Extraoral imaging
Castellini intraoral sensors offer high resolution images for accurate and rapid diagnosis. With advanced technology, they reduce radiation exposure and improve workflow efficiency, ensuring superior quality and excellent patient management in every dental practice.
Extraoral imaging
EOS Compact
Versatile and adaptable, EOS Compact allows 2D, CEPH and 3D image acquisition, supporting a wide range of clinical needs. The ergonomic design and modular structure allow for customisable configurations. The CEPH arm, which is reversible and can be installed on both sides, provides maximum installation flexibility in operating spaces. EOS Compact combines innovation, precision and reliability to deliver diagnostic imaging of the highest standard, improving both operational efficiency and the patient experience.
Patient positioning
The mobile and user-friendly 7” touch interface simplifies patient positioning and protocol selection, ensuring high standards of diagnostic accuracy. The integrated audiovisual system enhances patient comfort and operator control, while dose reduction protocols ensure optimal safety.
Smart workflow
EOS Compact optimises operational efficiency through a user-friendly and fast-paced workflow, reducing acquisition time and improving diagnostic quality. The exceptionally mobile 7” touch control panel simplifies protocol management and improves operating comfort.
Ceph arm
The reversible CEPH arm provides maximum flexibility in the dental practice, while the Scout View function allows the scan area to be checked before acquisition, avoiding repetitions and optimising patient alignment. The audio-visual system ensures constant monitoring, reducing errors and improving stability during the examination.
Minimum dose
Thanks to advanced dose optimisation protocols, EOS Compact minimises exposure without impairing image quality. The advanced software processes image acquisition in real time, allowing immediate analysis and effective sharing of clinical data, ensuring maximum safety and diagnostic accuracy.
2D scans and clinical images
Thanks to image optimisation filters, such as MultiLayer PAN for optimised focus and Super PAN for increased contrast, the system ensures more accurate and detailed diagnoses.
The integration of dose reduction features, including automatic emission adjustment, ensures quality acquisition with minimal exposure, making the system safe even for paediatric patients and repeat treatments.
3D scans and clinical images
The system supports various fields of view (FOV), allowing targeted acquisitions or extended volumes, optimising examination quality and reducing the irradiated area. Advanced filters, such as Metal Artefact Reduction (MAR), eliminate interference from metal materials, while contrast enhancement algorithms highlight anatomical details.
The Scout View and Audiovisual System features ensure optimal positioning, reducing repetition and improving patient comfort. Dose reduction is optimised through rapid scan modes and automatic exposure adjustment, ensuring protection without impairing diagnostic quality.
Extraoral imaging
X-Radius Compact
X-Radius Trio Compact combines high quality 2D and 3D imaging with a user-friendly workflow, providing a smooth and efficient operating experience. The ergonomic and modular design adapts to the needs of the dental practice, with configurations that can be customised and upgraded over time. Compatible with the most advanced diagnostic protocols, it strikes a perfect balance between innovation, reliability and clinical precision, optimising every stage of the radiological examination.
Workflow
X-Radius Trio Compact merges seamlessly into the workflow of the dental practice, offering operational efficiency, speed and diagnostic accuracy. The user-friendly interface guides the operator in selecting the most suitable protocol, reducing execution time and minimising the risk of errors.
Thanks to guided procedures and automated controls, patient positioning is fast and accurate, ensuring optimal scans on the first attempt. The 2D preview allows to instantly study the area of interest, while the Scout View feature optimises 3D image acquisition, avoiding repetitions and improving diagnostic effectiveness.
Perfectly integrated with digital management platforms, the system ensures instant access to data and efficient information sharing, making X-Radius Trio Compact the ideal solution for the modern dental practice.
2D scans and clinical images
Panoramic 2D scans provide detailed images for general dentistry, endodontics and implantology, while the integration of the CEPH arm allows essential teleradiography for orthodontic and surgical evaluations. Thanks to advanced paediatric protocols and automatic dose adjustment, the system ensures maximum safety by reducing exposure without impairing diagnostic quality. MultiLayer PAN and Super PAN technologies improve focus and detail on anatomical structures, while the X-Safe algorithm automatically optimises exposure parameters.
Advanced 3D diagnostics
X-Radius Trio Compact enables high resolution 3D scans, designed to allow a detailed view of anatomical structures with sharp and accurate 3D volumes, which are essential for the analysis of dentition, maxillary sinuses and temporomandibular joints.
3D clinical images provide essential information for planning implant, orthodontic and surgical treatments, allowing in-depth assessment of bone density, root anatomy and positioning of impacted teeth. With optimised protocols and selectable fields of view, the system ensures targeted scans, minimising patient exposure without impairing diagnostic accuracy.
