Core Product Information

Product Name: 3D Digital Analog

Product Introduction: The 3D Digital Analog (dental digital surrogate) is used to simulate the morphology, position, angle, and internal structure of clinical implants, accurately replicating various implant parameters. It is compatible with the entire digital implant process, providing precise digital references for 3D printed model fabrication, denture CAD/CAM design and fabrication. It can be embedded in the printed model to replace the implant's position in the patient's mouth.

Product Features and Advantages

Precise Replication with Minimal Data Error

Utilizing high-precision CNC machining, the replica perfectly matches the implant data, accurately reflecting the implant's position, angle, and internal dimensions. High-precision cross-sectional data verification effectively avoids processing errors, ensuring a perfect fit.

Wide Compatibility and Strong Adaptability

A complete range of models are available, compatible with most common implant systems on the market. One kit can cover multiple implant brands without additional customization. It is also compatible with 3D printing and CAD/CAM digital workflows, suitable for various digital implant restoration scenarios.

Durable and Reusable Material

Made of medical-grade 304 stainless steel, it is resistant to high temperature and pressure, wear and corrosion. It can undergo high-temperature and high-pressure sterilization, is not easily deformed or worn, and can be reused multiple times, reducing operating costs and extending service life.

Convenient Operation and Improved Efficiency

The triangular anti-rotation retention at the bottom facilitates orientation identification and installation, enabling "blind installation." It eliminates the need for precise alignment with the dental mold holes, solving the problem of difficult manual installation and simplifying the digital denture processing flow, saving time.

Facilitating Digital Processes and Reducing Rework

It accurately transmits implant data, avoiding the cumbersome errors of traditional transfer processes, reducing rework rates in denture processing, improving overall implant restoration efficiency, and lowering treatment costs.

Application Scenarios

Primarily used in digital dental implant restoration and denture fabrication, suitable for:

1. 3D printed dental model fabrication to simulate implant position and provide a physical reference for subsequent denture fabrication;

2. Digital denture (CAD/CAM) design and fabrication, providing precise implant parameter support;

3. Implant data transfer and verification to ensure accurate matching between the denture and clinical implants;

4. Single-tooth, multi-tooth, and edentulous jaw implant restoration scenarios, especially suitable for implant cases in digital workflows, and compatible with most mainstream implant systems.