For Narrow Implants H2.1

Digital Solutions for Narrow Implants H2.1

DMi Digital Solutions for Narrow Implants H2.1 are precision-manufactured prosthetic and laboratory components designed to support modern digital restorative workflows for DMi narrow implants with the H2.1 Internal Hex connection.

The H2.1 digital system provides clinicians and dental laboratories with components for accurately transferring implant position and orientation into the digital environment, supporting the planning, design, and fabrication of individualized implant-supported restorations.

Depending on the specific product and restorative workflow, DMi H2.1 Digital Solutions may include scan bodies, titanium bases, digital analogs, laboratory components, and other CAD/CAM-compatible prosthetic components.

The components are designed specifically for the narrow H2.1 implant platform, providing accurate positioning and efficient integration between the clinical and laboratory stages of the digital restorative workflow.

Key Features

- Specifically designed for DMi Narrow H2.1 Internal Hex implant connections
- Supports digital implant dentistry and CAD/CAM workflows
- Helps accurately transfer implant position and orientation
- Scan bodies for digital impressions and laboratory scanning
- Titanium bases for CAD/CAM restorations where applicable
- Digital analogs and laboratory components for compatible workflows
- Designed specifically for narrow-platform restorative applications
- Supports customized implant-supported restorations
- Precision-manufactured for accurate positioning and connection
- Designed for efficient clinical and laboratory handling
- Helps streamline communication between clinicians and dental laboratories
- Compatible with designated DMi H2.1 prosthetic components and digital libraries

Applications

Depending on the specific component, DMi Digital Solutions for Narrow Implants H2.1 may be used for intraoral scanning, laboratory scanning, digital transfer of implant position, digital model creation, CAD/CAM design, and fabrication of implant-supported prosthetic restorations.

A compatible H2.1 scan body can be connected to the implant to digitally record its three-dimensional position and orientation. The acquired information can then be transferred into the appropriate CAD/CAM workflow for designing the planned restoration and selecting the corresponding DMi H2.1 restorative component.

Digital Workflow

1. Select the appropriate digital component for the DMi H2.1 Internal Hex connection.
2. Connect the designated H2.1 scan body and record the implant position using an intraoral or laboratory scanner.
3. Transfer the scan data into compatible CAD/CAM software using the appropriate DMi digital library.
4. Design the required implant-supported restoration.
5. Select the corresponding H2.1 titanium base or other compatible restorative component according to the treatment plan.
6. Fabricate and complete the final restoration according to the applicable clinical and laboratory protocol.

Always verify compatibility between the H2.1 implant connection, scan body, digital analog, titanium base, prosthetic components, digital library, and CAD/CAM system before use. Follow the applicable DMi Instructions for Use.