Interventional radiology ultrasound

This small-footprint ergonomic transducer was specially designed for procedure guidance under ultrasound, to allow imaging in tight intercostal spaces, help reduce rib shadowing on images, as well as provide a more direct needle approach for procedures.
 

The CIVCO Verza biopsy guide can be attached directly to the transducer, without an external bracket, allowing needle guidance with a minimal blind zone. Embedded electromagnetic sensors provide an ergonomic solution for fusion and navigation by not requiring external tracking accessories. 

Achieve successful alignment of CT or MR volumes to ultrasound in <1 minute for the effective characterization of lesions. Registration of two imaging modalities by conventional methods can be time-consuming and technically challenging, often taking up to 10 minutes to achieve successful fusion.

Gain more time to focus on the procedure ahead and spend less time on performing the registration necessary for accurate fusion.

This semi-automated tool helps outline a 3D contour around a structure of interest, improving procedure guidance even in challenging cases where the lesion may not be visually obvious under ultrasound. 
 

The lesion can be rendered in 3D or 2D via a complementary modality and overlaid on the live ultrasound or CT, helping visualize the location in relation to surrounding critical structures.

CT-only workflow

Offering the industry’s only interventional workflow with CT-only needle navigation on an ultrasound system, image fusion and needle navigation unlocks flexibility and opens up new possibilities by making image fusion and the use of ultrasound imaging completely optional. Needle location in relation to CT is tracked and updated in real time for procedural visualization, allowing providers to tackle complex cases and anatomy, even where ultrasound imaging is not possible.

Continuous patient tracking technology. Once the registration step is complete, the patient can move, change position, and the field generator can be moved in or out of the procedure space without losing anatomical landmarks or diminishing tracking accuracy.