Mobile C-arm Platforms Maximize OR Performance and Enhance User Experience
Innovations in C-arms have led to optimization of operating room (OR) performance and workflow efficiency. Companies in the C-arms market are increasing efforts to develop adaptable platforms that fulfill the needs of healthcare providers for various surgical specialties. For instance, in February 2019, leading health technology company Royal Philips announced the launch of Zenition mobile C-arm platform that contributes toward innovations in image capture and image processing. As such, mobile C-arm product segment of the C-arms market is projected for exponential growth market. Moreover, the C-arms market is expected to reach a value of ~US$ 2.4 Bn by the end of 2027.
Mobile C-arms are being increasingly used by healthcare professionals to provide live image guidance in orthopedic, trauma, and vascular procedures. Companies are increasing R&D to increase ease-of-use and versatility in C-arms in order to gain improved outcomes. Mobile C-arms are in high demand at hospitals that are aiming at maximizing OR performance and enhance user experience.
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IVUS and Intuitive Interface Hold Potential in Image-guided Minimally Invasive Surgery
Companies in the C-arms market are introducing innovative C-arm series that are suited for surgical needs. As such, ortho/trauma/spine surgeries and cardiac surgeries application segments of the C-arms market are anticipated for exponential growth, and the global market is estimated to grow at a CAGR of ~3% during the forecast period. Companies are tapping opportunities in urology, critical care, and pain management. Improved C-arms are being introduced with reliable flat panel detectors and high-resolution image intensifiers to create outstanding image clarity.
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Manufacturers are increasing R&D in table side user interface so that clinicians can operate C-arms inside sterile fields. Thus, clinicians are increasingly benefitting from this new interface, which has reduced communication burden on the operator, hence making C-arms more intuitive. Novel C-arm platforms are being integrated with intravascular ultrasound (IVUS) useful in peripheral vascular procedures. Such innovations are helping healthcare companies to bolster their credibility credentials on a global level. Complexity of surgical interventions in the ever-evolving area of image-guided minimally invasive surgery is one of the key drivers for market growth.
Next-gen Mini C-arms with Orbital Rotation to Enable Users to View Critical Anatomy
The mini C-arm technology is being increasing adopted by clinicians for the treatment of pediatric patients. For instance, global leader in mini C-arm imaging, Orthoscan, announced the launch of first-of-its-kind Orthoscan TAU family of innovative mini C-arms. Companies in the C-arms market are increasing efforts to gain approval from health commissions so that clinicians can enhance quality-of-life in pediatric patients.
Next-gen mini C-arms are equipped with novel dose-saving features and advanced touch interface. Companies are increasing R&D to develop C-arms that provide efficient articulation. They are tapping revenue opportunities with the introduction of flat bottom C-arm design, which is lightweight and designed to meet specific budgets of healthcare providers. Larger detector and live imaging is helping users to freely analyze critical anatomy. Moreover, flat panel detector is estimated for exponential growth in the C-arms market. Intelligent dose reduction is another key driver contributing toward market growth. Enhanced orbital rotation helps users to reduce stress in viewing the anatomy.
3D Geometries Help Companies to Overcome Limitations of Dead Spots and Artifacts
The C-arms market is largely consolidated with major players accounting for ~20%-40% of the total market stake. Thus, emerging players are left with only a small opportunity to gain market dominance. However, major and emerging players alike need to overcome the limitations of cone-beam artifacts. Hence, companies are integrating robotics in C-arms to overcome barriers of cone-beam artifacts. For instance, Siemens Healthineers-a leading medical technology company has introduced robotics in C-arms to capture complicated paths around the patient.
Companies in the C-arms market are offering fund grants to research labs in order to explore different trajectories in complicated paths around patients. They are increasing focus on 3D imaging to alleviate the problem of dead spots and artifacts. Thus, research labs are combining the concepts of trigonometry, geometry, and advanced calculus to offer enhanced imaging of patients.
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