivers can be used manually, with the dentist applying manual torque, or with a motorized handpiece for precise and controlled torque application. This versatility allows for adaptability to different clinical scenarios.
• Procedural Versatility: Implant hex drivers are used at various stages of implant dentistry, including implant placement, abutment connection, and final prosthetic restoration. They are versatile tools for achieving accurate torque values and ensuring the stability of dental implants.
• Sterilization and Maintenance: Proper cleaning and sterilization of implant hex drivers are essential to prevent cross-contamination between patients and maintain a sterile environment in the dental office. Most hex drivers are designed to withstand autoclaving.

• Material: Stainless Steel

• 1 x Hex Driver

Prepare the Operating Environment:

• Ensure that the dental operatory is clean and set up for the specific implant procedure you are performing.
• Sterilize all necessary instruments and equipment, including the implant hex drivers, following your dental practice's infection control protocols.

Identify the Correct Hex Driver:

• Select the appropriate implant hex driver that matches the hexagonal interface of the dental implant or implant component you will be working with.
• Some hex drivers may be color-coded or labeled with the compatible implant system for easy identification.

Attach the Hex Driver:

• Ensure that the hex driver is securely attached to a compatible handpiece, which may include manual handles or motorized handpieces.
• If using a ratcheting hex driver, attach it to a compatible ratchet wrench.

Implant Placement or Adjustment:

• During the implant placement or adjustment procedure, use the hex driver to engage the hexagonal interface of the implant or implant component. Ensure a secure fit.
• Apply controlled and appropriate torque using the hex driver.
• Depending on the stage of the procedure, you may use the hex driver for implant placement, abutment connection, or other related tasks.

Monitor Torque Levels:

• If using a torque wrench or a motorized handpiece with torque control, monitor and adjust the torque levels as needed to ensure that you do not exceed the recommended torque limits. This helps prevent over-tightening or damaging the implant components.

Prosthetic Procedures:

• In prosthetic procedures, use the hex driver to connect prosthetic abutments, healing caps, or other prosthetic components to the implant fixture.

Removal Procedures (if applicable):

• If you need to remove a dental implant or component, use the hex driver to engage the hexagonal interface and carefully apply counterclockwise (lefty loosey) torque to unscrew and remove the component. Be cautious not to damage the implant or surrounding tissues.

Sterilization and Maintenance:

• After completing the procedure, detach the hex driver from the handpiece.
• Thoroughly clean and sterilize the hex driver following your dental practice's infection control guidelines before storing it for future use.

• Country of Origin: Made in PRC

Question: Can I use this for dentium superline abutment and also will this be compatible with dentium torque wrench?
Answer: Yes, the Dentalplant Implant Hex Driver 1.27mm (Dentium Type) can be used for Dentium Superline abutments and is compatible with Dentium torque wrenches.

Question: 1.2 hex driver can be attached in torque rachet? Or manual only?
Answer: The 1.2mm hex driver from Dentalplant Implant Hex Drivers can be attached to a torque wrench or ratchet wrench for precise and controlled use during dental implant procedures.

Question: Which of these hex drivers is compatible with Cowellmedi implants?
Answer: The 1.2mm hex driver from the Dentalplant Implant Hex Drivers is compatible with Cowellmedi implants, providing a precise and suitable tool for working with Cowellmedi implant systems.

Question: Can hex driver 1.27 be used for dentium NR Line Implant system ?
Answer: The Dentium NR Line Implant system requires a square prosthetic hex driver for use with its components, as opposed to a hex driver 1.27. It is essential to utilize the designated square screwdriver for all abutment screws within the Dentium NR Line Implant system to ensure proper compatibility and functionality during dental procedures.

Question: Can it be used for removing/tightening abutment of dio implants ?
Answer: Yes, the Dentalplant Implant Hex Drivers, specifically the 1.2mm prosthetic hex driver, can be used for removing or tightening the abutment of DIO implants.

Question: Is it compatible for Adin ?
Answer: Yes, the Dentalplant Implant Hex Drivers with a 1.27mm size will be compatible with Adin implant systems, as Adin implants require a hex driver of 1.27mm.

Question: Can we use Osstem hex driver for Biotec implant abutment removal also ?
Answer: No, the Osstem hex driver with a size of 1.27 cannot be used for Biotec implant abutment removal. Biotec prosthetic hex drivers have a specific size of 1.25mm, and it is essential to use the correct tool for each implant system to ensure compatibility and proper function.

Question: Can we use osstem driver to dio Navi healing collars ?
Answer: Yes, you can use the Osstem hex driver (1.2 mm) for Dio Navi healing collars, as the hex driver size matches. The compatibility of the 1.2 mm hex driver ensures that it is applicable not only for Osstem but also for Dio, allowing for consistent and interchangeable use with both implant systems.

Question: Is the handle and the blade detachable?
Answer: No, the handle and working part of the Dentalplant Implant Hex Drivers are not detachable. They are designed as a single, integrated unit, providing stability and precision during implant procedures.