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What makes the GDT Implants PEEK Body Scan for Multi Unit 1.4 ideal for digital impressions?
Our PEEK Body Scan for Multi Unit 1.4 is designed with the unique properties of PEEK (polyetheretherketone), which offers high durability and an optimal surface texture for digital scanning. PEEK’s radiolucency ensures that it does not interfere with scanning technology, allowing for clear and precise digital impressions. This material choice helps capture the intricate details necessary for accurate model creation, supporting the success of restorations by reducing the margin for error.
How does the design of the PEEK Body Scan for Multi Unit 1.4 facilitate accurate digital workflows?
The GDT Implants PEEK Body Scan for Multi Unit 1.4 is designed with a precise geometry that aligns seamlessly with multi-unit abutments, streamlining the capture of accurate intraoral data. Its design provides the necessary stability during the scanning process, which minimizes any potential movement and ensures a high level of detail in the resulting digital impression. This helps clinicians efficiently integrate the PEEK Body Scan into their digital workflows, enhancing overall restoration accuracy and predictability.
Why is PEEK chosen as the material for the GDT Implants PEEK Body Scan for Multi Unit 1.4?
PEEK is selected for its excellent strength-to-weight ratio and resilience under clinical conditions. Unlike metal, PEEK does not produce unwanted scan reflections, enabling clearer data collection. Additionally, PEEK is durable enough to withstand repeated sterilization without compromising integrity. These qualities make PEEK a preferred choice for creating a stable and reliable scanning body that facilitates consistent accuracy in digital impressions.
How does the GDT Implants PEEK Body Scan for Multi Unit 1.4 contribute to the long-term success of restorative cases?
The PEEK Body Scan for Multi Unit 1.4 promotes precision in digital impressions, leading to well-fitting restorations that align accurately with abutments. This precision is critical for the longevity of the final prosthesis, as a better fit reduces strain on both the restoration and supporting structures. By using this scanning body, clinicians can support the long-term success of restorations through a more predictable and streamlined digital workflow.
