Rising Volume of Surgical Procedures
One of the main factors that has been pushing up the demand for surgical tables is the large worldwide increase in the number of surgical procedures. This rise in the number of operations is, in turn, a result of changes in the population, increase in the number of people suffering from chronic diseases as well as the progress made in the field of surgical care. The World Health Organization (WHO) reports that the number of surgical procedures is going up all the time as more and more people choose to have operations to treat diseases such as cardiovascular disease, cancer, and orthopedic issues. The health information also indicates that the global population of people aged 60 and over will be 2.1 billion by 2050, which is almost twice as much as the total number in 2020. This will significantly increase the demand for surgeries that require the use of specialized tables.
Hospitals and surgical centers are thus having to upgrade their operating rooms and purchase sophisticated surgical tables with advanced positioning, imaging compatibility, and ergonomic features to cope with this surge. To give an example, hospitals are now increasingly installing powered and hybrid tables in their facilities to facilitate minimally invasive and image, guided procedures, which are rapidly becoming the standard practice for patient safety and better outcomes.
The rise of ambulatory surgical centers, which provide same, day procedures, is another reason behind this trend that is paving the way for the demand of versatile surgical tables capable of supporting a wide range of surgical applications in an efficient and safe manner.
Integration with Hybrid & Smart Operating Rooms
The surgical tables market has a vast potential to expand its reach by syncing its products with a hybrid and smart operating room (OR) setup, which is mainly influenced by the fast adoption of advanced imaging, robotics, and digital workflow solutions. Hybrid ORs that mix surgical capabilities with real, time imaging systems such as intraoperative CT, MRI, and angiography are being increasingly deployed by hospitals. This, in turn, calls for surgical tables that can seamlessly work with these technologies.
Such integrations not only speed up the procedures by doing away with patient transfers between imaging and surgical suites but also precision is improved significantly in cardiovascular and neurosurgical procedures. For example, hybrid OR configurations nowadays typically entail robotic surgical arms, centralized data hubs, and advanced imaging that demand synchronized table movement and data interoperability. These are some of the developments that OEMs are responding to by creating multi, modality compatible tables with modular designs, radiolucent surfaces, and intelligent controls.
More than 35 % of newly built hybrid ORs have been designed to accommodate robotic functionalities right from the start, whereas over 50 % have software platforms that integrate imaging, navigation, and table positioning into a single workflow thus creating a need for smart tables of the next generation. The merging of hybrid and digital OR ecosystems offer a way for manufacturers to distinguish their products through innovation, thus they can command higher value sales and gain entry into the recurring service and upgrade markets as surgical care continues to evolve in a data, driven and connected manner.
