Scan Body Intra-Oral, Neoss, (IO 1B-A)

Product Features:

• High Precision: Neoss scan bodies guarantee precise digital impressions, enabling seamless communication with implant systems, including the Neoss Implant System and various others from different manufacturers.
• Clear Identification: Each scan body is clearly marked with its own platform number, making selection easier. For example, the Neoss intraoral scan body Ø3.5-Ø6.0 is marked with platform number 1A-AIO.
• Easy Handling: Regardless of the platform, all scan bodies can be used with the same Neoss scan body screwdriver, ensuring simplicity and consistency across different cases.

Application:

Neoss intraoral scan bodies (marked 1A-AIO) are placed directly onto the implant or abutment inside the patient's mouth to perform a digital impression using an intraoral scanner. Alternatively, they can be placed on a model implant for a digital impression in the lab with a 3D lab scanner. The primary goal of this process is to accurately transfer the implant or abutment position in relation to natural teeth, other implants, and soft tissue contours to a digital lab model. This digital model is crucial for designing restorations using various software solutions.

Digital impressions can be performed at different stages, depending on the preferences of the dentist, including:

• During the first surgical procedure: For one-stage methods or to facilitate the placement of a temporary crown during the second procedure.
• During the second surgical procedure: After soft tissue healing following the second surgery.
• In the dental lab: After a traditional impression has been taken during one of the surgical stages mentioned above.

Range: Neoss scan bodies should be used exclusively with original Neoss scan body screwdrivers and the Neoss digital libraries to ensure compatibility and precision.

Material: Made from PEEK (natural white) with a titanium base and screw, Neoss scan bodies offer durability and stability, ensuring consistent results in both intraoral and laboratory settings.