For great performance The force of carbon, the hardness of a diamond. Superior wear resistance, efficiency and reliability over time, DLC is the innovative biocompatible coating that supports top performances. His black color makes it also irresistable!

NewTom 5G XL is the innovative device that provides highly detailed volumetric images. The only CBCT device with lying-down patient positioning, it maximises stabilisation and offers a broad range of FOVs, resulting in ultra-high quality 2D and 3D X-ray images that are perfect for multiple medical fields: dental-maxillofacial diseases, otorhinolaryngology applications, complete analysis of airways and examination of joints, bones and the cervical spine.

NewTom 5G XL is the innovative device that provides highly detailed volumetric images. The only CBCT device with lying-down patient positioning, it maximises stabilisation and offers a broad range of FOVs, resulting in ultra-high quality 2D and 3D X-ray images that are perfect for multiple medical fields: dental-maxillofacial diseases, otorhinolaryngology applications, complete analysis of airways and examination of joints, bones and the cervical spine.

Suitable for radiologists and orthopaedic, otolaryngology and dentistry specialists, NewTom 7G lets you capture accurate information on bone tissues - micro- structures included - to gain an in-depth understanding of the overall clinical picture. NewTom 7G, then, boosts the diagnostic capacity of the surgery and, at the same time, optimises analysis of treatment outcomes, all at low dosages and lower costs compared to conventional procedures.

Suitable for radiologists and orthopaedic, otolaryngology and dentistry specialists, NewTom 7G lets you capture accurate information on bone tissues - micro- structures included - to gain an in-depth understanding of the overall clinical picture. NewTom 7G, then, boosts the diagnostic capacity of the surgery and, at the same time, optimises analysis of treatment outcomes, all at low dosages and lower costs compared to conventional procedures.

The result of a continuous quest for patient well-being and ever-greater diagnostic precision, Dual Energy uses two different radiant energies to identify any pathologies with greater clarity and precision. NewTom CBCT imaging now draws on fresh energy As of today, NewTom 7G incorporates the Dual Energy (DE) system, elevating performance to new heights and revolutionizing the way your practice operates. Dual Energy tomography employs two distinct radiant energies to acquire two sets of images of the same anatomical area. Since tissues have different sensitivities to different energy levels, the obtained images can now provide information on the chemical composition of the tissues themselves. This means pathologies can be detected with greater confidence and precision. New functions Virtual Monochromatic Images Dual Energy technology mitigates beam-hardening artifacts. What’s more, being able to reconstruct monochromatic virtual images at different keVs improves soft tissue imaging quality and reduces metal artifacts. Lastly, Dual Energy CBCT provides a basis for tissue characterization. Colour-coded images NewTom Dual Energy software ables users to perform semi-automatic tissue segmentation and apply colour codes, streamlining the differentiation of materials within the scanned area. This allows rapid and straightforward detection of potential pathologies. Blended images The new features enable weighted blending of high- and low-energy imaging. The resulting images combine the low noise, typical of high-energy acquisition, with the high contrast resolution of the low-energy image set.

The result of a continuous quest for patient well-being and ever-greater diagnostic precision, Dual Energy uses two different radiant energies to identify any pathologies with greater clarity and precision. NewTom CBCT imaging now draws on fresh energy As of today, NewTom 7G incorporates the Dual Energy (DE) system, elevating performance to new heights and revolutionizing the way your practice operates. Dual Energy tomography employs two distinct radiant energies to acquire two sets of images of the same anatomical area. Since tissues have different sensitivities to different energy levels, the obtained images can now provide information on the chemical composition of the tissues themselves. This means pathologies can be detected with greater confidence and precision. New functions Virtual Monochromatic Images Dual Energy technology mitigates beam-hardening artifacts. What’s more, being able to reconstruct monochromatic virtual images at different keVs improves soft tissue imaging quality and reduces metal artifacts. Lastly, Dual Energy CBCT provides a basis for tissue characterization. Colour-coded images NewTom Dual Energy software ables users to perform semi-automatic tissue segmentation and apply colour codes, streamlining the differentiation of materials within the scanned area. This allows rapid and straightforward detection of potential pathologies. Blended images The new features enable weighted blending of high- and low-energy imaging. The resulting images combine the low noise, typical of high-energy acquisition, with the high contrast resolution of the low-energy image set.

RXDC efficiency stems from a combination of advanced technology and an outstanding capacity to produce high definition images. The RXDC X-ray unit provides top-flight performance, practicality and technology. The RXDC features a constant potential high frequency (DC) generator and a very small focal spot (0.4 mm) capable of providing sharp, detailed images while ensuring working comfort and low doses for the patient. Higher performance with RXDC, the X-ray unit that combines high definition imaging, ergonomic design and low X-ray doses.

RXDC efficiency stems from a combination of advanced technology and an outstanding capacity to produce high definition images. The RXDC X-ray unit provides top-flight performance, practicality and technology. The RXDC features a constant potential high frequency (DC) generator and a very small focal spot (0.4 mm) capable of providing sharp, detailed images while ensuring working comfort and low doses for the patient. Higher performance with RXDC, the X-ray unit that combines high definition imaging, ergonomic design and low X-ray doses.