TM10734 Dental Implant Scan Body

Dental Implant Scan Body Description

Dental Implant Scan Body is engineered as a reference device to accurately convey implant positions during digital scanning procedures. Manufactured from Grade 23 titanium, it features customised dimensions that align with digital impression systems. Its surface properties and machining tolerances are critical for minimising scanning errors and ensuring precise integration in restorative dental workflows.

Dental Implant Scan Body Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Dental Implant Scan Body Applications

Dental Restoration
- Used as a scan body in CAD/CAM workflows to achieve accurate implant position capture by leveraging high-grade titanium properties.
- Applied as a reference element in digital impression systems to facilitate precise prosthesis fabrication by ensuring consistent spatial measurements.

Prosthodontics
- Employed as a component in implant-supported restorations to transfer detailed geometric data, reducing the risk of misfit in the final prosthesis.
- Serves as an interface in digital scan processes to improve communication between intraoral scans and laboratory design tools, offering enhanced restorative predictability.

Dental Implant Scan Body Packing

The Dental Implant Scan Body is packaged in a sterile, cushioned container to prevent mechanical damage and contamination during transit. Protective internal packaging minimises exposure to environmental factors, while clear labelling supports traceability. Storage recommendations include maintaining a clean, low-humidity environment to preserve material integrity. Custom packaging solutions are available on request for specific handling requirements.

Additional Information

Titanium alloys, particularly those used in dental applications, possess favourable mechanical and biological properties that support long-term clinical performance. The integration of these scan bodies within digital workflows underscores the importance of precise material properties and advanced manufacturing controls. Understanding the interplay between material science and digital dentistry helps enhance overall treatment outcomes and streamline restorative processes.

Advancements in scanning technologies and CAD/CAM systems continue to drive improvements in dental restoration practices. The use of high-purity titanium components enables clinicians and technicians to capture and reproduce implant geometries accurately, reducing clinical adjustments and ensuring better-fitting prostheses.