Growth in point-of-care applications, workhorse solutions and cost efficiency dominate trends in the ultrasound market. However premium systems, those sold for over €100,000, still have a key place in the market. Advances in technology mean that these systems now offer image quality and clinical outcomes to rival the more advanced solutions of X-ray, MRI and CT. However, in an increasingly cost sensitive market what does the future hold for premium ultrasound systems?
Over the past three years, the ultrasound market has become increasing segmented. Over 20 distinct clinical applications now exist in the market and new technology developments are clearly focused on individual applications. With much discussion on improving cost efficiencies, the premium segment can be overlooked, but the segment is still of great importance in many hospitals.
A key trend in the last three years has been the migration of advanced ultrasound features down to lower price brackets. However, technology such elastography, matrix transducers and fusion technology remain firmly in the premium category and have the ability to significantly improve clinical outcomes. However, this technology comes at a price.
0 = Least importance; 6 = Highest importance
Changing importance of advanced features in ultrasound equipment
Despite concerns that these features are less attractive to purchasers in an increasingly cost sensitive market, developments in 2014 still saw a focus on advanced features, signalling their importance in the global market.
Elastography shows promise for improving clinical outcomes in numerous applications. The technology has seen strong investment over the last 18 months as suppliers strived to develop a reproducible methodology. Whilst advances have been made the technology still requires further refining for widespread use. Nevertheless, elastography has been shown to improve clinical outcomes in obstetrics and gynaecology (ob/gyn), breast imaging and imaging of the liver.
In ob/gyn interest is owed to the benefits of assessing the risk of preterm labour and imaging of the cervix. In addition, this technology holds promise for improved breast cancer screening in dense breast tissue and the ability to ‘type’ cancer. Lastly, the increasing incidence of liver disease has seen increased use of elastrography in diagnosis. A number of manufacturers now offer advanced systems with elastrography including GE Healthcare, Philips Healthcare, Toshiba Medical Systems, Hitachi-Aloka and Siemens Healthcare.
The high cost of matrix transducers means they are typically found on premium systems and are most commonly used in cardiology applications. Matrix transducers provide improved imaging in transesophagael echocardiogram (TEE) and 4D imaging. The increasing specificity in newer applications has provided a new avenue for this technology specifically in its use in interventional cardiology.
The use of ultrasound in interventional procedures significantly improves workflow, wellbeing of the patient and helps reduce costs. The high image resolution from the use of matrix transducers is projected to impact this market as ultrasound is used for more advanced and complicated interventional procedures.
Fusion ultrasound systems are also gaining interest. The use of ultrasound in conjunction with MRI and CT images improves diagnostic outcomes. Furthermore, growing interest in minimally invasive procedures has resulted in strong growth in the interventional ultrasound market. Advances in new software and connectivity to advanced visualization tools have streamlined fusion technology for radiologist’s further driving adoption. This technology is projected to be one of the most important advances in premium ultrasound equipment over the next five years.
Despite the high cost of premium ultrasound systems the advanced features in these systems are not only important for some traditional application such as ob/gyn and cardiology but perhaps more importantly for the newer applications of breast imaging, interventional cardiology and internal medicine. Commoditization is starting to occur in the core of the ultrasound market with many traditional specialities using mid-range and high-end systems as a valuable standard in many disciplines.
The premium segment is predicted to lead innovation not only in the ultrasound market but in the overall medical imaging market. As cost is a key factor in many medical imaging markets the increased price pressure may actually act as a positive for the premium ultrasound market, increasing interest in lower-cost imaging modalities and driving innovation.