There’s more than one way to examine the human body. Switch on our Carving Imaging to pinpoint even the lightest echoes across the ultrasound image. You’ll get crystal-clear, sharp B-mode images with high resolution; plus the ability to accentuate the most subtle differences and emphasise boundaries around organs - helping you identify lesions early.

Now you can see vessels you’ve never been able to spot before - with our high resolution eFLOW and new DFI mode. They drastically improve the visualisation of very slow vessels, highly dynamic blood flows with high frame rate as well as clear and accurate information on blood perfusion.

We know that to diagnose and treat abdominal lesions with confidence, it’s vital to understand tissue structures and vascularity in detail. It’s why our contrast-enhanced ultrasound provides valuable insights when looking at focal lesions in the liver and other organs. High spatial resolution delivers a clearer visualisation of deep structures – with wideband pulse inversion and tissue reduction techniques that help you look as closely as possible.

Experience the future of ultrasound transducers with our innovative CMUT: a linear matrix probe incorporating the highest resolution, penetration, and a super-wide frequency bandwidth. Using the latest silicon-based ultrasound technology, it acoustically matches with the human body, delivering a multi-tasking one-probe solution. And if you want to reach the next level, try combining it with advanced modalities, like elastography, eFLOW, DFI and fusion imaging.

Avoid complex procedures like biopsy or MRI with our easy-to-use shear wave ultrasound measurement SWM. You can assess liver stiffness with highly accurate quantitative information. Our reliability index is a unique feature which identifies the reproducibility of the measurement - enabling you to accurately stage the level of fibrosis.

Easily quantify liver tissue elasticity - and visualise it in real time with our 2D Shear Wave Elastography. It combines multiple quantitative values into one single colour map on the B-mode image. With its wide field of view and ability to set multiple sample points, you can achieve a precise scoring of the fibrosis level in a non-invasive and reliable way.

Excessive fat in the liver may trigger hepatic steatosis, which can lead to a serious cirrhosis. Now you can use our innovative ATT measurement to score the level of fatty infiltration, using the attenuation coefficient. It’s easy, fast and non-invasive, delivering reliable data for your assessment. Furthermore, you can combine ATT with shear wave measurement for a complete multiparametric approach to chronic liver disease management.

Understanding your patient’s liver condition as a whole takes multiple measurements. With just one click, thanks to the new Combi-Elasto feature, save time and obtain data from shear wave elastography, attenuation and strain elastography measurements. Then, assess disease progression with indexes covering inflammation, fibrosis and steatosis for a differential diagnosis of chronic liver diseases.

Musculoskeletal and small parts examinations cover a variety of anatomical structures and multiple probes. Which is why you need versatile technology – like our innovative CMUT: a linear matrix probe incorporating the highest resolution, penetration, and a super-wide frequency bandwidth. Using the latest silicon-based ultrasound technology, it acoustically matches with the human body, enabling a one-probe solution; and if you want to take it to the next level, try combining it with advanced modalities, like elastography, eFLOW, DFI and fusion imaging.

Penetrating the voluminous muscle of an injured sportsman; depicting the tiniest nerves in an arm; monitoring the tendons during a dynamic examination…all have one requirement in common: the need for ultrasound imaging at the highest resolution. This is why our powerful imaging processing technologies enable you to obtain crystal-clear images with excellent in-depth penetration.

When studying vascularisation you’re faced with very small vessels (for example, when checking for signs of an inflammation in a finger joint or characterising the structures within and around a thyroid lesion). Now you can see vessels you’ve never been able to spot before - with our high-resolution eFLOW and new DFI imaging.

Now you can quickly see tissue elasticity on a colour map with our strain elastography. It gives you a closer look at the  biomechanical properties of muscles and tendons – and helps with follow up during the recovery process. This technology also enables you to differentiate between benign and malignant lesions in the thyroid, testes and other superficial structures. We were the first company to launch an elastography solution (back in 2003) – and we continue to improve this feature for your benefit and the benefit of your patients.

Small yet complex interventions like FNA biopsies, infiltration or ablation treatment require dedicated ultrasound tools. Which is why we developed functions that support you from beginning to end. In fact, you can plan the strategy, enhance the visibility of the needle and fuse ultrasound images using MRI and CT for superior guidance: a multimodality approach for accurate procedures and improved patient outcome.

Why not combine existing CT, MRI, PET-CT and ultrasound images with real-time ultrasound scanning – and get the best of both modalities? You can use our RVS throughout the entire disease cycle, from detection to procedure guidance and treatment evaluation. Simply plan your strategy by comparing the lesions from different perspectives; guide the needle during interventions with extreme precision; and then follow up on the outcome. You can also add various imaging modes to gain even more insight, including colour, CEUS or elastography.

Our RVS not only synchronises the real-time ultrasound image with your other chosen modality; it does it completely automatically with just one click - and all with high precision. You can even compensate for small patient movements during the examination with a body motion tracking device that delivers highly accurate and fast image combinations – helping you throughout the procedure.

When performing an ultrasound-guided interventional procedure, the needle shaft can sometimes bend outside of the body – resulting in a mismatch of the actual tip location compared to the projected path of the software. Our unique Needle Tracking function solves this problem by directly locating and tracking the tip of the needle – giving you full control of the needle path so that you hit your target and perform reliable biopsies and treatments.

Radiofrequency ablation procedures need extremely precise needle targeting to avoid damaging healthy tissue. So, we created specialised simulations that plan ablations while considering puncture paths and electric field distribution. With our 3D Sim-Navigator you can simulate multiple needle paths, analyse their positional relationship (even in the orthogonal view) and register the setting for use during the actual procedure. E-field Simulator estimates the electric field ablation area of each needle, helping you to effectively narrow-down your treatment area.

Our biopsy probes help you locate abdominal lesions with precision and then guide direct access. With firm insertion control, you no longer need to navigate around the lateral rib position to find your way. With C25P, you can simply insert the needle through a cut-out in the centre of the probe at three different puncture angles. Detach the probe from the needle after hitting its target with a single action. And you can even minimise the blind zone after insertion and benefit from an embedded RVS sensor by using our micro-convex C23RV.

Performing abdominal lesion biopsies requires a detailed understanding of tissue structures and vascularity – which is where we can help. You’ll benefit from extra imaging criteria with our contrast-enhanced ultrasound, using either wideband pulse inversion or tissue reduction techniques. You can display the B-mode and the contrast image side by side in real-time; show the biopsy guidelines; and individually adjust parameters. And with Motion-compensated Accumulation Imaging you can customise your protocols for destruction /replenishment.

Fuelled by Big Data, your system automatically works for you in the background – detecting the best frames, conducting key measurements and accelerating scans. Complex and time-consuming tasks become simple, enabling you to focus on your image interpretation.

Now you can establish standardised scanning protocols for various types of examinations – thus ensuring that all operators are on the same page. Our Protocol Assistant guides you through a series of defined steps, detecting any omissions or potential mistakes. You can even automatically derive the same imaging parameters simply by clicking on a reference image. So why wait? Start increasing efficiency and accuracy today.

Because reporting is such an important and complex aspect of an ultrasound examination, we made sure that all our solutions do it automatically – by transferring all measurement results into a standardized report. With just one click you can easily track and manage your patient’s history; share the report in multiple formats on various devices; or import it into third-party reporting platforms.

Many sonographers suffer from work-related musculoskeletal disorders due to the unnatural posture required for a long day of scanning. Our platforms are designed with the latest ergonomic standards in mind: with large monitors, 360° flexible arms, and adjustable operator panels. You can customise your work environment according to your needs and examination type – thus ensuring a healthy posture with less fatigue and injuries.