W&H Headquarters - EN
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W&H launches imaging portfolio
The W&H Seethrough solutions share five uncompromising principles: exceptional image quality that sets new standards, seamless integration with any practice management system, intelligent features such as motion correction, positioning assistance, and guided acquisition processes, as well as innovative AI tools that support image analysis and diagnosis. Additionally, all products are connected to ioDent®, the W&H cloud platform, enabling online image retrieval, patient data storage, and much more.
“Our solutions prioritise both clinical excellence and patient safety, delivering high-quality images with patient-safe doses for precise diagnostics without compromise”, emphasises Valeria Ferrari, W&H Product director.
High performance 3D and 2D imaging
Seethrough Max and Seethrough Flex deliver excellent image quality, simplify image acquisition, and enable easy patient interaction with face-to-face positioning. The W&H CBCT devices are user-friendly and integrate seamlessly into existing practice workflows. Seethrough Max stands out with exceptional FOV coverage, making it ideal for a wide range of applications, from the smallest detail in endodontics to exact sections for implantology and the entire cranial volume for axillofacial surgery or ENT applications. In comparison, Seethrough Flex delivers precise imaging in the smallest of places, making it the perfect choice for common dental applications.
Seethrough Studio elevates digital dentistry
The revolutionary Seethrough Studio software is a decisive factor for the high standard of the entire W&H imaging portfolio. “We have put a lot of effort into making the software as user-friendly as possible, from the image acquisition to the analysis module, by integrating all the products in one software and adding also an implant planning module”, explains Valeria Ferrari. In addition, to that a free FOV selection on the scout image and further AI-supported functions are available, such as tooth segmentation, automatic nerve tracing, arch line generation, 3D volume alignment and useful support for pathology detection.
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