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Accessories for Short Implants with Internal Hex H2.43
DMi Accessories for Short Implants H2.43 are precision-manufactured impression components specifically designed for DMi Short Implants with the H2.43 Internal Hex connection.
The Short H2.43 accessory system includes Closed Clip Transfers, Closed Lock Transfers, and Open Transfers, providing clinicians with multiple options for accurately transferring the position and orientation of short implants during impression procedures.
The specialized configurations are designed to support the restorative workflow of the DMi Short Implant H2.43 system while providing accurate positioning, reliable connection, and efficient clinical and laboratory handling.
Key Features
- Specifically designed for DMi Short Implant H2.43 systems
- Compatible with the H2.43 Internal Hex connection
- Closed Clip Transfer for applicable closed-tray impression procedures
- Closed Lock Transfer for closed-tray impression techniques
- Open Transfer for open-tray impression techniques
- Designed for accurate transfer of implant position and orientation
- Multiple impression options for different clinical requirements
- Precision-manufactured for accurate fit and reliable connection
- Designed for efficient clinical and laboratory workflows
- Compatible with designated DMi Short Implant H2.43 prosthetic components
Applications
DMi Short Implant H2.43 Impression Transfers are designed to accurately reproduce the position and orientation of the implant during the impression procedure for subsequent fabrication of an implant-supported prosthetic restoration.
Closed Clip and Closed Lock Transfers provide options for closed-tray impression workflows, while the Open Transfer is designed for open-tray impression procedures.
Select the appropriate transfer according to the impression technique, implant position, available restorative space, soft-tissue conditions, and individual clinical requirements.
Always verify compatibility with the DMi Short Implant H2.43 Internal Hex system and corresponding prosthetic components, and follow the applicable DMi Instructions for Use.