In addition, the X-Radius Trio Compact is equipped with advanced image optimisation filters, including Metal Artefact Reduction (MAR), which reduces interference caused by metal materials, such as fillings and implants, improving diagnostic readability. The Image Enhancement System (iES) automatically optimises sharpness and contrast, providing more detailed images and facilitating clinical interpretation.
Diagnostica 3D avanzata
X-Radius Trio Compact permette acquisizioni 3D ad alta risoluzione, progettate per consentire una visione dettagliata delle strutture anatomiche con volumi tridimensionali nitidi e accurati, fondamentali per l’analisi di dentizione, seni mascellari e articolazioni temporo-mandibolari.
Le immagini cliniche 3D forniscono informazioni essenziali per la pianificazione di trattamenti implantologici, ortodontici e chirurgici, consentendo una valutazione approfondita di densità ossea, anatomia radicolare e posizionamento dei denti inclusi. Grazie ai protocolli ottimizzati e ai diversi campi di vista selezionabili, il sistema assicura un'acquisizione mirata, riducendo al minimo la dose di esposizione senza compromessi sulla precisione diagnostica.
Immagini ottimizzate
Inoltre, X-Radius Trio Compact è dotato di avanzati filtri di ottimizzazione dell'immagine, tra cui il Metal Artifact Reduction (MAR), che riduce le interferenze causate da materiali metallici come otturazioni e impianti, migliorando la leggibilità diagnostica. L’Image Enhancement System (iES) ottimizza automaticamente la nitidezza e il contrasto, garantendo immagini più dettagliate e facilitando l’interpretazione clinica.
Extraoral imaging
X-Radius Trio Plus
X-Radius Trio Plus combines advanced technology and maximum versatility in a single device that offers superior performance in terms of image quality, diagnostic flexibility and advanced features.
Thanks to CBCT technology, it ensures sharp and detailed 3D scans, which are essential for implantology, orthodontics and bone diagnosis. The 2D and CEPH module provides a high definition overview and teleradiography, optimised by advanced filters such as MultiLayer PAN and Super PAN, while the X-Safe algorithm automatically adjusts exposure for enhanced patient safety.
Direct conversion
The integration of an optional direct conversion sensor further improves image quality, allowing instant data transmission without signal loss. The MultiLayer technology, acquiring 11 layers in the presence of the DC”’ sensor, ensures panoramic images with greater depth of field and superior diagnostic accuracy.
Maximised workflow
X-Radius Trio Plus ensures a smooth, user-friendly workflow, reducing operating time and improving image management. The digital interface guides the operator in selecting the acquisition protocol and positioning the patient, minimising the need for repeat examinations.
Automated features, including the X-Safe system for dose optimisation and 11-layer MultiPAN technology, ensure high quality images the first time they are taken. The Scout View feature allows the alignment to be checked before final image acquisition, thus improving diagnostic accuracy.
The Audiovisual System, with integrated dental camera and intercom, allows constant monitoring and direct communication with the patient, ensuring a more comfortable experience. The management software facilitates image storage, analysis and sharing, providing instant access to clinical data and seamless integration with modern diagnostic protocols.
2D and CEPH diagnostics
X-Radius Trio Plus offers high quality 2D and CEPH scans for detailed analysis of dental and craniofacial structures. Panoramic images provide a clear view of the entire dental arch, ideal for general dentistry, endodontics and implantology, while the optional CEPH arm allows essential teleradiography for orthodontics and maxillofacial surgery.
Thanks to advanced optimisation filters, the system ensures sharp images with various levels of focus and optimal rendering of various anatomical structures. The X-Safe algorithm automatically adjusts exposure, reducing radiation dose without impairing diagnostic quality.
3D diagnostic precision
X-Radius Trio Plus takes 3D diagnostics to a new level, offering detailed volumetric scans for a comprehensive analysis of anatomical structures. Thanks to the various fields of view (FOV) that can be selected, each examination can be customised to specific clinical needs, reducing the exposure dose and maximising image quality.
The Scout View feature allows the scanning area to be verified before final image acquisition, avoiding repetitions and ensuring perfect patient alignment. Advanced processing filters, including Metal Artefact Reduction (MAR) technology, minimise interference caused by prosthetic materials or fillings, improving diagnostic readability.
The system generates very high resolution 3D images, ideal for implant planning, orthodontic evaluation and diagnosis of bone pathologies. The integration of advanced algorithms allows to maximise volumetric output, ensuring highly detailed images with efficient dose management.
